
`pragma protect begin_protected

`pragma protect version=1
`pragma protect author="Lattice Semiconductor Corporation"
`pragma protect author_info="Lattice Semiconductor Corporation"
`pragma protect encrypt_agent="Radiant encrypt_hdl"
`pragma protect encrypt_agent_info="Radiant encrypt_hdl Version 1.0"

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Synplicity"
`pragma protect key_keyname="SYNP15_1"
`pragma protect key_method="rsa"
`pragma protect key_block
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o7tUlKPZvHxd4IufEVFSIndSH9jLCLiGcmi/EGdL9YX2jG3MPLyEJO1P6LGavuLQ
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ijcXUjr4WXsXl+p2dvnLwpP2DVaEGfnegX6Wvcmad4eTyUj9Kw9LeWX28+8mwQHX
DSW9ZbROMezSxP5EnZAurg==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Synplicity"
`pragma protect key_keyname="SYNP05_001"
`pragma protect key_method="rsa"
`pragma protect key_block
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n8MM2PhifoKG6KtjeTetldsXK7tsaAR//VzL62Ny+N3qobaGE4WFLImIDj8uuWxu
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Zq/acV+aOzedlsnXnqOQyg==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Mentor Graphics Corporation"
`pragma protect key_keyname="MGC-VERIF-SIM-RSA-2"
`pragma protect key_method="rsa"
`pragma protect key_block
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Blv/Hhz9s1GGmsN/tJLx5fW5g1MFLEozBR+cpbA5UAtq3kX+G/KG4g1g0vU1Pemb
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VPNMs1rTC0lR2Y3fz9s9ri6LTxEEru/c0BhcbjYbVjg/hnvpNpp7RtolGAvl5DXX
OxGYPZEHawCGZEq1YFJJ0A==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=128)
`pragma protect key_keyowner="Synopsys"
`pragma protect key_keyname="SNPS-VCS-RSA-1"
`pragma protect key_method="rsa"
`pragma protect key_block
Y5BV9fnHsnhV9zIr3pG/zxhPcLVEFQqgfiQ2nVY/ZP7vg87gK/eJeYQVPFgiovz3
DFBApqpdaDMB4tfz15FeAht4YVqYMaQ69lyHqzRASERe6/wmFzn61FDlMLlXcSP8
GgwNlE+c0PeW86UD4+I6BLk67Eh7WUDyZ0C3fED2u0U=

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Aldec"
`pragma protect key_keyname="ALDEC15_001"
`pragma protect key_method="rsa"
`pragma protect key_block
ozZXrD9I19DlIsQrOT0wrHuNtD4Gw8ygwq4YFWeQG9uXXmSXabYegQIgQWsyDpLx
f+0+uE4kvTTLveQjyb1EfYdQ7zIQtqxJs6JJ7RtXYR50ccZO4yVY+Bg2xAjQovpy
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jZZ0d0PElqZ94YCFBk57GQ==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Cadence Design Systems."
`pragma protect key_keyname="CDS_RSA_KEY_VER_1"
`pragma protect key_method="rsa"
`pragma protect key_block
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OjWcBDyba5nj4HH33d9zpQ==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Lattice Semiconductor"
`pragma protect key_keyname="LSCC_RADIANT_2"
`pragma protect key_method="rsa"
`pragma protect key_block
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RgLGgcr88o2Emq0fDNCfmg==

`pragma protect data_method="aes256-cbc"
`pragma protect encoding=(enctype="base64", line_length=64, bytes=4128)
`pragma protect data_block
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`pragma protect end_protected


/*******************************************************************************
    Verilog netlist generated by IPGEN Lattice Radiant Software (64-bit)
    2023.2.0.38.1  Patch Version(s) 20248
    Soft IP Version: 2.1.0
    2024 03 18 12:29:22
*******************************************************************************/
/*******************************************************************************
    Wrapper Module generated per user settings.
*******************************************************************************/
module mem (pll_refclk_i, 
        pll_rst_n_i, 
        areset_n_i, 
        aclk_i, 
        rst_n_i, 
        pclk_i, 
        preset_n_i, 
        pll_lock_o, 
        sclk_o, 
        irq_o, 
        init_done_o, 
        trn_err_o, 
        axi_arvalid_i, 
        axi_arid_i, 
        axi_arlen_i, 
        axi_arburst_i, 
        axi_araddr_i, 
        axi_arqos_i, 
        axi_arsize_i, 
        axi_arready_o, 
        axi_rdata_o, 
        axi_rresp_o, 
        axi_rid_o, 
        axi_rvalid_o, 
        axi_rlast_o, 
        axi_rready_i, 
        axi_awvalid_i, 
        axi_awid_i, 
        axi_awlen_i, 
        axi_awburst_i, 
        axi_awaddr_i, 
        axi_awqos_i, 
        axi_awsize_i, 
        axi_awready_o, 
        axi_wvalid_i, 
        axi_wdata_i, 
        axi_wstrb_i, 
        axi_wlast_i, 
        axi_wready_o, 
        axi_bvalid_o, 
        axi_bready_i, 
        axi_bresp_o, 
        axi_bid_o, 
        apb_penable_i, 
        apb_psel_i, 
        apb_pwrite_i, 
        apb_paddr_i, 
        apb_pwdata_i, 
        apb_pready_o, 
        apb_pslverr_o, 
        apb_prdata_o, 
        ddr_ck_o, 
        ddr_cke_o, 
        ddr_cs_o, 
        ddr_ca_o, 
        ddr_reset_n_o, 
        ddr_dq_io, 
        ddr_dqs_io, 
        ddr_dmi_io) ;
    input pll_refclk_i ; 
    input pll_rst_n_i ; 
    input areset_n_i ; 
    input aclk_i ; 
    input rst_n_i ; 
    input pclk_i ; 
    input preset_n_i ; 
    output pll_lock_o ; 
    output sclk_o ; 
    output irq_o ; 
    output init_done_o ; 
    output trn_err_o ; 
    input axi_arvalid_i ; 
    input [3:0] axi_arid_i ; 
    input [7:0] axi_arlen_i ; 
    input [1:0] axi_arburst_i ; 
    input [29:0] axi_araddr_i ; 
    input [3:0] axi_arqos_i ; 
    input [2:0] axi_arsize_i ; 
    output axi_arready_o ; 
    output [127:0] axi_rdata_o ; 
    output [1:0] axi_rresp_o ; 
    output [3:0] axi_rid_o ; 
    output axi_rvalid_o ; 
    output axi_rlast_o ; 
    input axi_rready_i ; 
    input axi_awvalid_i ; 
    input [3:0] axi_awid_i ; 
    input [7:0] axi_awlen_i ; 
    input [1:0] axi_awburst_i ; 
    input [29:0] axi_awaddr_i ; 
    input [3:0] axi_awqos_i ; 
    input [2:0] axi_awsize_i ; 
    output axi_awready_o ; 
    input axi_wvalid_i ; 
    input [127:0] axi_wdata_i ; 
    input [15:0] axi_wstrb_i ; 
    input axi_wlast_i ; 
    output axi_wready_o ; 
    output axi_bvalid_o ; 
    input axi_bready_i ; 
    output [1:0] axi_bresp_o ; 
    output [3:0] axi_bid_o ; 
    input apb_penable_i ; 
    input apb_psel_i ; 
    input apb_pwrite_i ; 
    input [11:0] apb_paddr_i ; 
    input [31:0] apb_pwdata_i ; 
    output apb_pready_o ; 
    output apb_pslverr_o ; 
    output [31:0] apb_prdata_o ; 
    output [0:0] ddr_ck_o ; 
    output [0:0] ddr_cke_o ; 
    output [0:0] ddr_cs_o ; 
    output [5:0] ddr_ca_o ; 
    output ddr_reset_n_o ; 
    inout [15:0] ddr_dq_io ; 
    inout [1:0] ddr_dqs_io ; 
    inout [1:0] ddr_dmi_io ; 
    mem_ipgen_lscc_lpddr4_mc #(.SIM_VAL(0),
            .FAMILY("LFCPNX"),
            .DDR_TYPE(1),
            .IO_TYPE("LVSTL_I"),
            .CK_DQS_IO("LVSTLD_I"),
            .DDR_CMD_FREQ(533.0),
            .SLEW_RATE("FAST"),
            .GEAR_RATIO(8),
            .ECC_ENABLE(0),
            .PWR_DOWN_EN(0),
            .DBI_ENABLE(0),
            .READ_LATENCY(10),
            .RD_PREAMBLE(2),
            .RD_POSTAMBLE(1),
            .WRITE_LATENCY(6),
            .WR_PREAMBLE(2),
            .WR_POSTAMBLE(1),
            .CPU_GRP_EN(1),
            .PLL_EN(1),
            .INTFBKDEL_SEL("DISABLED"),
            .PMU_WAITFORLOCK("ENABLED"),
            .REF_OSC_CTRL("3P2"),
            .REF_COUNTS("0000"),
            .EN_REFCLK_MON(0),
            .CLKI_FREQ(100.0),
            .CLKI_DIVIDER_ACTUAL_STR("1"),
            .FRAC_N_EN(0),
            .FBK_MODE("CLKOP"),
            .FBCLK_DIVIDER_ACTUAL_STR("1"),
            .SSC_N_CODE_STR("0b000000001"),
            .SSC_F_CODE_STR("0b000000000000000"),
            .SS_EN(0),
            .SSC_PROFILE("DOWN"),
            .SSC_TBASE_STR("0b000000000000"),
            .SSC_STEP_IN_STR("0b0000000"),
            .SSC_REG_WEIGHTING_SEL_STR("0b000"),
            .CLKOP_BYPASS(0),
            .ENCLKOP_EN(0),
            .CLKOP_FREQ_ACTUAL(100.0),
            .CLKOP_PHASE_ACTUAL(0.0),
            .DIVOP_ACTUAL_STR("15"),
            .DELA("15"),
            .PHIA("0"),
            .TRIM_EN_P(0),
            .CLKOP_TRIM_MODE("Falling"),
            .CLKOP_TRIM("0b0000"),
            .CLKOS_EN(1),
            .CLKOS_BYPASS(0),
            .ENCLKOS_EN(0),
            .CLKOS_FREQ_ACTUAL(533.333333),
            .CLKOS_PHASE_ACTUAL(0.0),
            .DIVOS_ACTUAL_STR("2"),
            .DELB("2"),
            .PHIB("0"),
            .TRIM_EN_S(0),
            .CLKOS_TRIM_MODE("Falling"),
            .CLKOS_TRIM("0b0000"),
            .CLKOS2_EN(0),
            .CLKOS2_BYPASS(0),
            .ENCLKOS2_EN(0),
            .CLKOS2_FREQ_ACTUAL(100.0),
            .CLKOS2_PHASE_ACTUAL(0.0),
            .DIVOS2_ACTUAL_STR("7"),
            .DELC("7"),
            .PHIC("0"),
            .CLKOS3_EN(0),
            .CLKOS3_BYPASS(0),
            .ENCLKOS3_EN(0),
            .CLKOS3_FREQ_ACTUAL(100.0),
            .CLKOS3_PHASE_ACTUAL(0.0),
            .DIVOS3_ACTUAL_STR("7"),
            .DELD("7"),
            .PHID("0"),
            .CLKOS4_EN(0),
            .CLKOS4_BYPASS(0),
            .ENCLKOS4_EN(0),
            .CLKOS4_FREQ_ACTUAL(100.0),
            .CLKOS4_PHASE_ACTUAL(0.0),
            .DIVOS4_ACTUAL_STR("7"),
            .DELE("7"),
            .PHIE("0"),
            .CLKOS5_EN(0),
            .CLKOS5_BYPASS(0),
            .ENCLKOS5_EN(0),
            .CLKOS5_FREQ_ACTUAL(100.0),
            .CLKOS5_PHASE_ACTUAL(0.0),
            .DIVOS5_ACTUAL_STR("7"),
            .DELF("7"),
            .PHIF("0"),
            .PLL_REFCLK_FROM_PIN(1),
            .PLL_IO_TYPE("LVSTLD_I"),
            .DYN_PORTS_EN(0),
            .PLL_RST(1),
            .LOCK_EN(1),
            .PLL_LOCK_STICKY(0),
            .LMMI_EN(0),
            .APB_EN(0),
            .LEGACY_EN(0),
            .POWERDOWN_EN(0),
            .IPI_CMP("0b1000"),
            .CSET("24P"),
            .CRIPPLE("3P"),
            .IPP_CTRL("0b0101"),
            .IPP_SEL("0b1111"),
            .BW_CTL_BIAS("0b1111"),
            .V2I_PP_RES("9K"),
            .KP_VCO("0b00011"),
            .V2I_KVCO_SEL("60"),
            .V2I_1V_EN("ENABLED"),
            .DDR_DENSITY(8),
            .ROW_WIDTH(16),
            .COL_WIDTH(10),
            .DDR_WIDTH(16),
            .DQS_WIDTH(2),
            .NUM_RANKS(1),
            .CA_WIDTH(6),
            .CK_WIDTH(1),
            .CS_WIDTH(1),
            .ODT_WIDTH(1),
            .AXI(1),
            .AXI_ADDR_WIDTH(30),
            .AXI_DATA_WIDTH(128),
            .AXI_ID_WIDTH(4),
            .ORDER_ID_WIDTH(3),
            .AXI_LEN_WIDTH(8),
            .AXI_QOS_WIDTH(4),
            .AXI_CTRL_WIDTH(18),
            .AXI_STRB_WIDTH(16),
            .AHBL_ADDR_WIDTH(30),
            .AHBL_DATA_WIDTH(64),
            .SCH_NUM_WR_SUPPORTED(4),
            .SCH_NUM_RD_SUPPORTED(4),
            .DATA_CLK_EN(1),
            .APB_INTF_EN(1),
            .APB_ADDR_WIDTH(12),
            .APB_DATA_WIDTH(32),
            .BI_RD_DATA_Q_DEPTH(4),
            .BI_RD_DATA_Q_WIDTH(128),
            .NUM_BANKS(8),
            .RANK_WIDTH(1),
            .BANK_WIDTH(3),
            .OFFSET_LO(0),
            .OFFSET_HI(0),
            .COL_ADDR_LO(1),
            .COL_ADDR_HI(10),
            .BANK_ADDR_LO(11),
            .BANK_ADDR_HI(13),
            .ROW_ADDR_LO(14),
            .ROW_ADDR_HI(29),
            .CA_CTL(4),
            .ECC_WIDTH_PER_EDGE(0),
            .ECC_WIDTH(0),
            .DQ_DATA_PER_EDGE(18),
            .MC2PHY_DQ_CTRL_WIDTH(4),
            .MC2PHY_DQ_WIDTH(128),
            .MC2PHY_DM_WIDTH(16),
            .MC2PHY_DQS_WIDTH(16),
            .SCH_WR_DATA_Q_DEPTH(256),
            .SCH_WR_DATA_Q_WIDTH(144),
            .NUM_REQS(8),
            .PHY2MC_DQ_WIDTH(128),
            .PHY2MC_DM_WIDTH(16),
            .PHY2MC_DQS_WIDTH(16),
            .DQS_OE_WIDTH(8),
            .BUS_WIDTH(16),
            .CTRL_Q_DEPTH(8),
            .LPDDR_MC_CS_WIDTH(4),
            .LPDDR_MC_CA_WIDTH(24),
            .LPDDR_MC_ODT_WIDTH(4),
            .LPDDR_MC_CK_WIDTH(4),
            .TRCD_VALUE(3),
            .TRAS_VALUE(6),
            .TRPPB_VALUE(3),
            .TWR_VALUE(3),
            .TRTP_VALUE(2),
            .TCCD_VALUE(2),
            .MWR2MWR_VALUE(8),
            .TRRD_VALUE(2),
            .TRFC_VALUE(38),
            .TFAW_VALUE(10),
            .TZQCAL_VALUE(4),
            .TMRR_VALUE(2),
            .TMRD_VALUE(3),
            .TRPAB_VALUE(3),
            .TRTW_VALUE(8),
            .TDQSS(1),
            .CAS2CAS_VALUE(2),
            .TRD2PRE_VALUE(2),
            .TWR2PRE_VALUE(7),
            .TWR2RD_VALUE(5),
            .TXP_VALUE(3),
            .TXPSR_VALUE(39),
            .IDLE_TIME(1000),
            .REF_PERIOD_VALUE(521),
            .REF_PERIOD_WIDTH(10),
            .REF_OUTSTANDING(8),
            .ZQ_PERIOD_VALUE('hFE5029A0),
            .ZQ_PERIOD_WIDTH(32),
            .ZQSTART2LATCH_VALUE(134),
            .TEMPERATURE_VALUE('hFE5029A0),
            .TEMPERATURE_WIDTH(32),
            .CK_DELAY_VAL(80),
            .DQS_GRP_VREF_VAL(70),
            .MEM_CA_VREF_VAL(80),
            .MEM_DQ_VREF_VAL(80),
            .DQ_ODT_VAL(0),
            .TRND_WRLVL_0(80),
            .TRND_WRLVL_1(80),
            .TRND_WRLVL_2(80),
            .TRND_WRLVL_3(80),
            .TRND_WRLVL_4(80),
            .TRND_WRLVL_5(80),
            .TRND_WRLVL_6(80),
            .TRND_WRLVL_7(80),
            .TRND_RDCLKSEL_0(9),
            .TRND_RDCLKSEL_1(9),
            .TRND_RDCLKSEL_2(9),
            .TRND_RDCLKSEL_3(9),
            .TRND_RDCLKSEL_4(9),
            .TRND_RDCLKSEL_5(9),
            .TRND_RDCLKSEL_6(9),
            .TRND_RDCLKSEL_7(9),
            .TRND_CS_DLY(80),
            .TRND_CA_DLY(80),
            .TRND_RD_DLY(24),
            .TRND_RD_SIGN(0),
            .TRND_DQ_DBI_DLY(56),
            .TRND_WR_LAT(7),
            .TRND_RD_LAT(12)) lscc_lpddr4_mc_inst (.pll_refclk_i(pll_refclk_i), 
                .pll_rst_n_i(pll_rst_n_i), 
                .areset_n_i(areset_n_i), 
                .aclk_i(aclk_i), 
                .rst_n_i(rst_n_i), 
                .pclk_i(pclk_i), 
                .prst_n_i(preset_n_i), 
                .pll_lock_o(pll_lock_o), 
                .sclk_o(sclk_o), 
                .irq_o(irq_o), 
                .init_start_i(1'b0), 
                .trn_opr_i(8'b00000000), 
                .init_done_o(init_done_o), 
                .trn_err_o(trn_err_o), 
                .axi_arvalid_i(axi_arvalid_i), 
                .axi_arid_i(axi_arid_i[3:0]), 
                .axi_arlen_i(axi_arlen_i[7:0]), 
                .axi_arburst_i(axi_arburst_i[1:0]), 
                .axi_araddr_i(axi_araddr_i[29:0]), 
                .axi_arqos_i(axi_arqos_i[3:0]), 
                .axi_arsize_i(axi_arsize_i[2:0]), 
                .axi_arready_o(axi_arready_o), 
                .axi_rdata_o(axi_rdata_o[127:0]), 
                .axi_rresp_o(axi_rresp_o[1:0]), 
                .axi_rid_o(axi_rid_o[3:0]), 
                .axi_rvalid_o(axi_rvalid_o), 
                .axi_rlast_o(axi_rlast_o), 
                .axi_rready_i(axi_rready_i), 
                .axi_awvalid_i(axi_awvalid_i), 
                .axi_awid_i(axi_awid_i[3:0]), 
                .axi_awlen_i(axi_awlen_i[7:0]), 
                .axi_awburst_i(axi_awburst_i[1:0]), 
                .axi_awaddr_i(axi_awaddr_i[29:0]), 
                .axi_awqos_i(axi_awqos_i[3:0]), 
                .axi_awsize_i(axi_awsize_i[2:0]), 
                .axi_awready_o(axi_awready_o), 
                .axi_wvalid_i(axi_wvalid_i), 
                .axi_wdata_i(axi_wdata_i[127:0]), 
                .axi_wstrb_i(axi_wstrb_i[15:0]), 
                .axi_wlast_i(axi_wlast_i), 
                .axi_wready_o(axi_wready_o), 
                .axi_bvalid_o(axi_bvalid_o), 
                .axi_bready_i(axi_bready_i), 
                .axi_bresp_o(axi_bresp_o[1:0]), 
                .axi_bid_o(axi_bid_o[3:0]), 
                .wr_req_ready_o(), 
                .wr_req_valid_i(1'b0), 
                .wr_req_id_i(4'b0000), 
                .wr_req_order_id_i(3'b000), 
                .wr_req_addr_i(30'b000000000000000000000000000000), 
                .wr_req_len_i(8'b00000000), 
                .wr_req_size_i(3'b000), 
                .wr_ready_o(), 
                .wr_valid_i(1'b0), 
                .wr_data_i(128'b00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000), 
                .wr_byte_en_i(16'b0000000000000000), 
                .wr_data_last_i(1'b0), 
                .rd_req_ready_o(), 
                .rd_req_valid_i(1'b0), 
                .rd_req_id_i(4'b0000), 
                .rd_req_order_id_i(3'b000), 
                .rd_req_addr_i(30'b000000000000000000000000000000), 
                .rd_req_len_i(8'b00000000), 
                .rd_req_size_i(3'b000), 
                .rd_rsp_ready_i(1'b0), 
                .rd_rsp_valid_o(), 
                .rd_rsp_id_o(), 
                .rd_rsp_order_id_o(), 
                .rd_rsp_data_o(), 
                .rd_rsp_len_o(), 
                .rd_rsp_size_o(), 
                .rd_rsp_buff_addr_o(), 
                .apb_penable_i(apb_penable_i), 
                .apb_psel_i(apb_psel_i), 
                .apb_pwrite_i(apb_pwrite_i), 
                .apb_paddr_i(apb_paddr_i[11:0]), 
                .apb_pwdata_i(apb_pwdata_i[31:0]), 
                .apb_pready_o(apb_pready_o), 
                .apb_pslverr_o(apb_pslverr_o), 
                .apb_prdata_o(apb_prdata_o[31:0]), 
                .ddr_ck_o(ddr_ck_o[0]), 
                .ddr_cke_o(ddr_cke_o[0]), 
                .ddr_cs_o(ddr_cs_o[0]), 
                .ddr_ca_o(ddr_ca_o[5:0]), 
                .ddr_we_n_o(), 
                .ddr_cas_n_o(), 
                .ddr_ras_n_o(), 
                .ddr_ba_o(), 
                .ddr_addr_o(), 
                .ddr_odt_o(), 
                .ddr_reset_n_o(ddr_reset_n_o), 
                .ddr_dq_io(ddr_dq_io[15:0]), 
                .ddr_dqs_io(ddr_dqs_io[1:0]), 
                .ddr_dmi_io(ddr_dmi_io[1:0]), 
                .dbg_rddata_en_o(), 
                .dbg_wddata_en_o()) ; 
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2023 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lscc_pll.v
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
//==========================================================================
// Module : lscc_pll
//==========================================================================
module mem_ipgen_lscc_pll #(parameter CLKI_FREQ = 100.0, 
        parameter CLKOP_FREQ_ACTUAL = 100.0, 
        parameter CLKOS_FREQ_ACTUAL = 100.0, 
        parameter CLKOS2_FREQ_ACTUAL = 100.0, 
        parameter CLKOS3_FREQ_ACTUAL = 100.0, 
        parameter CLKOS4_FREQ_ACTUAL = 100.0, 
        parameter CLKOS5_FREQ_ACTUAL = 100.0, 
        parameter CLKOP_PHASE_ACTUAL = 0.0, 
        parameter CLKOS_PHASE_ACTUAL = 0.0, 
        parameter CLKOS2_PHASE_ACTUAL = 0.0, 
        parameter CLKOS3_PHASE_ACTUAL = 0.0, 
        parameter CLKOS4_PHASE_ACTUAL = 0.0, 
        parameter CLKOS5_PHASE_ACTUAL = 0.0, 
        parameter CLKOS_EN = 0, 
        parameter CLKOS2_EN = 0, 
        parameter CLKOS3_EN = 0, 
        parameter CLKOS4_EN = 0, 
        parameter CLKOS5_EN = 0, 
        parameter CLKOP_BYPASS = 0, 
        parameter CLKOS_BYPASS = 0, 
        parameter CLKOS2_BYPASS = 0, 
        parameter CLKOS3_BYPASS = 0, 
        parameter CLKOS4_BYPASS = 0, 
        parameter CLKOS5_BYPASS = 0, 
        parameter ENCLKOP_EN = 0, 
        parameter ENCLKOS_EN = 0, 
        parameter ENCLKOS2_EN = 0, 
        parameter ENCLKOS3_EN = 0, 
        parameter ENCLKOS4_EN = 0, 
        parameter ENCLKOS5_EN = 0, 
        parameter FRAC_N_EN = 0, 
        parameter SS_EN = 0, 
        parameter DYN_PORTS_EN = 0, 
        parameter PLL_RST = 0, 
        parameter LOCK_EN = 0, 
        parameter PLL_LOCK_STICKY = 0, 
        parameter LEGACY_EN = 0, 
        parameter LMMI_EN = 0, 
        parameter APB_EN = 0, 
        parameter POWERDOWN_EN = 0, 
        parameter TRIM_EN_P = 0, 
        parameter TRIM_EN_S = 0, 
        parameter PLL_REFCLK_FROM_PIN = 0, 
        parameter IO_TYPE = "LVDS", 
        parameter CLKOP_TRIM_MODE = "Falling", 
        parameter CLKOS_TRIM_MODE = "Falling", 
        parameter CLKOP_TRIM = "0b0000", 
        parameter CLKOS_TRIM = "0b0000", 
        parameter FBK_MODE = "CLKOP", 
        parameter CLKI_DIVIDER_ACTUAL_STR = "1", 
        parameter FBCLK_DIVIDER_ACTUAL_STR = "1", 
        parameter DIVOP_ACTUAL_STR = "1", 
        parameter DIVOS_ACTUAL_STR = "1", 
        parameter DIVOS2_ACTUAL_STR = "1", 
        parameter DIVOS3_ACTUAL_STR = "1", 
        parameter DIVOS4_ACTUAL_STR = "1", 
        parameter DIVOS5_ACTUAL_STR = "1", 
        parameter SSC_N_CODE_STR = "0b000010100", 
        parameter SSC_F_CODE_STR = "0b000000000000000", 
        parameter SSC_PROFILE = "DOWN", 
        parameter SSC_TBASE_STR = "0b000000000000", 
        parameter SSC_STEP_IN_STR = "0b0000000", 
        parameter SSC_REG_WEIGHTING_SEL_STR = "0b000", 
        parameter DELA = "0", 
        parameter DELB = "0", 
        parameter DELC = "0", 
        parameter DELD = "0", 
        parameter DELE = "0", 
        parameter DELF = "0", 
        parameter PHIA = "0", 
        parameter PHIB = "0", 
        parameter PHIC = "0", 
        parameter PHID = "0", 
        parameter PHIE = "0", 
        parameter PHIF = "0", 
        parameter EN_REFCLK_MON = 0, 
        parameter REF_COUNTS = "0000", 
        parameter INTFBKDEL_SEL = "DISABLED", 
        parameter PMU_WAITFORLOCK = "ENABLED", 
        parameter REF_OSC_CTRL = "3P2", 
        parameter SIM_FLOAT_PRECISION = "0.1", 
        parameter IPI_CMP = "0b1000", 
        parameter CSET = "40P", 
        parameter CRIPPLE = "5P", 
        parameter IPP_CTRL = "0b1000", 
        parameter IPP_SEL = "0b1111", 
        parameter BW_CTL_BIAS = "0b0101", 
        parameter V2I_PP_RES = "10K", 
        parameter KP_VCO = "0b00011", 
        parameter V2I_KVCO_SEL = "60", 
        parameter V2I_1V_EN = "ENABLED") (
    //--begin_param--
    //----------------------------
    // Parameters
    //----------------------------
    // For simulation only
    //--end_param--
    //--begin_ports--
    input rstn_i, 
    input clki_i, 
    input usr_fbclk_i, 
    // Dynamic Phase Control
    input phasedir_i, 
    input phasestep_i, 
    input phaseloadreg_i, 
    input [2:0] phasesel_i, 
    // Clock output enable
    input enclkop_i, 
    input enclkos_i, 
    input enclkos2_i, 
    input enclkos3_i, 
    input enclkos4_i, 
    input enclkos5_i, 
    // Clock output
    output wire clkop_o, 
    output wire clkos_o, 
    output wire clkos2_o, 
    output wire clkos3_o, 
    output wire clkos4_o, 
    output wire clkos5_o, 
    output wire lock_o, 
    input pllpd_en_n_i, 
    input legacy_i, 
    // Ref clock monitor
    input refdetreset,  // Enables users to reset the refclk detection logic
    output wire refdetlos,  // Detect reset from the refclk detection logic
    // LMMI bus
    input wire lmmi_clk_i, 
    input wire lmmi_resetn_i, 
    input wire lmmi_request_i, 
    input wire lmmi_wr_rdn_i, 
    input wire [6:0] lmmi_offset_i, 
    input wire [7:0] lmmi_wdata_i, 
    output wire lmmi_ready_o, 
    output wire lmmi_rdata_valid_o, 
    output wire [7:0] lmmi_rdata_o, 
    // APB bus
    input apb_pclk_i, 
    input apb_preset_n_i, 
    input wire apb_penable_i, 
    input wire apb_psel_i, 
    input wire apb_pwrite_i, 
    input wire [6:0] apb_paddr_i, 
    input wire [7:0] apb_pwdata_i, 
    output wire apb_pready_o, 
    output wire apb_pslverr_o, 
    output wire [7:0] apb_prdata_o) ;
    //--end_ports--
    localparam MAX_STRING_LENGTH = 16 ; 
    localparam CONVWIDTH = 32 ; 
    function [(CONVWIDTH - 1):0] convertDeviceString ; 
    // convertDeviceString
        input [((MAX_STRING_LENGTH * 8) - 1):0] attributeValue ; 
        integer i, 
            j ; 
        integer decVal ; 
        integer decPlace ; 
        integer temp, 
            count ; 
        reg decimalFlag ; 
        reg [(CONVWIDTH - 1):0] reverseVal ; 
        integer concatDec [(CONVWIDTH - 1):0] ; 
        reg [1:8] character ; 
        reg [7:0] checkType ; 
        begin
            decimalFlag = 1'b0 ;
            decVal = 0 ;
            decPlace = 1 ;
            temp = 0 ;
            count = 0 ;
            for (i = 0 ; (i <= (CONVWIDTH - 1)) ; i = (i + 1))
                begin
                    concatDec[i] = (-1) ;
                end
            convertDeviceString = 0 ;
            checkType = "N" ;
            for (i = (MAX_STRING_LENGTH - 1) ; (i >= 1) ; i = (i - 1))
                begin
                    for (j = 1 ; (j <= 8) ; j = (j + 1))
                        begin
                            character[j] = attributeValue[((i * 8) - j)] ;
                        end
                    //Check to see if binary or hex
                    if ((checkType === "N")) 
                        begin
                            if (((character === "b") || (character === "x"))) 
                                begin
                                    checkType = character ;
                                    decimalFlag = 1'b1 ;
                                end
                            else
                                begin
                                    //Convert to string decimal to array of integers for each digit of the number
                                    case (character)
                                    "0" : 
                                        concatDec[(i - 1)] = 0 ;
                                    "1" : 
                                        concatDec[(i - 1)] = 1 ;
                                    "2" : 
                                        concatDec[(i - 1)] = 2 ;
                                    "3" : 
                                        concatDec[(i - 1)] = 3 ;
                                    "4" : 
                                        concatDec[(i - 1)] = 4 ;
                                    "5" : 
                                        concatDec[(i - 1)] = 5 ;
                                    "6" : 
                                        concatDec[(i - 1)] = 6 ;
                                    "7" : 
                                        concatDec[(i - 1)] = 7 ;
                                    "8" : 
                                        concatDec[(i - 1)] = 8 ;
                                    "9" : 
                                        concatDec[(i - 1)] = 9 ;
                                    default : 
                                        concatDec[(i - 1)] = (-1) ;
                                    endcase 
                                end
                        end// (checkType === "N")
                    else
                        begin
                            //$display("Index %d: %s", i, character);
                            //handle binary
                            if ((checkType === "b")) 
                                begin
                                    case (character)
                                    "0" : 
                                        convertDeviceString[(i - 1)] = 1'b0 ;
                                    "1" : 
                                        convertDeviceString[(i - 1)] = 1'b1 ;
                                    default : 
                                        convertDeviceString[(i - 1)] = 1'bx ;
                                    endcase 
                                end
                            else
                                //handle hex
                                if ((checkType === "x")) 
                                    begin
                                        case (character)
                                        "0" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'h0 ;
                                        "1" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'h1 ;
                                        "2" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'h2 ;
                                        "3" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'h3 ;
                                        "4" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'h4 ;
                                        "5" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'h5 ;
                                        "6" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'h6 ;
                                        "7" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'h7 ;
                                        "8" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'h8 ;
                                        "9" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'h9 ;
                                        "a",
                                                "A" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'hA ;
                                        "b",
                                                "B" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'hB ;
                                        "c",
                                                "C" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'hC ;
                                        "d",
                                                "D" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'hD ;
                                        "e",
                                                "E" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'hE ;
                                        "f",
                                                "F" : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'hF ;
                                        default : 
                                            {convertDeviceString[((i * 4) - 1)],
                                                    convertDeviceString[((i * 4) - 2)],
                                                    convertDeviceString[((i * 4) - 3)],
                                                    convertDeviceString[((i - 1) * 4)]} = 4'hX ;
                                        endcase 
                                    end
                        end
                end
            //Calculate decmial value from integer array.
            if ((decimalFlag === 1'b0)) 
                begin
                    for (i = 0 ; (i <= (CONVWIDTH - 1)) ; i = (i + 1))
                        begin
                            case (concatDec[i])
                            0 : 
                                temp = 0 ;
                            1 : 
                                temp = 1 ;
                            2 : 
                                temp = 2 ;
                            3 : 
                                temp = 3 ;
                            4 : 
                                temp = 4 ;
                            5 : 
                                temp = 5 ;
                            6 : 
                                temp = 6 ;
                            7 : 
                                temp = 7 ;
                            8 : 
                                temp = 8 ;
                            9 : 
                                temp = 9 ;
                            default : 
                                temp = (-1) ;
                            endcase 
                            if ((temp != (-1))) 
                                begin
                                    decVal = (decVal + (temp * decPlace)) ;
                                    count = (count + 1) ;
                                    decPlace = (10 ** count) ;
                                end
                        end
                    convertDeviceString = decVal ;
                end
        end
    endfunction
    function [(((2 + 7) * 8) - 1):0] int_to_7b_str ; 
    // int_to_7b_str
        input [6:0] value ; 
        reg [((8 * 7) - 1):0] binstr ; 
        integer idx ; 
        begin
            for (idx = 0 ; (idx < 7) ; idx = (idx + 1))
                begin
                    binstr[(idx * 8) +: 8] = (value[idx] ? "1" : "0") ;
                end
            int_to_7b_str = {"0b",
                    binstr} ;
        end
    endfunction
    //--------------------------------------------------------------------------
    //--- Local Parameters/Defines ---
    //--------------------------------------------------------------------------
    localparam SEL_FBK = ((FBK_MODE == "CLKOP") ? "FBKCLK0" : ((FBK_MODE == "CLKOS") ? "FBKCLK1" : ((FBK_MODE == "CLKOS2") ? "FBKCLK2" : ((FBK_MODE == "CLKOS3") ? "FBKCLK3" : ((FBK_MODE == "CLKOS4") ? "FBKCLK4" : ((FBK_MODE == "CLKOS5") ? "FBKCLK5" : ((FBK_MODE == "INTCLKOP") ? "DIVA" : ((FBK_MODE == "INTCLKOS") ? "DIVB" : ((FBK_MODE == "INTCLKOS2") ? "DIVC" : ((FBK_MODE == "INTCLKOS3") ? "DIVD" : ((FBK_MODE == "INTCLKOS4") ? "DIVE" : ((FBK_MODE == "INTCLKOS5") ? "DIVF" : "DIVA")))))))))))) ; 
    localparam CLKMUX_FB = (((FBK_MODE == "CLKOP") || (FBK_MODE == "INTCLKOP")) ? "CMUX_CLKOP" : (((FBK_MODE == "CLKOS") || (FBK_MODE == "INTCLKOS")) ? "CMUX_CLKOS" : (((FBK_MODE == "CLKOS2") || (FBK_MODE == "INTCLKOS2")) ? "CMUX_CLKOS2" : (((FBK_MODE == "CLKOS3") || (FBK_MODE == "INTCLKOS3")) ? "CMUX_CLKOS3" : (((FBK_MODE == "CLKOS4") || (FBK_MODE == "INTCLKOS4")) ? "CMUX_CLKOS4" : (((FBK_MODE == "CLKOS5") || (FBK_MODE == "INTCLKOS5")) ? "CMUX_CLKOS5" : "CMUX_CLKOP")))))) ; 
    localparam SEL_OUTA = ((CLKOP_BYPASS == 1) ? "ENABLED" : "DISABLED") ; 
    localparam SEL_OUTB = ((CLKOS_BYPASS == 1) ? "ENABLED" : "DISABLED") ; 
    localparam SEL_OUTC = ((CLKOS2_BYPASS == 1) ? "ENABLED" : "DISABLED") ; 
    localparam SEL_OUTD = ((CLKOS3_BYPASS == 1) ? "ENABLED" : "DISABLED") ; 
    localparam SEL_OUTE = ((CLKOS4_BYPASS == 1) ? "ENABLED" : "DISABLED") ; 
    localparam SEL_OUTF = ((CLKOS5_BYPASS == 1) ? "ENABLED" : "DISABLED") ; 
    localparam REF_INTEGER_MODE = "ENABLED" ; 
    localparam FBK_INTEGER_MODE = ((FRAC_N_EN || SS_EN) ? "DISABLED" : "ENABLED") ; 
    localparam SSC_EN_SSC = ((SS_EN == 1) ? "ENABLED" : "DISABLED") ; 
    localparam SSC_EN_SDM = ((FRAC_N_EN || SS_EN) ? "ENABLED" : "DISABLED") ; 
    localparam SSC_ORDER = ((FRAC_N_EN || SS_EN) ? "SDM_ORDER2" : "SDM_ORDER1") ; 
    localparam SSC_DITHER = "DISABLED" ; 
    localparam SSC_N_CODE = ((FRAC_N_EN || SS_EN) ? SSC_N_CODE_STR : "0b000000000") ; 
    localparam SSC_F_CODE = ((FRAC_N_EN || SS_EN) ? SSC_F_CODE_STR : "0b000000000000000") ; 
    localparam SSC_PI_BYPASS = "NOT_BYPASSED" ; 
    localparam SSC_SQUARE_MODE = "DISABLED" ; 
    localparam SSC_EN_CENTER_IN = ((SSC_PROFILE == "CENTER") ? "CENTER_TRIANGLE" : "DOWN_TRIANGLE") ; 
    localparam SSC_TBASE = (SS_EN ? SSC_TBASE_STR : "0b000000000000") ; 
    localparam SSC_STEP_IN = (SS_EN ? SSC_STEP_IN_STR : "0b0000000") ; 
    localparam SSC_REG_WEIGHTING_SEL = (SS_EN ? SSC_REG_WEIGHTING_SEL_STR : "0b000") ; 
    localparam ENCLK_CLKOP = ((ENCLKOP_EN == 0) ? "ENABLED" : "DISABLED") ; 
    localparam ENCLK_CLKOS = (((CLKOS_EN == 1) && (ENCLKOS_EN == 0)) ? "ENABLED" : "DISABLED") ; 
    localparam ENCLK_CLKOS2 = (((CLKOS2_EN == 1) && (ENCLKOS2_EN == 0)) ? "ENABLED" : "DISABLED") ; 
    localparam ENCLK_CLKOS3 = (((CLKOS3_EN == 1) && (ENCLKOS3_EN == 0)) ? "ENABLED" : "DISABLED") ; 
    localparam ENCLK_CLKOS4 = (((CLKOS4_EN == 1) && (ENCLKOS4_EN == 0)) ? "ENABLED" : "DISABLED") ; 
    localparam ENCLK_CLKOS5 = (((CLKOS5_EN == 1) && (ENCLKOS5_EN == 0)) ? "ENABLED" : "DISABLED") ; 
    localparam DYN_SOURCE = ((DYN_PORTS_EN == 1) ? "DYNAMIC" : "STATIC") ; 
    localparam PLLRESET_ENA = ((PLL_RST == 1) ? "ENABLED" : "DISABLED") ; 
    localparam PLLPDN_EN = ((POWERDOWN_EN == 1) ? "ENABLED" : "DISABLED") ; 
    localparam PLLPD_N = "USED" ; 
    localparam LEGACY_ATT = ((LEGACY_EN == 1) ? "ENABLED" : "DISABLED") ; 
    localparam LDT_LOCK_SEL = ((PLL_LOCK_STICKY == 1) ? "SFREQ" : "UFREQ") ; 
    localparam TRIMOP_BYPASS_N = ((TRIM_EN_P == 1) ? "USED" : "BYPASSED") ; 
    localparam TRIMOS_BYPASS_N = ((TRIM_EN_S == 1) ? "USED" : "BYPASSED") ; 
    localparam FBK_MMD_DIG = FBCLK_DIVIDER_ACTUAL_STR ; 
    localparam REF_MMD_DIG = CLKI_DIVIDER_ACTUAL_STR ; 
    localparam REF_MASK = "0b00000000" ; 
    localparam FBK_MASK = ((FRAC_N_EN || SS_EN) ? "0b00010000" : "0b00000000") ; 
    localparam FBK_MMD_PULS_CTL = (FRAC_N_EN ? "0b0110" : (SS_EN ? "0b0101" : (((FBCLK_DIVIDER_ACTUAL_STR == "1") || (FBCLK_DIVIDER_ACTUAL_STR == "2")) ? "0b0000" : "0b0001"))) ; 
    localparam REF_MMD_PULS_CTL = (((CLKI_DIVIDER_ACTUAL_STR == "1") || (CLKI_DIVIDER_ACTUAL_STR == "2")) ? "0b0000" : "0b0001") ; 
    localparam DIVA = DIVOP_ACTUAL_STR ; 
    localparam DIVB = DIVOS_ACTUAL_STR ; 
    localparam DIVC = DIVOS2_ACTUAL_STR ; 
    localparam DIVD = DIVOS3_ACTUAL_STR ; 
    localparam DIVE = DIVOS4_ACTUAL_STR ; 
    localparam DIVF = DIVOS5_ACTUAL_STR ; 
    localparam V2I_PP_ICTRL = "0b11111" ; 
    localparam IPI_CMPN = "0b0011" ; 
    localparam FBK_CLK_DIV_O = (((FBK_MODE == "CLKOP") || (FBK_MODE == "INTCLKOP")) ? convertDeviceString(DIVOP_ACTUAL_STR) : (((FBK_MODE == "CLKOS") || (FBK_MODE == "INTCLKOS")) ? convertDeviceString(DIVOS_ACTUAL_STR) : (((FBK_MODE == "CLKOS2") || (FBK_MODE == "INTCLKOS2")) ? convertDeviceString(DIVOS2_ACTUAL_STR) : (((FBK_MODE == "CLKOS3") || (FBK_MODE == "INTCLKOS3")) ? convertDeviceString(DIVOS3_ACTUAL_STR) : (((FBK_MODE == "CLKOS4") || (FBK_MODE == "INTCLKOS4")) ? convertDeviceString(DIVOS4_ACTUAL_STR) : (((FBK_MODE == "CLKOS5") || (FBK_MODE == "INTCLKOS5")) ? convertDeviceString(DIVOS5_ACTUAL_STR) : convertDeviceString(DIVOP_ACTUAL_STR))))))) ; 
    localparam DIV_DEL = int_to_7b_str(FBK_CLK_DIV_O) ; 
    //--------------------------------------------------------------------------
    //--- Combinational Wire/Reg ---
    //--------------------------------------------------------------------------
    wire pllreset ; 
    wire clki_w ; 
    wire fbclk_w ; 
    wire intclkop_w ; 
    wire intclkos_w ; 
    wire intclkos2_w ; 
    wire intclkos3_w ; 
    wire intclkos4_w ; 
    wire intclkos5_w ; 
    wire lmmi_clk_w ; 
    wire lmmi_resetn_w ; 
    wire [7:0] lmmi_wdata_w ; 
    wire lmmi_wr_rdn_w ; 
    wire [6:0] lmmi_offset_w ; 
    wire lmmi_request_w ; 
    wire apb_lmmi_request_w ; 
    wire [6:0] apb_lmmi_offset_w ; 
    wire [7:0] apb_lmmi_wdata_w ; 
    wire [7:0] apb_lmmi_rdata_w ; 
    wire apb_lmmi_wr_rdn_w ; 
    //--------------------------------------------------------------------------
    //--- Registers ---
    //--------------------------------------------------------------------------
    //--------------------------------------------------------------------------
    //--- Module Instantiation ---
    //--------------------------------------------------------------------------
    assign pllreset = (~rstn_i) ; 
    assign fbclk_w = ((FBK_MODE == "CLKOP") ? clkop_o : ((FBK_MODE == "CLKOS") ? clkos_o : ((FBK_MODE == "CLKOS2") ? clkos2_o : ((FBK_MODE == "CLKOS3") ? clkos3_o : ((FBK_MODE == "CLKOS4") ? clkos4_o : ((FBK_MODE == "CLKOS5") ? clkos5_o : ((FBK_MODE == "INTCLKOP") ? intclkop_w : ((FBK_MODE == "INTCLKOS") ? intclkos_w : ((FBK_MODE == "INTCLKOS2") ? intclkos2_w : ((FBK_MODE == "INTCLKOS3") ? intclkos3_w : ((FBK_MODE == "INTCLKOS4") ? intclkos4_w : ((FBK_MODE == "INTCLKOS5") ? intclkos5_w : ((FBK_MODE == "USERFBCLK") ? usr_fbclk_i : clkop_o))))))))))))) ; 
    //generate
    //   if (PLL_REFCLK_FROM_PIN == 0) begin
    assign clki_w = clki_i ; 
    //   end else begin
    //    BB u0_BB (
    //      .B                         (clki_i),
    //      .I                         (1'b0),
    //      .T                         (1'b1),
    //      .O                         (clki_w)
    //    ) ;
    //   end
    //endgenerate
    generate
        if ((APB_EN == 1)) 
            begin : APB2LMMI_INST
                // lmmi_error_i is not used by lscc_spi_master_native, thus, this is set to 0
                wire lmmi_error_w ; 
                assign lmmi_error_w = 0 ; 
                ///
                mem_ipgen_lscc_apb2lmmi #(.DATA_WIDTH(8),
                        .ADDR_WIDTH(7),
                        .REG_OUTPUT(0)) u_lscc_apb2lmmi (.clk_i(apb_pclk_i), 
                            .rst_n_i(apb_preset_n_i), 
                            .apb_penable_i(apb_penable_i), 
                            .apb_psel_i(apb_psel_i), 
                            .apb_pwrite_i(apb_pwrite_i), 
                            .apb_paddr_i(apb_paddr_i), 
                            .apb_pwdata_i(apb_pwdata_i), 
                            .apb_pready_o(apb_pready_o), 
                            .apb_pslverr_o(apb_pslverr_o), 
                            .apb_prdata_o(apb_prdata_o), 
                            .lmmi_ready_i(lmmi_ready_o), 
                            .lmmi_rdata_valid_i(lmmi_rdata_valid_o), 
                            .lmmi_error_i(lmmi_error_w), 
                            .lmmi_rdata_i(apb_lmmi_rdata_w), 
                            .lmmi_request_o(apb_lmmi_request_w), 
                            .lmmi_wr_rdn_o(apb_lmmi_wr_rdn_w), 
                            .lmmi_offset_o(apb_lmmi_offset_w), 
                            .lmmi_wdata_o(apb_lmmi_wdata_w), 
                            .lmmi_resetn_o() // unused
                        ) ; 
                ///
                assign lmmi_clk_w = apb_pclk_i ; 
                assign lmmi_resetn_w = apb_preset_n_i ; 
                assign lmmi_wdata_w = apb_lmmi_wdata_w[7:0] ; 
                assign apb_lmmi_rdata_w[7:0] = lmmi_rdata_o ; 
                assign lmmi_wr_rdn_w = apb_lmmi_wr_rdn_w ; 
                assign lmmi_offset_w = apb_lmmi_offset_w ; 
                assign lmmi_request_w = apb_lmmi_request_w ; 
            end
    endgenerate
    // -----------------------------------------------------------------------------
    // Generate Assign Statements
    // -----------------------------------------------------------------------------
    generate
        if ((APB_EN == 0)) 
            begin : LMMI
                assign lmmi_clk_w = lmmi_clk_i ; 
                assign lmmi_resetn_w = lmmi_resetn_i ; 
                assign lmmi_wdata_w = lmmi_wdata_i ; 
                assign lmmi_wr_rdn_w = lmmi_wr_rdn_i ; 
                assign lmmi_offset_w = lmmi_offset_i ; 
                assign lmmi_request_w = lmmi_request_i ; 
            end
        if (EN_REFCLK_MON) 
            begin : gen_en_refclk_mon
                /*PLLA AUTO_TEMPLATE
    (
     .REF_COUNTS                            (REF_COUNTS),
     .CLKOP_TRIM                            (CLKOP_TRIM),
     .CLKOS_TRIM                            (CLKOS_TRIM),
     .TRIMOP_BYPASS_N                       (TRIMOP_BYPASS_N),
     .TRIMOS_BYPASS_N                       (TRIMOS_BYPASS_N),
     .DEL\(.\)                              (DEL\1),
     .PHI\(.\)                              (PHI\1),
     .DIV\(.\)                              (DIV\1),
     .SEL_OUT\(.\)                          (SEL_OUT\1),
     .ENCLK_CLKO\(.*\)                      (ENCLK_CLKO\1),
     .DYN_SOURCE                            (DYN_SOURCE),
     .\(.*\)_INTEGER_MODE                   (\1_INTEGER_MODE),
     .\(.*\)_MASK                           (\1_MASK),
     .\(.*\)_MMD_DIG                        (\1_MMD_DIG),
     .\(.*\)_MMD_PULS_CTL                   (\1_MMD_PULS_CTL),
     .LDT_LOCK_SEL                          (LDT_LOCK_SEL),
     .LEGACY_ATT                            (LEGACY_ATT),
     .PLL\(.*\)                             (PLL\1),
     .SSC_\(.*\)                            (SSC_\1),
     .V2I_\(.*\)                            (V2I_\1),
     .SEL_FBK                               (SEL_FBK),
     .CLKMUX_FB                             (CLKMUX_FB),
     .KP_VCO                                (KP_VCO),
     .CSET                                  (CSET),
     .CRIPPLE                               (CRIPPLE),
     .IPP_CTRL                              (IPP_CTRL),
     .IPP_SEL                               (IPP_SEL),
     .BW_CTL_BIAS                           (BW_CTL_BIAS),
     .IPI_CMPN                              (IPI_CMPN),
     .IPI_CMP                               (IPI_CMP),
     .INTFBKDEL_SEL                         (INTFBKDEL_SEL),
     .PMU_WAITFORLOCK                       (PMU_WAITFORLOCK),
     .REF_OSC_CTRL                          (REF_OSC_CTRL),
     .SIM_FLOAT_PRECISION                   (SIM_FLOAT_PRECISION),
     .DIR                                   (phasedir_i),
     .DIRSEL                                (phasesel_i),
     .LOADREG                               (phaseloadreg_i),
     .DYNROTATE                             (phasestep_i),
     .LMMICLK                               (lmmi_clk_w),
     .LMMIRESET_N                           (lmmi_resetn_w),
     .LMMIREQUEST                           (lmmi_request_w),
     .LMMIWRRD_N                            (lmmi_wr_rdn_w),
     .LMMIOFFSET                            (lmmi_offset_w),
     .LMMIWDATA                             (lmmi_wdata_w),
     .PLLPOWERDOWN_N                        (pllpd_en_n_i),
     .REFCK                                 (clki_w),
     .ENCLKO\(.*\)                          (enclko\l\1_i),
     .FBKCK                                 (fbclk_w),
     .LEGACY                                (legacy_i),
     .PLLRESET                              (pllreset),
     .LOCK                                  (lock_o),
     .CLKO\(.\)                             (clko\l\1_o),
     .CLKOS\(.\)                            (clkos\l\1_o),
     .INTFBKO\(.*\)                         (intclko\l\1_w),
     .LMMIRDATA                             (lmmi_rdata_o),
     .LMMIRDATAVALID                        (lmmi_rdata_valid_o),
     .LMMIREADY                             (lmmi_ready_o),
     .REFDETRESET                           (refdetreset),
     .REFDETLOS                             (refdetlos),
     .STDBY                                 (1'b0),
     .ROTDEL                                (1'b0),
     .DIRDEL                                (1'b0),
     .ROTDELP1                              (1'b0),
     .GRAYTEST                              (5'b0),
     .BINTEST                               (2'b0),
     .DIRDELP1                              (1'b0),
     .GRAYACT                               (5'b0),
     .BINACT                                (2'b0),
     .INTLOCK                               (),
     .LEGRDYN                               (),
     .PFDDN                                 (),
     .PFDUP                                 (),
     .REFMUXCK                              (),
     .REGQA                                 (),
     .REGQB                                 (),
     .REGQB1                                (),
     .CLKOUTDL                              (),
     .\(.*\)                                (),
    );*/
                PLLA #(.BW_CTL_BIAS(BW_CTL_BIAS),
                        .CLKOP_TRIM(CLKOP_TRIM),
                        .CLKOS_TRIM(CLKOS_TRIM),
                        .CLKOS2_TRIM(),
                        .CLKOS3_TRIM(),
                        .CLKOS4_TRIM(),
                        .CLKOS5_TRIM(),
                        .CRIPPLE(CRIPPLE),
                        .CSET(CSET),
                        .DELAY_CTRL(),
                        .DELA(DELA),
                        .DELB(DELB),
                        .DELC(DELC),
                        .DELD(DELD),
                        .DELE(DELE),
                        .DELF(DELF),
                        .DIRECTION(),
                        .DIVA(DIVA),
                        .DIVB(DIVB),
                        .DIVC(DIVC),
                        .DIVD(DIVD),
                        .DIVE(DIVE),
                        .DIVF(DIVF),
                        .DYN_SEL(),
                        .DYN_SOURCE(DYN_SOURCE),
                        .ENCLK_CLKOP(ENCLK_CLKOP),
                        .ENCLK_CLKOS(ENCLK_CLKOS),
                        .ENCLK_CLKOS2(ENCLK_CLKOS2),
                        .ENCLK_CLKOS3(ENCLK_CLKOS3),
                        .ENCLK_CLKOS4(ENCLK_CLKOS4),
                        .ENCLK_CLKOS5(ENCLK_CLKOS5),
                        .ENABLE_SYNC(),
                        .FAST_LOCK_EN(),
                        .V2I_1V_EN(V2I_1V_EN),
                        .FBK_CUR_BLE(),
                        .FBK_EDGE_SEL(),
                        .FBK_IF_TIMING_CTL(),
                        .FBK_INTEGER_MODE(FBK_INTEGER_MODE),
                        .FBK_MASK(FBK_MASK),
                        .FBK_MMD_DIG(FBK_MMD_DIG),
                        .FBK_MMD_PULS_CTL(FBK_MMD_PULS_CTL),
                        .FBK_MODE(),
                        .FBK_PI_BYPASS(),
                        .FBK_PI_RC(),
                        .FBK_PR_CC(),
                        .FBK_PR_IC(),
                        .FLOAT_CP(),
                        .FLOCK_CTRL(),
                        .FLOCK_EN(),
                        .FLOCK_SRC_SEL(),
                        .FORCE_FILTER(),
                        .I_CTRL(),
                        .IPI_CMP(IPI_CMP),
                        .IPI_CMPN(IPI_CMPN),
                        .IPI_COMP_EN(),
                        .IPP_CTRL(IPP_CTRL),
                        .IPP_SEL(IPP_SEL),
                        .KP_VCO(KP_VCO),
                        .LDT_INT_LOCK_STICKY(),
                        .LDT_LOCK(),
                        .LDT_LOCK_SEL(LDT_LOCK_SEL),
                        .LEGACY_ATT(LEGACY_ATT),
                        .LOAD_REG(),
                        .OPENLOOP_EN(),
                        .PHIA(PHIA),
                        .PHIB(PHIB),
                        .PHIC(PHIC),
                        .PHID(PHID),
                        .PHIE(PHIE),
                        .PHIF(PHIF),
                        .PLLPDN_EN(PLLPDN_EN),
                        .PLLPD_N(PLLPD_N),
                        .PLLRESET_ENA(PLLRESET_ENA),
                        .REF_INTEGER_MODE(REF_INTEGER_MODE),
                        .REF_MASK(REF_MASK),
                        .REF_MMD_DIG(REF_MMD_DIG),
                        .REF_MMD_IN(),
                        .REF_MMD_PULS_CTL(REF_MMD_PULS_CTL),
                        .REF_TIMING_CTL(),
                        .REFIN_RESET(),
                        .RESET_LF(),
                        .ROTATE(),
                        .SEL_OUTA(SEL_OUTA),
                        .SEL_OUTB(SEL_OUTB),
                        .SEL_OUTC(SEL_OUTC),
                        .SEL_OUTD(SEL_OUTD),
                        .SEL_OUTE(SEL_OUTE),
                        .SEL_OUTF(SEL_OUTF),
                        .SLEEP(),
                        .SSC_DITHER(SSC_DITHER),
                        .SSC_EN_CENTER_IN(SSC_EN_CENTER_IN),
                        .SSC_EN_SDM(SSC_EN_SDM),
                        .SSC_EN_SSC(SSC_EN_SSC),
                        .SSC_F_CODE(SSC_F_CODE),
                        .SSC_N_CODE(SSC_N_CODE),
                        .SSC_ORDER(SSC_ORDER),
                        .SSC_PI_BYPASS(SSC_PI_BYPASS),
                        .SSC_REG_WEIGHTING_SEL(SSC_REG_WEIGHTING_SEL),
                        .SSC_SQUARE_MODE(SSC_SQUARE_MODE),
                        .SSC_STEP_IN(SSC_STEP_IN),
                        .SSC_TBASE(SSC_TBASE),
                        .STDBY_ATT(),
                        .TRIMOP_BYPASS_N(TRIMOP_BYPASS_N),
                        .TRIMOS_BYPASS_N(TRIMOS_BYPASS_N),
                        .TRIMOS2_BYPASS_N(),
                        .TRIMOS3_BYPASS_N(),
                        .TRIMOS4_BYPASS_N(),
                        .TRIMOS5_BYPASS_N(),
                        .V2I_KVCO_SEL(V2I_KVCO_SEL),
                        .V2I_PP_ICTRL(V2I_PP_ICTRL),
                        .V2I_PP_RES(V2I_PP_RES),
                        .CLKMUX_FB(CLKMUX_FB),
                        .SEL_FBK(SEL_FBK),
                        .DIV_DEL(DIV_DEL),
                        .PHASE_SEL_DEL(),
                        .PHASE_SEL_DEL_P1(),
                        .EXTERNAL_DIVIDE_FACTOR(),
                        .INTFBKDEL_SEL(INTFBKDEL_SEL),
                        .PMU_WAITFORLOCK(PMU_WAITFORLOCK),
                        .REF_OSC_CTRL(REF_OSC_CTRL),
                        .REF_COUNTS(REF_COUNTS),
                        .SIM_FLOAT_PRECISION(SIM_FLOAT_PRECISION)) u_PLL (/*AUTOINSTPARAM*/ // Parameters
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                        /*AUTOINST*/ // Inputs
                        .DIR(phasedir_i),  // Templated
                        .DIRSEL(phasesel_i),  // Templated
                        .LOADREG(phaseloadreg_i),  // Templated
                        .DYNROTATE(phasestep_i),  // Templated
                        .LMMICLK(lmmi_clk_w),  // Templated
                        .LMMIRESET_N(lmmi_resetn_w),  // Templated
                        .LMMIREQUEST(lmmi_request_w),  // Templated
                        .LMMIWRRD_N(lmmi_wr_rdn_w),  // Templated
                        .LMMIOFFSET(lmmi_offset_w),  // Templated
                        .LMMIWDATA(lmmi_wdata_w),  // Templated
                        .PLLPOWERDOWN_N(pllpd_en_n_i),  // Templated
                        .REFCK(clki_w),  // Templated
                        .ENCLKOP(enclkop_i),  // Templated
                        .ENCLKOS(enclkos_i),  // Templated
                        .ENCLKOS2(enclkos2_i),  // Templated
                        .ENCLKOS3(enclkos3_i),  // Templated
                        .ENCLKOS4(enclkos4_i),  // Templated
                        .ENCLKOS5(enclkos5_i),  // Templated
                        .FBKCK(fbclk_w),  // Templated
                        .LEGACY(legacy_i),  // Templated
                        .PLLRESET(pllreset),  // Templated
                        .STDBY(1'b0),  // Templated
                        .ROTDEL(1'b0),  // Templated
                        .DIRDEL(1'b0),  // Templated
                        .ROTDELP1(1'b0),  // Templated
                        .GRAYTEST(5'b0),  // Templated
                        .BINTEST(2'b0),  // Templated
                        .DIRDELP1(1'b0),  // Templated
                        .GRAYACT(5'b0),  // Templated
                        .BINACT(2'b0),  // Templated
                        .REFDETRESET(refdetreset),  // Templated
                        // Outputs
                        .INTFBKOP(intclkop_w),  // Templated
                        .INTFBKOS(intclkos_w),  // Templated
                        .INTFBKOS2(intclkos2_w),  // Templated
                        .INTFBKOS3(intclkos3_w),  // Templated
                        .INTFBKOS4(intclkos4_w),  // Templated
                        .INTFBKOS5(intclkos5_w),  // Templated
                        .LMMIRDATA(lmmi_rdata_o),  // Templated
                        .LMMIRDATAVALID(lmmi_rdata_valid_o),  // Templated
                        .LMMIREADY(lmmi_ready_o),  // Templated
                        .CLKOP(clkop_o),  // Templated
                        .CLKOS(clkos_o),  // Templated
                        .CLKOS2(clkos2_o),  // Templated
                        .CLKOS3(clkos3_o),  // Templated
                        .CLKOS4(clkos4_o),  // Templated
                        .CLKOS5(clkos5_o),  // Templated
                        .INTLOCK(),  // Templated
                        .LEGRDYN(),  // Templated
                        .LOCK(lock_o),  // Templated
                        .PFDDN(),  // Templated
                        .PFDUP(),  // Templated
                        .REFMUXCK(),  // Templated
                        .REGQA(),  // Templated
                        .REGQB(),  // Templated
                        .REGQB1(),  // Templated
                        .CLKOUTDL(),  // Templated
                        .REFDETLOS(refdetlos)) ; // Templated
            end
        else
            begin : gen_no_refclk_mon
                /*PLL AUTO_TEMPLATE
    (
     .CLKOP_TRIM                            (CLKOP_TRIM),
     .CLKOS_TRIM                            (CLKOS_TRIM),
     .TRIMOP_BYPASS_N                       (TRIMOP_BYPASS_N),
     .TRIMOS_BYPASS_N                       (TRIMOS_BYPASS_N),
     .DEL\(.\)                              (DEL\1),
     .PHI\(.\)                              (PHI\1),
     .DIV\(.\)                              (DIV\1),
     .SEL_OUT\(.\)                          (SEL_OUT\1),
     .ENCLK_CLKO\(.*\)                      (ENCLK_CLKO\1),
     .DYN_SOURCE                            (DYN_SOURCE),
     .\(.*\)_INTEGER_MODE                   (\1_INTEGER_MODE),
     .\(.*\)_MASK                           (\1_MASK),
     .\(.*\)_MMD_DIG                        (\1_MMD_DIG),
     .\(.*\)_MMD_PULS_CTL                   (\1_MMD_PULS_CTL),
     .LDT_LOCK_SEL                          (LDT_LOCK_SEL),
     .LEGACY_ATT                            (LEGACY_ATT),
     .PLL\(.*\)                             (PLL\1),
     .SSC_\(.*\)                            (SSC_\1),
     .V2I_\(.*\)                            (V2I_\1),
     .SEL_FBK                               (SEL_FBK),
     .CLKMUX_FB                             (CLKMUX_FB),
     .KP_VCO                                (KP_VCO),
     .CSET                                  (CSET),
     .CRIPPLE                               (CRIPPLE),
     .IPP_CTRL                              (IPP_CTRL),
     .IPP_SEL                               (IPP_SEL),
     .BW_CTL_BIAS                           (BW_CTL_BIAS),
     .IPI_CMPN                              (IPI_CMPN),
     .IPI_CMP                               (IPI_CMP),
     .INTFBKDEL_SEL                         (INTFBKDEL_SEL),
     .PMU_WAITFORLOCK                       (PMU_WAITFORLOCK),
     .REF_OSC_CTRL                          (REF_OSC_CTRL),
     .SIM_FLOAT_PRECISION                   (SIM_FLOAT_PRECISION),
     .DIR                                   (phasedir_i),
     .DIRSEL                                (phasesel_i),
     .LOADREG                               (phaseloadreg_i),
     .DYNROTATE                             (phasestep_i),
     .LMMICLK                               (lmmi_clk_w),
     .LMMIRESET_N                           (lmmi_resetn_w),
     .LMMIREQUEST                           (lmmi_request_w),
     .LMMIWRRD_N                            (lmmi_wr_rdn_w),
     .LMMIOFFSET                            (lmmi_offset_w),
     .LMMIWDATA                             (lmmi_wdata_w),
     .PLLPOWERDOWN_N                        (pllpd_en_n_i),
     .REFCK                                 (clki_w),
     .ENCLKO\(.*\)                          (enclko\l\1_i),
     .FBKCK                                 (fbclk_w),
     .LEGACY                                (legacy_i),
     .PLLRESET                              (pllreset),
     .LOCK                                  (lock_o),
     .CLKO\(.\)                             (clko\l\1_o),
     .CLKOS\(.\)                            (clkos\l\1_o),
     .INTFBKO\(.*\)                         (intclko\l\1_w),
     .LMMIRDATA                             (lmmi_rdata_o),
     .LMMIRDATAVALID                        (lmmi_rdata_valid_o),
     .LMMIREADY                             (lmmi_ready_o),
     .STDBY                                 (1'b0),
     .ROTDEL                                (1'b0),
     .DIRDEL                                (1'b0),
     .ROTDELP1                              (1'b0),
     .GRAYTEST                              (5'b0),
     .BINTEST                               (2'b0),
     .DIRDELP1                              (1'b0),
     .GRAYACT                               (5'b0),
     .BINACT                                (2'b0),
     .INTLOCK                               (),
     .LEGRDYN                               (),
     .PFDDN                                 (),
     .PFDUP                                 (),
     .REFMUXCK                              (),
     .REGQA                                 (),
     .REGQB                                 (),
     .REGQB1                                (),
     .CLKOUTDL                              (),
     .\(.*\)                                (),
    );*/
                PLL #(.BW_CTL_BIAS(BW_CTL_BIAS),
                        .CLKOP_TRIM(CLKOP_TRIM),
                        .CLKOS_TRIM(CLKOS_TRIM),
                        .CLKOS2_TRIM(),
                        .CLKOS3_TRIM(),
                        .CLKOS4_TRIM(),
                        .CLKOS5_TRIM(),
                        .CRIPPLE(CRIPPLE),
                        .CSET(CSET),
                        .DELAY_CTRL(),
                        .DELA(DELA),
                        .DELB(DELB),
                        .DELC(DELC),
                        .DELD(DELD),
                        .DELE(DELE),
                        .DELF(DELF),
                        .DIRECTION(),
                        .DIVA(DIVA),
                        .DIVB(DIVB),
                        .DIVC(DIVC),
                        .DIVD(DIVD),
                        .DIVE(DIVE),
                        .DIVF(DIVF),
                        .DYN_SEL(),
                        .DYN_SOURCE(DYN_SOURCE),
                        .ENCLK_CLKOP(ENCLK_CLKOP),
                        .ENCLK_CLKOS(ENCLK_CLKOS),
                        .ENCLK_CLKOS2(ENCLK_CLKOS2),
                        .ENCLK_CLKOS3(ENCLK_CLKOS3),
                        .ENCLK_CLKOS4(ENCLK_CLKOS4),
                        .ENCLK_CLKOS5(ENCLK_CLKOS5),
                        .ENABLE_SYNC(),
                        .FAST_LOCK_EN(),
                        .V2I_1V_EN(V2I_1V_EN),
                        .FBK_CUR_BLE(),
                        .FBK_EDGE_SEL(),
                        .FBK_IF_TIMING_CTL(),
                        .FBK_INTEGER_MODE(FBK_INTEGER_MODE),
                        .FBK_MASK(FBK_MASK),
                        .FBK_MMD_DIG(FBK_MMD_DIG),
                        .FBK_MMD_PULS_CTL(FBK_MMD_PULS_CTL),
                        .FBK_MODE(),
                        .FBK_PI_BYPASS(),
                        .FBK_PI_RC(),
                        .FBK_PR_CC(),
                        .FBK_PR_IC(),
                        .FLOAT_CP(),
                        .FLOCK_CTRL(),
                        .FLOCK_EN(),
                        .FLOCK_SRC_SEL(),
                        .FORCE_FILTER(),
                        .I_CTRL(),
                        .IPI_CMP(IPI_CMP),
                        .IPI_CMPN(IPI_CMPN),
                        .IPI_COMP_EN(),
                        .IPP_CTRL(IPP_CTRL),
                        .IPP_SEL(IPP_SEL),
                        .KP_VCO(KP_VCO),
                        .LDT_INT_LOCK_STICKY(),
                        .LDT_LOCK(),
                        .LDT_LOCK_SEL(LDT_LOCK_SEL),
                        .LEGACY_ATT(LEGACY_ATT),
                        .LOAD_REG(),
                        .OPENLOOP_EN(),
                        .PHIA(PHIA),
                        .PHIB(PHIB),
                        .PHIC(PHIC),
                        .PHID(PHID),
                        .PHIE(PHIE),
                        .PHIF(PHIF),
                        .PLLPDN_EN(PLLPDN_EN),
                        .PLLPD_N(PLLPD_N),
                        .PLLRESET_ENA(PLLRESET_ENA),
                        .REF_INTEGER_MODE(REF_INTEGER_MODE),
                        .REF_MASK(REF_MASK),
                        .REF_MMD_DIG(REF_MMD_DIG),
                        .REF_MMD_IN(),
                        .REF_MMD_PULS_CTL(REF_MMD_PULS_CTL),
                        .REF_TIMING_CTL(),
                        .REFIN_RESET(),
                        .RESET_LF(),
                        .ROTATE(),
                        .SEL_OUTA(SEL_OUTA),
                        .SEL_OUTB(SEL_OUTB),
                        .SEL_OUTC(SEL_OUTC),
                        .SEL_OUTD(SEL_OUTD),
                        .SEL_OUTE(SEL_OUTE),
                        .SEL_OUTF(SEL_OUTF),
                        .SLEEP(),
                        .SSC_DITHER(SSC_DITHER),
                        .SSC_EN_CENTER_IN(SSC_EN_CENTER_IN),
                        .SSC_EN_SDM(SSC_EN_SDM),
                        .SSC_EN_SSC(SSC_EN_SSC),
                        .SSC_F_CODE(SSC_F_CODE),
                        .SSC_N_CODE(SSC_N_CODE),
                        .SSC_ORDER(SSC_ORDER),
                        .SSC_PI_BYPASS(SSC_PI_BYPASS),
                        .SSC_REG_WEIGHTING_SEL(SSC_REG_WEIGHTING_SEL),
                        .SSC_SQUARE_MODE(SSC_SQUARE_MODE),
                        .SSC_STEP_IN(SSC_STEP_IN),
                        .SSC_TBASE(SSC_TBASE),
                        .STDBY_ATT(),
                        .TRIMOP_BYPASS_N(TRIMOP_BYPASS_N),
                        .TRIMOS_BYPASS_N(TRIMOS_BYPASS_N),
                        .TRIMOS2_BYPASS_N(),
                        .TRIMOS3_BYPASS_N(),
                        .TRIMOS4_BYPASS_N(),
                        .TRIMOS5_BYPASS_N(),
                        .V2I_KVCO_SEL(V2I_KVCO_SEL),
                        .V2I_PP_ICTRL(V2I_PP_ICTRL),
                        .V2I_PP_RES(V2I_PP_RES),
                        .CLKMUX_FB(CLKMUX_FB),
                        .SEL_FBK(SEL_FBK),
                        .DIV_DEL(DIV_DEL),
                        .PHASE_SEL_DEL(),
                        .PHASE_SEL_DEL_P1(),
                        .EXTERNAL_DIVIDE_FACTOR(),
                        .INTFBKDEL_SEL(INTFBKDEL_SEL),
                        .PMU_WAITFORLOCK(PMU_WAITFORLOCK),
                        .REF_OSC_CTRL(REF_OSC_CTRL),
                        .SIM_FLOAT_PRECISION(SIM_FLOAT_PRECISION)) u_PLL (/*AUTOINSTPARAM*/ // Parameters
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                        /*AUTOINST*/ // Inputs
                        .DIR(phasedir_i),  // Templated
                        .DIRSEL(phasesel_i),  // Templated
                        .LOADREG(phaseloadreg_i),  // Templated
                        .DYNROTATE(phasestep_i),  // Templated
                        .LMMICLK(lmmi_clk_w),  // Templated
                        .LMMIRESET_N(lmmi_resetn_w),  // Templated
                        .LMMIREQUEST(lmmi_request_w),  // Templated
                        .LMMIWRRD_N(lmmi_wr_rdn_w),  // Templated
                        .LMMIOFFSET(lmmi_offset_w),  // Templated
                        .LMMIWDATA(lmmi_wdata_w),  // Templated
                        .PLLPOWERDOWN_N(pllpd_en_n_i),  // Templated
                        .REFCK(clki_w),  // Templated
                        .ENCLKOP(enclkop_i),  // Templated
                        .ENCLKOS(enclkos_i),  // Templated
                        .ENCLKOS2(enclkos2_i),  // Templated
                        .ENCLKOS3(enclkos3_i),  // Templated
                        .ENCLKOS4(enclkos4_i),  // Templated
                        .ENCLKOS5(enclkos5_i),  // Templated
                        .FBKCK(fbclk_w),  // Templated
                        .LEGACY(legacy_i),  // Templated
                        .PLLRESET(pllreset),  // Templated
                        .STDBY(1'b0),  // Templated
                        .ROTDEL(1'b0),  // Templated
                        .DIRDEL(1'b0),  // Templated
                        .ROTDELP1(1'b0),  // Templated
                        .GRAYTEST(5'b0),  // Templated
                        .BINTEST(2'b0),  // Templated
                        .DIRDELP1(1'b0),  // Templated
                        .GRAYACT(5'b0),  // Templated
                        .BINACT(2'b0),  // Templated
                        // Outputs
                        .INTFBKOP(intclkop_w),  // Templated
                        .INTFBKOS(intclkos_w),  // Templated
                        .INTFBKOS2(intclkos2_w),  // Templated
                        .INTFBKOS3(intclkos3_w),  // Templated
                        .INTFBKOS4(intclkos4_w),  // Templated
                        .INTFBKOS5(intclkos5_w),  // Templated
                        .LMMIRDATA(lmmi_rdata_o),  // Templated
                        .LMMIRDATAVALID(lmmi_rdata_valid_o),  // Templated
                        .LMMIREADY(lmmi_ready_o),  // Templated
                        .CLKOP(clkop_o),  // Templated
                        .CLKOS(clkos_o),  // Templated
                        .CLKOS2(clkos2_o),  // Templated
                        .CLKOS3(clkos3_o),  // Templated
                        .CLKOS4(clkos4_o),  // Templated
                        .CLKOS5(clkos5_o),  // Templated
                        .INTLOCK(),  // Templated
                        .LEGRDYN(),  // Templated
                        .LOCK(lock_o),  // Templated
                        .PFDDN(),  // Templated
                        .PFDUP(),  // Templated
                        .REFMUXCK(),  // Templated
                        .REGQA(),  // Templated
                        .REGQB(),  // Templated
                        .REGQB1(),  // Templated
                        .CLKOUTDL()) ; // Templated
            end
    endgenerate

//defparam u_PLL.SIM_FLOAT_PRECISION = SIM_FLOAT_PRECISION;
///*synthesis translate_off*/
//// For Simulation
//localparam FEEDBACK_FREQ = (FBK_MODE == "CLKOP"    )? CLKOP_FREQ_ACTUAL  :
//                           (FBK_MODE == "CLKOS"    )? CLKOS_FREQ_ACTUAL  :
//                           (FBK_MODE == "CLKOS2"   )? CLKOS2_FREQ_ACTUAL :
//                           (FBK_MODE == "CLKOS3"   )? CLKOS3_FREQ_ACTUAL :
//                           (FBK_MODE == "CLKOS4"   )? CLKOS4_FREQ_ACTUAL :
//                           (FBK_MODE == "CLKOS5"   )? CLKOS5_FREQ_ACTUAL :
//                           (FBK_MODE == "INTCLKOP" )? CLKOP_FREQ_ACTUAL  :
//                           (FBK_MODE == "INTCLKOS" )? CLKOS_FREQ_ACTUAL  :
//                           (FBK_MODE == "INTCLKOS2")? CLKOS2_FREQ_ACTUAL :
//                           (FBK_MODE == "INTCLKOS3")? CLKOS3_FREQ_ACTUAL :
//                           (FBK_MODE == "INTCLKOS4")? CLKOS4_FREQ_ACTUAL :
//                           (FBK_MODE == "INTCLKOS5")? CLKOS5_FREQ_ACTUAL :
//                                                      CLKOP_FREQ_ACTUAL;
//localparam FLOAT_PRECISION_ACTUAL  = (SIM_FLOAT_PRECISION == "0.0001")? (0.2/FEEDBACK_FREQ) : SIM_FLOAT_PRECISION;
//defparam u_PLL.SIM_FLOAT_PRECISION = FLOAT_PRECISION_ACTUAL;
///*synthesis translate_on*/
//--lscc_pll--
endmodule



// __RTL_MODULE__LSCC_PLL__
//==========================================================================
// Module : lscc_apb2lmmi
//==========================================================================
module mem_ipgen_lscc_apb2lmmi #(parameter DATA_WIDTH = 32, 
        parameter ADDR_WIDTH = 16, 
        parameter REG_OUTPUT = 1) (
    //--begin_param--
    //----------------------------
    // Parameters
    //----------------------------
    // Data width
    // Address width
    // enable registered output
    //--end_param--
    //--begin_ports--
    //----------------------------
    // Global Signals (Clock and Reset)
    //----------------------------
    input clk_i,  // apb clock
    input rst_n_i,  // active low reset
    //----------------------------
    // APB Interface
    //----------------------------
    input apb_penable_i,  // apb enable
    input apb_psel_i,  // apb slave select
    input apb_pwrite_i,  // apb write 1, read 0
    input [(ADDR_WIDTH - 1):0] apb_paddr_i,  // apb address
    input [(DATA_WIDTH - 1):0] apb_pwdata_i,  // apb write data
    output reg apb_pready_o,  // apb ready
    output reg apb_pslverr_o,  // apb slave error
    output reg [(DATA_WIDTH - 1):0] apb_prdata_o,  // apb read data
    //----------------------------
    // LMMI-Extended Interface
    //----------------------------
    input lmmi_ready_i,  // slave is ready to start new transaction
    input lmmi_rdata_valid_i,  // read transaction is complete
    input lmmi_error_i,  // error indicator
    input [(DATA_WIDTH - 1):0] lmmi_rdata_i,  // read data
    output reg lmmi_request_o,  // start transaction
    output reg lmmi_wr_rdn_o,  // write 1, read 0
    output reg [(ADDR_WIDTH - 1):0] lmmi_offset_o,  // address/offset
    output reg [(DATA_WIDTH - 1):0] lmmi_wdata_o,  // write data
    output wire lmmi_resetn_o // reset to LMMI inteface
        ) ;
    //--end_ports--
    //--------------------------------------------------------------------------
    //--- Local Parameters/Defines ---
    //--------------------------------------------------------------------------
    localparam ST_BUS_IDLE = 4'b0001 ; 
    localparam ST_BUS_REQ = 4'b0010 ; // APB_SETUP
    localparam ST_BUS_DAT = 4'b0100 ; // APB_ACCESS
    localparam ST_BUS_WAIT = 4'b1000 ; 
    localparam SM_WIDTH = 4 ; 
    //--------------------------------------------------------------------------
    //--- Combinational Wire/Reg ---
    //--------------------------------------------------------------------------
    //--------------------------------------------------------------------------
    //--- Registers ---
    //--------------------------------------------------------------------------
    reg [(SM_WIDTH - 1):0] bus_sm_ns ; 
    reg [(SM_WIDTH - 1):0] bus_sm_cs ; 
    assign lmmi_resetn_o = rst_n_i ; 
    generate
        if (REG_OUTPUT) 
            begin : genblk1
                reg lmmi_request_nxt ; 
                reg lmmi_wr_rdn_nxt ; 
                reg [(ADDR_WIDTH - 1):0] lmmi_offset_nxt ; 
                reg [(DATA_WIDTH - 1):0] lmmi_wdata_nxt ; 
                reg apb_pready_nxt ; 
                reg apb_pslverr_nxt ; 
                reg [(DATA_WIDTH - 1):0] apb_prdata_nxt ; 
                //--------------------------------------------
                //-- Bus Statemachine --
                //--------------------------------------------
                always
                    @(*)
                    begin
                        bus_sm_ns = bus_sm_cs ;
                        case (bus_sm_cs)
                        ST_BUS_REQ : 
                            begin
                                if (lmmi_ready_i) 
                                    begin
                                        if (lmmi_wr_rdn_o) 
                                            begin
                                                bus_sm_ns = ST_BUS_WAIT ;
                                            end
                                        else
                                            begin
                                                if (lmmi_rdata_valid_i) 
                                                    bus_sm_ns = ST_BUS_WAIT ;
                                                else
                                                    bus_sm_ns = ST_BUS_DAT ;
                                            end
                                    end
                                else
                                    begin
                                        bus_sm_ns = ST_BUS_REQ ;
                                    end
                            end
                        ST_BUS_DAT : 
                            begin
                                if (lmmi_rdata_valid_i) 
                                    bus_sm_ns = ST_BUS_WAIT ;
                                else
                                    bus_sm_ns = ST_BUS_DAT ;
                            end
                        ST_BUS_WAIT : 
                            begin
                                bus_sm_ns = ST_BUS_IDLE ;
                            end
                        default : 
                            begin
                                if (apb_psel_i) 
                                    bus_sm_ns = ST_BUS_REQ ;
                                else
                                    bus_sm_ns = ST_BUS_IDLE ;
                            end
                        endcase 
                    end//--always @*--
                //--------------------------------------------
                //-- APB to LMMI conversion --
                //--------------------------------------------
                always
                    @(*)
                    begin
                        lmmi_request_nxt = lmmi_request_o ;
                        lmmi_wr_rdn_nxt = lmmi_wr_rdn_o ;
                        lmmi_offset_nxt = lmmi_offset_o ;
                        lmmi_wdata_nxt = lmmi_wdata_o ;
                        apb_pready_nxt = apb_pready_o ;
                        apb_pslverr_nxt = 1'b0 ;
                        apb_prdata_nxt = apb_prdata_o ;
                        case (bus_sm_cs)
                        ST_BUS_REQ : 
                            begin
                                if (lmmi_ready_i) 
                                    begin
                                        lmmi_request_nxt = 1'b0 ;
                                        lmmi_wr_rdn_nxt = 1'b0 ;
                                        if (lmmi_wr_rdn_o) 
                                            begin
                                                apb_pready_nxt = 1'b1 ;
                                            end
                                        else
                                            begin
                                                if (lmmi_rdata_valid_i) 
                                                    begin
                                                        apb_pready_nxt = 1'b1 ;
                                                        apb_prdata_nxt = lmmi_rdata_i ;
                                                        apb_pslverr_nxt = lmmi_error_i ;
                                                    end
                                            end
                                    end
                            end
                        ST_BUS_DAT : 
                            begin
                                if (lmmi_rdata_valid_i) 
                                    begin
                                        apb_pready_nxt = 1'b1 ;
                                        apb_prdata_nxt = lmmi_rdata_i ;
                                        apb_pslverr_nxt = lmmi_error_i ;
                                    end
                            end
                        ST_BUS_WAIT : 
                            begin
                                apb_pready_nxt = 1'b0 ;
                            end
                        default : 
                            begin
                                apb_pready_nxt = 1'b0 ;
                                if (apb_psel_i) 
                                    begin
                                        lmmi_request_nxt = 1'b1 ;
                                        lmmi_wr_rdn_nxt = apb_pwrite_i ;
                                        lmmi_offset_nxt = apb_paddr_i ;
                                        lmmi_wdata_nxt = apb_pwdata_i ;
                                    end
                                else
                                    begin
                                        lmmi_request_nxt = 1'b0 ;
                                        lmmi_wr_rdn_nxt = 1'b0 ;
                                    end
                            end
                        endcase 
                    end//--always @*--
                //--------------------------------------------
                //-- Sequential block --
                //--------------------------------------------
                always
                    @(posedge clk_i or 
                        negedge rst_n_i)
                    begin
                        if ((~rst_n_i)) 
                            begin
                                bus_sm_cs <=  ST_BUS_IDLE ;
                                /*AUTORESET*/
                                // Beginning of autoreset for uninitialized flops
                                apb_prdata_o <=  {DATA_WIDTH{1'b0}} ;
                                apb_pready_o <=  1'h0 ;
                                apb_pslverr_o <=  1'h0 ;
                                lmmi_offset_o <=  {ADDR_WIDTH{1'b0}} ;
                                lmmi_request_o <=  1'h0 ;
                                lmmi_wdata_o <=  {DATA_WIDTH{1'b0}} ;
                                lmmi_wr_rdn_o <=  1'h0 ;
                                // End of automatics
                            end
                        else
                            begin
                                bus_sm_cs <=  bus_sm_ns ;
                                lmmi_request_o <=  lmmi_request_nxt ;
                                lmmi_wr_rdn_o <=  lmmi_wr_rdn_nxt ;
                                lmmi_offset_o <=  lmmi_offset_nxt ;
                                lmmi_wdata_o <=  lmmi_wdata_nxt ;
                                apb_pready_o <=  apb_pready_nxt ;
                                apb_pslverr_o <=  apb_pslverr_nxt ;
                                apb_prdata_o <=  apb_prdata_nxt ;
                            end
                    end//--always @(posedge clk_i or negedge rst_n_i)--
            end
        else
            begin : genblk1
                // REG_OUTPUT == 0
                //--------------------------------------------
                //-- Bus Statemachine --
                //--------------------------------------------
                always
                    @(*)
                    begin
                        bus_sm_ns = bus_sm_cs ;
                        case (bus_sm_cs)
                        ST_BUS_IDLE : 
                            begin
                                if (apb_psel_i) 
                                    bus_sm_ns = ST_BUS_REQ ;
                                else
                                    bus_sm_ns = ST_BUS_IDLE ;
                            end
                        ST_BUS_REQ : 
                            begin
                                if (lmmi_ready_i) 
                                    if (((~apb_pwrite_i) && (~lmmi_rdata_valid_i))) 
                                        bus_sm_ns = ST_BUS_DAT ;
                                    else
                                        // Write access will go to IDLE when ready
                                        bus_sm_ns = ST_BUS_IDLE ;
                                else
                                    bus_sm_ns = ST_BUS_REQ ;
                            end
                        ST_BUS_DAT : 
                            begin
                                if ((apb_penable_i && ((~apb_pwrite_i) && lmmi_rdata_valid_i))) 
                                    bus_sm_ns = ST_BUS_IDLE ;
                                else
                                    bus_sm_ns = ST_BUS_DAT ;
                            end
                        default : 
                            begin
                                bus_sm_ns = ST_BUS_IDLE ;
                            end
                        endcase 
                    end//--always @*--
                //--------------------------------------------
                //-- LMMI request --
                //--------------------------------------------
                always
                    @(*)
                    begin
                        lmmi_request_o = (bus_sm_ns == ST_BUS_REQ) ;
                        lmmi_wr_rdn_o = apb_pwrite_i ;
                        lmmi_offset_o = apb_paddr_i ;
                        lmmi_wdata_o = apb_pwdata_i ;
                    end//--always @*--
                //--------------------------------------------
                //-- APB outputs --
                //--------------------------------------------
                always
                    @(*)
                    begin
                        apb_prdata_o = lmmi_rdata_i ;
                        apb_pslverr_o = (lmmi_rdata_valid_i && lmmi_error_i) ;
                        if (apb_pwrite_i) 
                            begin
                                apb_pready_o = lmmi_ready_i ;
                            end
                        else
                            begin
                                apb_pready_o = (lmmi_ready_i && lmmi_rdata_valid_i) ;
                            end
                    end//--always @*--
                //--------------------------------------------
                //-- Sequential block --
                //--------------------------------------------
                always
                    @(posedge clk_i or 
                        negedge rst_n_i)
                    begin
                        if ((~rst_n_i)) 
                            begin
                                bus_sm_cs <=  ST_BUS_IDLE ;
                            end
                        else
                            begin
                                bus_sm_cs <=  bus_sm_ns ;
                            end
                    end//--always @(posedge clk_i or negedge rst_n_i)--
            end
    endgenerate

//--------------------------------------------------------------------------
//--- Module Instantiation ---
//--------------------------------------------------------------------------
//--lscc_apb2lmmi--
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2023 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : clock_sync.v
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             : 
// Mod. Date             : 27.05.2020
// Changes Made          : Initial release.
// =============================================================================
//`include "mem_sync.v"
module mem_ipgen_clock_sync #(parameter CLK_CHANGE_EN = 1, 
        parameter GEARING = 2, 
        parameter POWER_ON_CLK_CBT = 1) (
    // -----------------------------------------------------------------------------
    // Module Parameters
    // -----------------------------------------------------------------------------
    // -----------------------------------------------------------------------------
    // Input/Output Ports
    // -----------------------------------------------------------------------------
    input rst_i, 
    input pll_rst_n_i, 
    input sync_clk_i, 
    input sync_rst_n_i, 
    input ddr_clk_sel_i, 
    input dll_update_en_i, 
    input clk_update_i, 
    input eclk_i, 
    input pll_lock_i, 
    input ddr_ck_en_i, 
    output [8:0] dcnt_o, 
    output ready_o, 
    output sync_pause_o, 
    output ddr_ck_en_o, 
    output sclk_o, 
    output eclk_o, 
    output [8:0] code_o, 
    output rst_o, 
    //output             sync_rst_o,    // rst_i that is syncronized to sync_clk
    output op_clk_en_o, 
    output sync_clk_update_o, 
    output sync_clk_sel_o, 
    input sync_clk_update_done_i) ;
    localparam GEARING_STR = ((GEARING == 4) ? "4" : "2") ; 
    wire stop_w ; 
    wire lock_w ; 
    wire eclkout_w ; 
    wire dll_rst_w ; 
    wire uddcntln_w ; 
    wire freeze_w ; 
    wire mem_sync_rst_w ; 
    assign rst_o = mem_sync_rst_w ; 
    assign eclk_o = eclkout_w ; 
    // -----------------------------------------------------------------------------
    // -----------------------------------------------------------------------------
    ECLKDIV #(.ECLK_DIV(GEARING_STR),
            .GSR("DISABLED")) u0_ECLKDIV (// There is reset issue when ENABLED and SW synth strategy "Force GSR" 
            // inputs
            .DIVRST(mem_sync_rst_w), 
                //  .DIVRST          (pll_rst_n_i),
            .ECLKIN(eclkout_w), 
                .SLIP(1'b0), 
                // outputs
            .DIVOUT(sclk_o)) ; 
    ECLKSYNC #(.STOP_EN("ENABLE")) u0_ECLKSYNC (.ECLKIN(eclk_i), 
                .ECLKOUT(eclkout_w), 
                .STOP(stop_w)) ; 
    mem_ipgen_mem_sync #(.POWER_ON_CLK_CBT(POWER_ON_CLK_CBT)) u1_mem_sync (.rst_i(rst_i), 
                .sclk_i(sclk_o), 
                .sync_clk_i(sync_clk_i), 
                .sync_rst_n_i(sync_rst_n_i), 
                .ddr_clk_sel_i(ddr_clk_sel_i), 
                .ddr_ck_en_i(ddr_ck_en_i), 
                .dll_update_en_i(dll_update_en_i), 
                .ddr_clk_update_i(clk_update_i), 
                .dll_lock_i(lock_w), 
                .pll_lock_i(pll_lock_i), 
                .uddcntln_o(uddcntln_w), 
                .freeze_o(freeze_w), 
                .stop_o(stop_w), 
                .pause_o(sync_pause_o), 
                .ddr_rst_o(mem_sync_rst_w), 
                .ddr_ck_en_o(ddr_ck_en_o), 
                .ready_o(ready_o), 
                .dll_rst_o(dll_rst_w), 
                .op_clk_en_o(op_clk_en_o), 
                .sync_clk_update_o(sync_clk_update_o), 
                .sync_clk_sel_o(sync_clk_sel_o), 
                .sync_clk_update_done_i(sync_clk_update_done_i)) ; 
    DDRDLL #(.GSR("DISABLED"),
            .ENA_ROUNDOFF("ENABLED"),
            .FORCE_MAX_DELAY("CODE_OR_LOCK_FROM_DLL_LOOP")) u0_DDRDLL (// There is reset issue when ENABLED and SW synth strategy "Force GSR" 
            // inputs
            .FREEZE(freeze_w), 
                .CLKIN(eclkout_w), 
                .RST(dll_rst_w), 
                .UDDCNTL_N(uddcntln_w), 
                // outputs
            .CODE(code_o), 
                .LOCK(lock_w), 
                .DCNTL(dcnt_o)) ; 

// 4Nu
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2023 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : mem_sync.v
// Title                 :
// Dependencies          : 
// Description           :
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             : 
// Mod. Date             : 11.07.2019
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_mem_sync #(parameter POWER_ON_CLK_CBT = 1) (
    // -------------------------------------------------
    //  PORT DECLARATION
    // -------------------------------------------------
    input sclk_i, 
    input rst_i,  // Active high reset signal
    input sync_clk_i,  // oscillator clk or other constant running low speed
    // clk. Note that this clk should not be coming from
    // clk sources that this module will stop or reset
    // (e.g. ECLKSYNC, CLKDIV, etc.)
    input sync_rst_n_i, 
    input dll_lock_i,  // Lock signal from DDRDLL
    input pll_lock_i,  // Lock signal from PLL
    input ddr_clk_sel_i,  // Selects between operating clock or CBT clk
    input dll_update_en_i,  // Enable DLL code update at the end of clock frequency change
    input ddr_clk_update_i,  // Signal to trigger clock frequency have changed
    input ddr_ck_en_i, 
    output wire pause_o,  // Pause signal for DQSBUF
    output wire stop_o,  // Stop signal for ECLKSYNC
    output wire freeze_o,  // Freeze signal for DDRDLL
    output wire uddcntln_o,  // Update code signal for DDRDLL
    output reg dll_rst_o,  // Reset signal for DDRDLL
    output wire ddr_rst_o,  // Reset signal for CLKDIV and DDR components
    output reg ddr_ck_en_o, 
    output reg ready_o,  // Ready signal to indicate sync done
    output reg op_clk_en_o, 
    //output reg        sync_rst_o      , // a reset that is synchronized to sync_clk_i
    output sync_clk_update_o, 
    output sync_clk_sel_o, 
    input sync_clk_update_done_i) ;
    // -------------------------------------------------
    //  SIGNAL DECLARATION
    // -------------------------------------------------
    reg [3:0] count ; // Counter for both 4T and 8T delay cycles
    (* syn_preserve=1 *) reg [5:0] cs_memsync ; 
    // FSM Current state
    reg [5:0] ns_memsync ; // FSM Next state
    reg [1:0] flag ; // Signal to determine next FSM state
    reg [1:0] flag_d ; // Registered flag_d signal
    reg lock_d1 ; // Sync register for pll_lock_i & dll_lock_i input
    reg lock_d2 ; // Sync register for pll_lock_i & dll_lock_i input
    reg ddr_rst_d1 ; // DDR reset when rst input is detected
    reg rst_r ; 
    reg update_sr0 ; 
    reg update_sr1 ; 
    reg update_sr2 ; 
    reg update_r ; 
    //reg                clksw_done_r;
    reg dll_update_d1_r ; 
    reg dll_update_d2_r ; 
    reg dll_update_int_r ; // internal dll update_en
    (* syn_preserve=1 *) reg ddr_clk_update_i_r ; 
    (* syn_preserve=1 *) reg ddr_clk_sel_i_r ; 
    reg ddr_clk_sel_d1_r ; 
    reg ddr_clk_sel_d2_r ; 
    //reg                count_en_r;
    //reg [5:0]          count_r;
    reg ddr_rst_en_r ; 
    (* syn_preserve=1 *) reg friz2init_tgle_r ; 
    (* syn_preserve=1 *) reg friz2init_tgle_rep_r ; 
    wire friz2init_tgle_nxt ; 
    reg friz2init_tgle_sr0 ; 
    reg friz2init_tgle_sr1 ; 
    reg friz2init_tgle_sr2 ; 
    reg sync_clk_update_sr0 ; 
    reg sync_clk_update_sr1 ; 
    reg sync_clk_update_sr2 ; 
    wire counter_4t ; // Signal for counter to count up to 4T only
    wire ddr_rst_d ; // DDR reset output of FSM
    wire update_w ; 
    // -------------------------------------------------
    //  PARAMETERS
    // -------------------------------------------------
    // FSM States
    // Each bit is equivalent to an fsm output in the following order
    //     FORMAT:       freeze stop ddr_rst pause uddcntln ready
    localparam INIT = 6'b000010 ; 
    localparam FREEZE = 6'b100010 ; 
    localparam STOP = 6'b110010 ; 
    localparam DDR = 6'b111010 ; 
    localparam PAUSE = 6'b000110 ; 
    localparam UDDCNTLN = 6'b000100 ; 
    localparam READY = 6'b000011 ; 
    localparam UPDATE_PAUSE = 6'b000111 ; 
    localparam UPDATE_UDDCNTLN = 6'b000101 ; 
    // Maximum Count
    localparam COUNT_8T = 15 ; // 7; // 8T timing 
    localparam COUNT_4T = 7 ; // 3; // 4T timing
    localparam COUNT_LOCK = 13 ; // 5; // 8T timing for synchronized lock
    // -------------------------------------------------
    //  CONTINUOUS ASSIGNMENTS
    // -------------------------------------------------
    (* syn_preserve=1 *) reg ready_r ; 
    wire ready ; 
    assign ready = cs_memsync[0] ; 
    assign uddcntln_o = cs_memsync[1] ; 
    assign pause_o = cs_memsync[2] ; 
    assign ddr_rst_d = cs_memsync[3] ; 
    assign stop_o = cs_memsync[4] ; 
    assign freeze_o = cs_memsync[5] ; 
    //assign ddr_rst   = ddr_rst_d || ddr_rst_d1;
    // Assert counter_4t to count only up to CNT_4T parameter
    assign counter_4t = (cs_memsync[5] || cs_memsync[2]) ; 
    // -------------------------------------------------
    //  SYNCHRONIZER FOR DLL_LOCK and clock update
    // -------------------------------------------------
    reg [3:0] dll_lock_i_r ; 
    always
        @(posedge sync_clk_i or 
            negedge sync_rst_n_i)
        begin
            if ((!sync_rst_n_i)) 
                begin
                    lock_d1 <=  1'b0 ;
                    lock_d2 <=  1'b0 ;
                    ddr_rst_en_r <=  1'b1 ;
                    sync_clk_update_sr0 <=  1'b0 ;
                    sync_clk_update_sr1 <=  1'b0 ;
                    sync_clk_update_sr2 <=  1'b0 ;
                    dll_lock_i_r <=  4'b1111 ;
                end
            else
                begin
                    lock_d1 <=  (dll_lock_i & pll_lock_i) ;
                    lock_d2 <=  lock_d1 ;
                    if (((cs_memsync == READY) && update_w)) 
                        ddr_rst_en_r <=  1'b0 ;
                    else
                        if (((cs_memsync == STOP) && flag[0])) 
                            // reset phase is done
                            ddr_rst_en_r <=  1'b1 ;
                    sync_clk_update_sr0 <=  ddr_clk_update_i_r ;
                    sync_clk_update_sr1 <=  sync_clk_update_sr0 ;
                    sync_clk_update_sr2 <=  sync_clk_update_sr1 ;
                    dll_lock_i_r <=  {dll_lock_i_r[2:0],
                            dll_lock_i} ;
                end
        end
    // -------------------------------------------------
    //  CURRENT STATE & OUTPUT REGISTERS
    // -------------------------------------------------
    wire sync_reset ; 
    assign sync_reset = (((~sync_rst_n_i) | sync_clk_update_o) | (dll_lock_i_r[3:2] == 2'b10)) ; 
    always
        @(posedge sync_clk_i or 
            posedge sync_reset)
        begin
            if (sync_reset) 
                begin
                    cs_memsync <=  INIT ;
                    ready_r <=  1'b0 ;
                    ddr_rst_d1 <=  1'b1 ;
                    dll_rst_o <=  1'b1 ;
                    flag <=  2'b00 ;
                end
            else
                begin
                    cs_memsync <=  ns_memsync ;
                    ready_r <=  ns_memsync[0] ;
                    ddr_rst_d1 <=  1'b0 ;
                    dll_rst_o <=  1'b0 ;
                    flag <=  flag_d ;
                end
        end
    wire friz2init_tgle_w = (friz2init_tgle_sr2 ^ friz2init_tgle_sr1) ; 
    wire dll_rst_in_w = ((!sync_rst_n_i) | (friz2init_tgle_w & dll_update_en_i)) ; 
    reg dll_rst_in_r ; 
    // DLL reset synchronizer use SCLK since ECLK is very fast for the fabric
    // This is OK since SCLK is in sync with ECLK
    always
        @(posedge sclk_i or 
            posedge dll_rst_in_w)
        begin
            if (dll_rst_in_w) 
                begin
                    dll_rst_in_r <=  1'b1 ;
                    //dll_rst_o         <= 1'b1;
                end
            else
                begin
                    dll_rst_in_r <=  1'b0 ;
                    //dll_rst_o         <= dll_rst_in_r;
                end
        end
    //reg ddr_rst_in_w = sync_rst_o | (ddr_rst_d & ddr_rst_en_r);
    //reg ddr_rst_in_r;
    // DDR primitives reset synchronizer
    // This is sync to sync_clk_i because ddr clock is stopped during reset
    //always @ (posedge sync_clk_i or posedge sync_rst_o) begin
    //  if (sync_rst_o) begin
    //    ddr_rst_in_r      <= 1'b1;
    //    ddr_rst_o         <= 1'b1;
    //  end
    //  else begin
    //    ddr_rst_in_r      <= 1'b0;
    //    //ddr_rst_o         <= ddr_rst_in_r | (ddr_rst_d & ddr_rst_en_r);
    //    ddr_rst_o         <= ddr_rst_in_r | ddr_rst_d;// ns_memsync[3];
    //  end
    //end
    // DDR primitives have different reset time  
    assign ddr_rst_o = ddr_rst_d ; // ns_memsync[3];
    reg [2:0] freeze_sr ; 
    reg freeze2init ; 
    (* syn_preserve=1 *) reg clk_update_r ; 
    reg clk_update_d1_r ; 
    reg clk_update_d2_r ; 
    reg clk_update_d3_r ; 
    reg clk_update_d4_r ; 
    reg ddr_ck_en_r ; 
    reg ready_r0 ; 
    reg ready_r1 ; 
    reg ready_r2 ; 
    wire ddr_clk_update_rise = ((!clk_update_r) && ddr_clk_update_i) ; // ddr_clk_update_i asserts
    assign sync_clk_update_o = ((~sync_clk_update_sr2) & sync_clk_update_sr1) ; 
    assign sync_clk_sel_o = ddr_clk_sel_d2_r ; 
    always
        @(posedge sclk_i or 
            posedge rst_i)
        begin
            if (rst_i) 
                begin
                    ddr_ck_en_o <=  1'b1 ;
                    freeze_sr <=  3'h0 ;
                    ddr_clk_update_i_r <=  1'b0 ;
                    clk_update_r <=  1'b0 ;
                    clk_update_d1_r <=  1'b0 ;
                    clk_update_d2_r <=  1'b0 ;
                    clk_update_d3_r <=  1'b0 ;
                    clk_update_d4_r <=  1'b0 ;
                    ready_r0 <=  1'b0 ;
                    ready_r1 <=  1'b0 ;
                    ready_r2 <=  1'b0 ;
                    ready_o <=  1'b0 ;
                    friz2init_tgle_sr0 <=  1'b0 ;
                    friz2init_tgle_sr1 <=  1'b0 ;
                    friz2init_tgle_sr2 <=  1'b0 ;
                    ddr_ck_en_r <=  1'b0 ;
                    ddr_clk_sel_i_r <=  1'b0 ;
                end
            else
                begin
                    freeze_sr <=  {freeze_sr[1:0],
                            freeze_o} ;
                    // delay clock update until DDR ck_o is disabled
                    ddr_clk_update_i_r <=  ddr_clk_update_i ;
                    clk_update_r <=  ddr_clk_update_i ;
                    clk_update_d1_r <=  clk_update_r ;
                    clk_update_d2_r <=  clk_update_r ;
                    clk_update_d3_r <=  clk_update_d2_r ;
                    clk_update_d4_r <=  clk_update_d3_r ;
                    ready_r0 <=  ready_r ;
                    ready_r1 <=  ready_r0 ;
                    ready_r2 <=  ready_r1 ;
                    ddr_ck_en_r <=  ddr_ck_en_i ;
                    if ((ddr_clk_update_rise || (!ddr_ck_en_i))) 
                        ddr_ck_en_o <=  1'b0 ;
                    else
                        //else if (freeze_sr[2] && !freeze_sr[1])  // freeze negates
                        if ((friz2init_tgle_w || ((!ddr_ck_en_r) && ddr_ck_en_i))) 
                            ddr_ck_en_o <=  1'b1 ;
                    if ((ddr_clk_update_rise || (ready_r2 && (!ready_r1)))) 
                        ready_o <=  1'b0 ;
                    else
                        if (((!ready_r2) && ready_r1)) 
                            // internal ready asserts
                            ready_o <=  1'b1 ;
                    friz2init_tgle_sr0 <=  friz2init_tgle_r ;
                    friz2init_tgle_sr1 <=  friz2init_tgle_sr0 ;
                    friz2init_tgle_sr2 <=  friz2init_tgle_sr1 ;
                    ddr_clk_sel_i_r <=  ddr_clk_sel_i ;
                end
        end
    // -------------------------------------------------
    //  RESET SEQUENCE ONE-HOT FSM
    // -------------------------------------------------
    always
        @(*)
        begin
            ns_memsync = cs_memsync ;
            freeze2init = 1'b0 ;
            case (cs_memsync)
            INIT : 
                // INITIAL STATE
                begin
                    // If there is on-going DLL update, wait for it
                    //      if (count_en_r && dll_update_int_r) begin 
                    //        ns_memsync = cs_memsync;
                    //        flag_d     = flag;
                    //      end 
                    //      // Wait for DDRDLL lock
                    //      else 
                    if (((lock_d2 && (flag == 0)) && (count == COUNT_LOCK))) 
                        begin
                            ns_memsync = FREEZE ;
                            flag_d = flag ;
                        end
                    else
                        if (((flag != 0) && (count == COUNT_8T))) 
                            begin
                                if (flag[1]) 
                                    begin
                                        ns_memsync = READY ;
                                        flag_d = flag ;
                                    end
                                else
                                    if (flag[0]) 
                                        begin
                                            ns_memsync = PAUSE ;
                                            flag_d = 2'd0 ;
                                        end
                            end
                        else
                            begin
                                ns_memsync = cs_memsync ;
                                flag_d = flag ;
                            end
                end
            FREEZE : 
                // ASSERT FREEZE STATE
                begin
                    if ((count == COUNT_4T)) 
                        begin
                            if (flag[0]) 
                                begin
                                    //if (sync_clk_update_done_i) begin
                                    freeze2init = 1'b1 ;
                                    ns_memsync = INIT ;
                                    flag_d = flag ;
                                    //end
                                    //else begin // delay the transition
                                    //  ns_memsync = cs_memsync;
                                    //  flag_d     = flag;
                                    //end
                                end
                            else
                                begin
                                    ns_memsync = STOP ;
                                    flag_d = flag ;
                                end
                        end
                    else
                        begin
                            ns_memsync = cs_memsync ;
                            flag_d = flag ;
                        end
                end
            STOP : 
                // ASSERT STOP STATE
                begin
                    if ((count == COUNT_4T)) 
                        begin
                            if (flag[0]) 
                                begin
                                    ns_memsync = FREEZE ;
                                    flag_d = flag ;
                                end
                            else
                                begin
                                    ns_memsync = DDR ;
                                    flag_d = flag ;
                                end
                        end
                    else
                        begin
                            ns_memsync = cs_memsync ;
                            flag_d = flag ;
                        end
                end
            DDR : 
                // ASSERT DDR_RST STATE
                begin
                    flag_d = 2'd1 ;
                    if ((count == COUNT_4T)) 
                        begin
                            ns_memsync = STOP ;
                        end
                    else
                        begin
                            ns_memsync = cs_memsync ;
                        end
                end
            PAUSE : 
                // ASSERT PAUSE STATE
                begin
                    if ((count == COUNT_4T)) 
                        begin
                            if (flag[0]) 
                                begin
                                    ns_memsync = INIT ;
                                    flag_d = 2'd2 ;
                                end
                            else
                                begin
                                    //if (dll_update_int_r) begin
                                    ns_memsync = UDDCNTLN ;
                                    flag_d = flag ;
                                    //end
                                    //else begin
                                    //  ns_memsync = PAUSE;   // dont assert UDDCNTLN 
                                    //  flag_d     = 2'd1;
                                    //end
                                end
                        end
                    else
                        begin
                            ns_memsync = cs_memsync ;
                            flag_d = flag ;
                        end
                end
            UDDCNTLN : 
                // ASSERT UDDCNTLN STATE
                begin
                    flag_d = 2'd1 ;
                    if ((count == COUNT_4T)) 
                        begin
                            ns_memsync = PAUSE ;
                        end
                    else
                        begin
                            ns_memsync = cs_memsync ;
                        end
                end
            READY : 
                // ASSERT READY STATE
                begin
                    flag_d = 2'd0 ;
                    // Check if DDRDLL is still locked
                    if ((!lock_d2)) 
                        begin
                            ns_memsync = INIT ;
                        end
                    else
                        // Check if there is an update request
                        //else if (update_w) begin
                        //    ns_memsync = FREEZE;
                        //    flag_d = 3'd0;
                        //end
                        begin
                            ns_memsync = cs_memsync ;
                        end
                end
            default : 
                // Default State
                begin
                    ns_memsync = cs_memsync ;
                    flag_d = flag ;
                end
            endcase 
        end
    // -------------------------------------------------
    //  COUNTER
    // -------------------------------------------------
    always
        @(posedge sync_clk_i or 
            negedge sync_rst_n_i)
        begin
            if ((!sync_rst_n_i)) 
                begin
                    count <=  'h0 ;
                end
            else
                if (((((counter_4t && (count == COUNT_4T)) || ((cs_memsync == INIT) && (!lock_d2))) || ((flag == 0) && (count == COUNT_LOCK))) || ((cs_memsync == READY) && ready))) 
                    begin
                        count <=  'h0 ;
                    end
                else
                    begin
                        count <=  (count + 3'd1) ;
                    end
        end
    //// Reset generation
    //always @(posedge sync_clk_i or posedge rst_i) begin
    //  if (rst_i) begin
    //     rst_r         <= 1'b1;
    //     sync_rst_o    <= 1'b1;
    //  end
    //  else begin
    //     rst_r         <= 1'b0;
    //     sync_rst_o    <= rst_r;
    //  end
    //end
    assign update_w = ((~update_sr2) & update_sr1) ; // rising edge after double FF
    reg freeze_r ; 
    assign friz2init_tgle_nxt = (freeze2init ? (~friz2init_tgle_rep_r) : friz2init_tgle_rep_r) ; 
    always
        @(posedge sync_clk_i or 
            negedge sync_rst_n_i)
        begin
            if ((!sync_rst_n_i)) 
                begin
                    op_clk_en_o <=  1'b1 ;//~POWER_ON_CLK_CBT[0];
                    freeze_r <=  1'b0 ;
                    update_sr0 <=  1'b0 ;
                    update_sr1 <=  1'b0 ;
                    update_sr2 <=  1'b0 ;
                    update_r <=  1'b0 ;
                    ddr_clk_sel_d1_r <=  1'b0 ;
                    ddr_clk_sel_d2_r <=  1'b0 ;
                    dll_update_d1_r <=  1'b0 ;
                    dll_update_d2_r <=  1'b0 ;
                    dll_update_int_r <=  1'b1 ;
                    friz2init_tgle_r <=  1'b0 ;
                    friz2init_tgle_rep_r <=  1'b0 ;
                end
            else
                begin
                    update_sr0 <=  clk_update_d4_r ;// need to delay until ddr_ck_o disables to 1'b0
                    update_sr1 <=  update_sr0 ;
                    update_sr2 <=  update_sr1 ;
                    ddr_clk_sel_d1_r <=  ddr_clk_sel_i_r ;
                    ddr_clk_sel_d2_r <=  ddr_clk_sel_d1_r ;
                    dll_update_d1_r <=  dll_update_en_i ;
                    dll_update_d2_r <=  dll_update_d1_r ;
                    if (update_w) 
                        begin
                            dll_update_int_r <=  dll_update_d2_r ;
                            update_r <=  1'b1 ;// indicates on-going clock frequency change
                        end
                    else
                        if (ready) 
                            begin
                                dll_update_int_r <=  1'b0 ;
                                update_r <=  1'b0 ;
                            end
                    freeze_r <=  cs_memsync[4] ;
                    if (freeze_r) 
                        begin
                            // disable clocks during FREEZE
                            op_clk_en_o <=  1'b0 ;
                        end
                    else
                        if (freeze2init) 
                            begin
                                op_clk_en_o <=  1'b1 ;
                            end
                    friz2init_tgle_r <=  friz2init_tgle_nxt ;
                    friz2init_tgle_rep_r <=  friz2init_tgle_nxt ;
                end
        end
    reg [(17 * 8):1] cs_memsync_str ; 
    always
        @(*)
        begin
            case (cs_memsync)
            INIT : 
                cs_memsync_str <=  "INIT" ;
            FREEZE : 
                cs_memsync_str <=  "FREEZE" ;
            STOP : 
                cs_memsync_str <=  "STOP" ;
            DDR : 
                cs_memsync_str <=  "DDR" ;
            PAUSE : 
                cs_memsync_str <=  "PAUSE" ;
            UDDCNTLN : 
                cs_memsync_str <=  "UDDCNTLN" ;
            READY : 
                cs_memsync_str <=  "READY" ;
            UPDATE_PAUSE : 
                cs_memsync_str <=  "UPDATE_PAUSE" ;
            UPDATE_UDDCNTLN : 
                cs_memsync_str <=  "UPDATE_UDDCNTLN" ;
            default : 
                cs_memsync_str <=  "INVALID" ;
            endcase 
        end

//mem_sync
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2023 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lscc_ddr_mem_lpddr4.v
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2023 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : mem_sync.v
// Title                 :
// Dependencies          : 
// Description           :
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             : 
// Mod. Date             : 11.07.2019
// Changes Made          : Initial release.
// =============================================================================
// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2023 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : clock_sync.v
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             : 
// Mod. Date             : 27.05.2020
// Changes Made          : Initial release.
// =============================================================================
// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2023 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : ca_grp.v
// Title                 :
// Dependencies          : 
// Description           :
// =============================================================================
module mem_ipgen_ca_grp #(parameter integer CS_WIDTH = 1, 
        parameter integer ODT_WIDTH = 1, 
        parameter integer CK_WIDTH = 1, 
        parameter integer CA_WIDTH = 6, 
        parameter integer GEARING = 4, 
        parameter CK_DELAY_VAL = "60") (
    // -----------------------------------------------------------------------------
    // Module Parameters
    // -----------------------------------------------------------------------------
    // Currently fixed to 1
    // 6 for LPDDR4
    // -----------------------------------------------------------------------------
    // Input/Output Ports
    // -----------------------------------------------------------------------------
    // Clock and reset
    input eclk_i, 
    input rst_i, 
    input ddr_rst_i, 
    input sclk_i, 
    input ck_en_i, 
    input ready_i, 
    // User Interface
    input [((GEARING * ODT_WIDTH) - 1):0] odt_i, 
    input ck_oe_n_i, 
    input [((GEARING * CK_WIDTH) - 1):0] cke_i, 
    input ca_oe_n_i, 
    input [((GEARING * CS_WIDTH) - 1):0] cs_i, 
    input [((GEARING * CA_WIDTH) - 1):0] ca_i, 
    input reset_n_i, 
    // LPDDR4 Interface
    //output [CK_WIDTH-1:0]          ck_t_o,
    //output [CK_WIDTH-1:0]          ck_c_o,
    output [(CK_WIDTH - 1):0] ck_o, 
    output [(CK_WIDTH - 1):0] cke_o, 
    output [(CS_WIDTH - 1):0] cs_o, 
    output [(CA_WIDTH - 1):0] ca_o, 
    output [(ODT_WIDTH - 1):0] odt_o, 
    output reg reset_n_o, 
    // Per Bit Delay Adjustment
    input [(CS_WIDTH - 1):0] cs_adj_load_n_i, 
    input [(CS_WIDTH - 1):0] cs_adj_move_i, 
    input [(CS_WIDTH - 1):0] cs_adj_dir_i, 
    output [(CS_WIDTH - 1):0] cs_adj_cout_o, 
    input ca_adj_load_n_i, 
    input ca_adj_move_i, 
    input ca_adj_dir_i, 
    output ca_adj_cout_o) ;
    // -----------------------------------------------------------------------------
    // Wire Declarations
    // -----------------------------------------------------------------------------
    wire [(CK_WIDTH - 1):0] ck_t_o_w ; 
    //wire [CK_WIDTH-1:0]             ck_c_o_w;
    wire [(CS_WIDTH - 1):0] cs_o_w ; 
    wire [(ODT_WIDTH - 1):0] odt_o_w ; 
    wire [(CK_WIDTH - 1):0] cke_o_w ; 
    wire [(CA_WIDTH - 1):0] ca_o_w ; 
    wire [(CK_WIDTH - 1):0] ck_t_w ; 
    //wire [CK_WIDTH-1:0]             ck_c_w ;
    wire [(CS_WIDTH - 1):0] cs_w ; 
    wire [(ODT_WIDTH - 1):0] odt_w ; 
    wire [(CK_WIDTH - 1):0] cke_w ; 
    wire [(CA_WIDTH - 1):0] ca_w ; 
    wire [(CA_WIDTH - 1):0] ca_adj_cout_w ; 
    reg [(CA_WIDTH - 1):0] ca_adj_cout_r ; 
    reg [(CK_WIDTH - 1):0] cke_last_r ; 
    localparam ST_W = 3 ; 
    localparam ST_IDLE = 3'h0 ; 
    localparam ST_LOADN = 3'h1 ; 
    localparam ST_LDMOV = 3'h2 ; 
    localparam ST_LOAD = 3'h3 ; 
    localparam ST_WAIT = 3'h4 ; 
    localparam ST_MOV = 3'h5 ; 
    localparam ST_DONE = 3'h6 ; 
    localparam LAST_CNT = (CK_DELAY_VAL << 1) ; 
    reg ck_adj_load_n_r ; 
    reg ck_adj_move_r ; 
    reg [7:0] ck_cntr_r ; 
    reg [(ST_W - 1):0] CK_AdjCurrState ; 
    reg [(ST_W - 1):0] CK_AdjNextState ; 
    wire cnt_eq_3_w ; 
    wire cnt_eq_4_w ; 
    wire cnt_done_w ; 
    assign cnt_eq_3_w = (ck_cntr_r[1:0] == 2'h3) ; 
    //assign cnt_eq_4_w = ck_cntr_r[2:0] == 3'h4;
    assign cnt_done_w = (ck_cntr_r == LAST_CNT[7:0]) ; 
    assign ca_adj_cout_o = (|ca_adj_cout_r) ; 
    // -----------------------------------------------------------------------------
    // Generate Variables
    // -----------------------------------------------------------------------------
    genvar i ; 
    // -----------------------------------------------------------------------------
    // Submodule Instantiations
    // -----------------------------------------------------------------------------
    always
        @(posedge sclk_i or 
            posedge rst_i)
        begin
            if (rst_i) 
                cke_last_r <=  'b0 ;
            else
                cke_last_r <=  cke_i[((GEARING - 1) * CK_WIDTH) +: CK_WIDTH] ;
        end
    always
        @(*)
        begin
            CK_AdjNextState = CK_AdjCurrState ;
            case (CK_AdjCurrState)
            ST_IDLE : 
                CK_AdjNextState = (ready_i ? ST_LOADN : ST_IDLE) ;
            ST_LOADN : 
                CK_AdjNextState = (cnt_eq_3_w ? ST_LDMOV : ST_LOADN) ;
            ST_LDMOV : 
                CK_AdjNextState = (cnt_eq_3_w ? ST_LOAD : ST_LDMOV) ;
            ST_LOAD : 
                CK_AdjNextState = (cnt_eq_3_w ? ST_WAIT : ST_LOAD) ;
            ST_WAIT : 
                CK_AdjNextState = (cnt_eq_3_w ? ST_MOV : ST_WAIT) ;
            ST_MOV : 
                CK_AdjNextState = (cnt_done_w ? ST_DONE : ST_MOV) ;
            ST_DONE : 
                CK_AdjNextState = ST_DONE ;
            default : 
                // only rst_i can move out of ST_DONE
                CK_AdjNextState = ST_IDLE ;
            endcase 
        end
    always
        @(posedge sclk_i or 
            posedge rst_i)
        begin
            if (rst_i) 
                CK_AdjCurrState <=  ST_IDLE ;
            else
                CK_AdjCurrState <=  CK_AdjNextState ;
        end
    always
        @(posedge sclk_i or 
            posedge rst_i)
        begin
            if (rst_i) 
                begin
                    ck_adj_load_n_r <=  1'b1 ;
                    ck_adj_move_r <=  1'b0 ;
                end
            else
                begin
                    ck_adj_load_n_r <=  (~(((CK_AdjCurrState == ST_LOADN) | (CK_AdjCurrState == ST_LDMOV)) | (CK_AdjCurrState == ST_LOAD))) ;
                    ck_adj_move_r <=  ((CK_AdjCurrState == ST_LDMOV) | ((CK_AdjCurrState == ST_MOV) & ck_cntr_r[0])) ;
                    if ((CK_AdjCurrState == ST_IDLE)) 
                        ck_cntr_r <=  8'h00 ;
                    else
                        if (((CK_AdjCurrState == ST_WAIT) && cnt_eq_3_w)) 
                            ck_cntr_r <=  8'h00 ;
                        else
                            if ((CK_AdjCurrState == ST_DONE)) 
                                ck_cntr_r <=  ck_cntr_r ;
                            else
                                // dont increment
                                ck_cntr_r <=  (ck_cntr_r + 8'h01) ;
                end
        end
    generate
        // CK Generation Logic
        for (i = 0;(i < CK_WIDTH);i = (i + 1))
        begin : CK
            if ((GEARING == 2)) 
            //      BB u_CK_c_BB (
            //         .B          (ck_c_o[i]  ),
            //         .I          (ck_c_o_w[i]),
            //         .T          (ck_oe_n_i  ),
            //         .O          (           ));  // No data coming in
                begin : CK_X2
                    ODDRX4 u_CK_t (.D0(1'b0), 
                                .D1(ck_en_i), 
                                .D2(1'b0), 
                                .D3(ck_en_i), 
                                .SCLK(sclk_i), 
                                .RST(ddr_rst_i), 
                                .ECLK(eclk_i), 
                                .Q(ck_t_w[i])) ; 
                end
            else
                begin : CK_X4
                    ODDRX4 u_CK_t (.D0(1'b0), 
                                .D1(ck_en_i), 
                                .D2(1'b0), 
                                .D3(ck_en_i), 
                                .D4(1'b0), 
                                .D5(ck_en_i), 
                                .D6(1'b0), 
                                .D7(ck_en_i), 
                                .SCLK(sclk_i), 
                                .RST(ddr_rst_i), 
                                .ECLK(eclk_i), 
                                .Q(ck_t_w[i])) ; 
                end
            //      DELAYB #(
            //         .DEL_MODE ("USER_DEFINED"),
            //         .DEL_VALUE(CK_DELAY_VAL  ))
            //      u_CK_DLB (
            //         .A   (ck_w[i]), 
            //         .Z   (ck_o_w[i]));
            DELAYA #(.DEL_MODE("USER_DEFINED"),
                    .DEL_VALUE("0")) u_CK_t_DLA (//.DEL_MODE("DQS_CMD_CLK"  ))
                    .A(ck_t_w[i]), 
                        .LOAD_N(ck_adj_load_n_r), 
                        .MOVE(ck_adj_move_r), 
                        .DIRECTION(1'b0),  // always increment
                    .COARSE0(1'b0),  // Check behavior
                    .COARSE1(1'b0),  // Check behavior
                    .Z(ck_t_o_w[i]), 
                        .EDETERR(),  // open
                    .CFLAG(), 
                        .RANKSELECT(1'b0), 
                        .RANKENABLE(1'b0), 
                        .RANK0UPDATE(1'b0), 
                        .RANK1UPDATE(1'b0)) ; 
            //      DELAYA #(
            //         .DEL_MODE ("USER_DEFINED"),
            //         .DEL_VALUE("0"           ))
            //         //.DEL_MODE("DQS_CMD_CLK"  ))
            //      u_CK_c_DLA (
            //         .A          (ck_c_w[i]      ), 
            //         .LOAD_N     (ck_adj_load_n_r), 
            //         .MOVE       (ck_adj_move_r  ), 
            //         .DIRECTION  (1'b0           ), // always increment
            //         .COARSE0    (1'b0           ), // Check behavior
            //         .COARSE1    (1'b0           ), // Check behavior
            //         .Z          (ck_c_o_w[i]    ), 
            //         .EDETERR    (               ), // open
            //         .CFLAG      (               ), 
            //         .RANKSELECT (1'b0           ), 
            //         .RANKENABLE (1'b0           ), 
            //         .RANK0UPDATE(1'b0           ), 
            //         .RANK1UPDATE(1'b0           ));
            BB u_CK_t_BB (//         .B          (ck_t_o[i]  ),
                    .B(ck_o[i]), 
                        .I(ck_t_o_w[i]), 
                        .T(ck_oe_n_i), 
                        .O()) ; // No data coming in
        end
        // CKE Generation Logic
        for (i = 0;(i < CK_WIDTH);i = (i + 1))
        begin : CKE
            if ((GEARING == 2)) 
                begin : CKE_X2
                    ODDRX2 u_CKE (.D0(cke_i[((0 * CK_WIDTH) + i)]), 
                                .D1(cke_i[((0 * CK_WIDTH) + i)]), 
                                .D2(cke_i[((1 * CK_WIDTH) + i)]), 
                                .D3(cke_i[((1 * CK_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(ddr_rst_i), 
                                .Q(cke_w[i])) ; 
                end
            else
                begin : CKE_X4
                    ODDRX4 u_CKE (.D0(cke_i[((0 * CK_WIDTH) + i)]), 
                                .D1(cke_i[((0 * CK_WIDTH) + i)]), 
                                .D2(cke_i[((1 * CK_WIDTH) + i)]), 
                                .D3(cke_i[((1 * CK_WIDTH) + i)]), 
                                .D4(cke_i[((2 * CK_WIDTH) + i)]), 
                                .D5(cke_i[((2 * CK_WIDTH) + i)]), 
                                .D6(cke_i[((3 * CK_WIDTH) + i)]), 
                                .D7(cke_i[((3 * CK_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(ddr_rst_i), 
                                .Q(cke_w[i])) ; 
                end
            //      DELAYB #(
            //         .DEL_MODE ("USER_DEFINED"),
            //         .DEL_VALUE(CK_DELAY_VAL  ))
            //         //.DEL_MODE("DQS_CMD_CLK"  ))
            //      u_CKE_DLB (
            //         .A   (cke_w[i]), 
            //         .Z   (cke_o_w[i]));
            DELAYA #(.DEL_MODE("USER_DEFINED"),
                    .DEL_VALUE("0")) u_CKE_DLA (//.DEL_MODE("DQS_CMD_CLK"  ))
                    .A(cke_w[i]), 
                        .LOAD_N(ck_adj_load_n_r), 
                        .MOVE(ck_adj_move_r), 
                        .DIRECTION(1'b0),  // always increment
                    .COARSE0(1'b0),  // Check behavior
                    .COARSE1(1'b0),  // Check behavior
                    .Z(cke_o_w[i]), 
                        .EDETERR(),  // open
                    .CFLAG(), 
                        .RANKSELECT(1'b0), 
                        .RANKENABLE(1'b0), 
                        .RANK0UPDATE(1'b0), 
                        .RANK1UPDATE(1'b0)) ; 
            BB u_CKE_BB (.B(cke_o[i]), 
                        .I(cke_o_w[i]), 
                        .T(ck_oe_n_i), 
                        .O()) ; // No data coming in
        end
        // ODT Generation Logic
        for (i = 0;(i < ODT_WIDTH);i = (i + 1))
        begin : ODT
            if ((GEARING == 2)) 
            // for loop (ODT)
                begin : ODT_X2
                    //         OSHX2 u_ODT (
                    //            .D0  (odt_i[0*CS_WIDTH+i]), 
                    //            .D1  (odt_i[1*CS_WIDTH+i]), 
                    //            .ECLK(eclk_i     ), 
                    //            .SCLK(sclk_i     ), 
                    //            .RST (ddr_rst_i  ), 
                    //            .Q   (odt_w[i]    ));
                    ODDRX2 u_ODT (.D0(odt_i[((0 * CK_WIDTH) + i)]), 
                                .D1(odt_i[((0 * CK_WIDTH) + i)]), 
                                .D2(odt_i[((1 * CK_WIDTH) + i)]), 
                                .D3(odt_i[((1 * CK_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(ddr_rst_i), 
                                .Q(odt_w[i])) ; 
                end
            else
                begin : ODT_X4
                    //         OSHX4 u_ODT (
                    //            .D0  (odt_i[0*ODT_WIDTH+i]), 
                    //            .D1  (odt_i[1*ODT_WIDTH+i]), 
                    //            .D2  (odt_i[2*ODT_WIDTH+i]), 
                    //            .D3  (odt_i[3*ODT_WIDTH+i]), 
                    //            .ECLK(eclk_i      ), 
                    //            .SCLK(sclk_i      ), 
                    //            .RST (ddr_rst_i   ), 
                    //            .Q   (odt_w[i]    ));
                    ODDRX4 u_ODT (.D0(odt_i[((0 * ODT_WIDTH) + i)]), 
                                .D1(odt_i[((0 * ODT_WIDTH) + i)]), 
                                .D2(odt_i[((1 * ODT_WIDTH) + i)]), 
                                .D3(odt_i[((1 * ODT_WIDTH) + i)]), 
                                .D4(odt_i[((2 * ODT_WIDTH) + i)]), 
                                .D5(odt_i[((2 * ODT_WIDTH) + i)]), 
                                .D6(odt_i[((3 * ODT_WIDTH) + i)]), 
                                .D7(odt_i[((3 * ODT_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(ddr_rst_i), 
                                .Q(odt_w[i])) ; 
                end
            //      DELAYB #(
            //         .DEL_MODE ("USER_DEFINED"),
            //         .DEL_VALUE(CK_DELAY_VAL  ))
            //      u_ODT_DLB (
            //         .A   (odt_w[i]), 
            //         .Z   (odt_o_w[i]));
            DELAYA #(.DEL_MODE("USER_DEFINED"),
                    .DEL_VALUE("0")) u_ODT_DLA (//.DEL_MODE("DQS_CMD_CLK"  ))
                    .A(odt_w[i]), 
                        .LOAD_N(ck_adj_load_n_r), 
                        .MOVE(ck_adj_move_r), 
                        .DIRECTION(1'b0),  // always increment
                    .COARSE0(1'b0),  // Check behavior
                    .COARSE1(1'b0),  // Check behavior
                    .Z(odt_o_w[i]), 
                        .EDETERR(),  // open
                    .CFLAG(), 
                        .RANKSELECT(1'b0), 
                        .RANKENABLE(1'b0), 
                        .RANK0UPDATE(1'b0), 
                        .RANK1UPDATE(1'b0)) ; 
            BB u_ODT_BB (.B(odt_o[i]), 
                        .I(odt_o_w[i]), 
                        .T(ca_oe_n_i), 
                        .O()) ; // No data coming in
        end
        // CS Generation Logic
        for (i = 0;(i < CS_WIDTH);i = (i + 1))
        begin : CS
            if ((GEARING == 2)) 
                begin : CS__X2
                    OSHX2 u_CS (.D0(cs_i[((0 * CS_WIDTH) + i)]), 
                                .D1(cs_i[((1 * CS_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(ddr_rst_i), 
                                .Q(cs_w[i])) ; 
                end
            else
                begin : CS_X4
                    //         OSHX4 u_CS (
                    //            .D0  (cs_i[0*CS_WIDTH+i]), 
                    //            .D1  (cs_i[1*CS_WIDTH+i]), 
                    //            .D2  (cs_i[2*CS_WIDTH+i]), 
                    //            .D3  (cs_i[3*CS_WIDTH+i]), 
                    //            .ECLK(eclk_i     ), 
                    //            .SCLK(sclk_i     ), 
                    //            .RST (ddr_rst_i  ), 
                    //            .Q   (cs_w[i]    ));
                    ODDRX4 u_CS (.D0(cs_i[((0 * CS_WIDTH) + i)]), 
                                .D1(cs_i[((0 * CS_WIDTH) + i)]), 
                                .D2(cs_i[((1 * CS_WIDTH) + i)]), 
                                .D3(cs_i[((1 * CS_WIDTH) + i)]), 
                                .D4(cs_i[((2 * CS_WIDTH) + i)]), 
                                .D5(cs_i[((2 * CS_WIDTH) + i)]), 
                                .D6(cs_i[((3 * CS_WIDTH) + i)]), 
                                .D7(cs_i[((3 * CS_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(ddr_rst_i), 
                                .Q(cs_w[i])) ; 
                end
            DELAYA #(.DEL_MODE("USER_DEFINED"),
                    .DEL_VALUE("0")) u_CS_DLA (//.DEL_MODE("DQS_CMD_CLK"  ))
                    .A(cs_w[i]), 
                        .LOAD_N(cs_adj_load_n_i[i]), 
                        .MOVE(cs_adj_move_i[i]), 
                        .DIRECTION(cs_adj_dir_i[i]), 
                        .COARSE0(1'b0),  // Check behavior
                    .COARSE1(1'b0),  // Check behavior
                    .Z(cs_o_w[i]), 
                        .EDETERR(),  // open
                    .CFLAG(cs_adj_cout_o[i]), 
                        .RANKSELECT(1'b0), 
                        .RANKENABLE(1'b0), 
                        .RANK0UPDATE(1'b0), 
                        .RANK1UPDATE(1'b0)) ; 
            BB u_CS_BB (.B(cs_o[i]), 
                        .I(cs_o_w[i]), 
                        .T(ca_oe_n_i), 
                        .O()) ; // No data coming in
        end
        // CA Generation Logic
        for (i = 0;(i < CA_WIDTH);i = (i + 1))
        begin : CA
            if ((GEARING == 2)) 
                begin : CA_X2
                    OSHX2 u_CA (.D0(ca_i[((0 * CA_WIDTH) + i)]), 
                                .D1(ca_i[((1 * CA_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(ddr_rst_i), 
                                .Q(ca_w[i])) ; 
                end
            else
                begin : CA_X4
                    //         OSHX4 u_CA (
                    //            .D0  (ca_i[0*CA_WIDTH+i]), 
                    //            .D1  (ca_i[1*CA_WIDTH+i]), 
                    //            .D2  (ca_i[2*CA_WIDTH+i]), 
                    //            .D3  (ca_i[3*CA_WIDTH+i]), 
                    //            .ECLK(eclk_i     ), 
                    //            .SCLK(sclk_i     ), 
                    //            .RST (ddr_rst_i  ), 
                    //            .Q   (ca_w[i]    ));
                    ODDRX4 u_CA (.D0(ca_i[((0 * CA_WIDTH) + i)]), 
                                .D1(ca_i[((0 * CA_WIDTH) + i)]), 
                                .D2(ca_i[((1 * CA_WIDTH) + i)]), 
                                .D3(ca_i[((1 * CA_WIDTH) + i)]), 
                                .D4(ca_i[((2 * CA_WIDTH) + i)]), 
                                .D5(ca_i[((2 * CA_WIDTH) + i)]), 
                                .D6(ca_i[((3 * CA_WIDTH) + i)]), 
                                .D7(ca_i[((3 * CA_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(ddr_rst_i), 
                                .Q(ca_w[i])) ; 
                end
            DELAYA #(.DEL_MODE("USER_DEFINED"),
                    .DEL_VALUE("0")) u_CA_DLA (.A(ca_w[i]), 
                        .LOAD_N(ca_adj_load_n_i), 
                        .MOVE(ca_adj_move_i), 
                        .DIRECTION(ca_adj_dir_i), 
                        .COARSE0(1'b0),  // Check behavior
                    .COARSE1(1'b0),  // Check behavior
                    .Z(ca_o_w[i]), 
                        .EDETERR(),  // open
                    .CFLAG(ca_adj_cout_w[i]), 
                        .RANKSELECT(1'b0), 
                        .RANKENABLE(1'b0), 
                        .RANK0UPDATE(1'b0), 
                        .RANK1UPDATE(1'b0)) ; 
            BB u_CA_BB (.B(ca_o[i]), 
                        .I(ca_o_w[i]), 
                        .T(ca_oe_n_i), 
                        .O()) ; // No data coming in
        end
    endgenerate
    //// simply making the reset signal synchronized to ECLK
    //OSHX4 u_reset_n (
    //   .D0  (reset_n_i), 
    //   .D1  (reset_n_i), 
    //   .D2  (reset_n_i), 
    //   .D3  (reset_n_i), 
    //   .ECLK(eclk_i   ), 
    //   .SCLK(sclk_i   ), 
    //   .RST (rst_i    ), 
    //   .Q   (reset_n_o));
    // reset going to memory is not affected by other reset so that the controller has full control over it
    //   always @(posedge sclk_i)
    //       reset_n_o <= reset_n_i;
    //   assign reset_n_o = reset_n_i;  // For UCSIP-1278
    always
        @(posedge sclk_i or 
            posedge rst_i)
        if (rst_i) 
            begin
                ca_adj_cout_r <=  1'b0 ;
                reset_n_o <=  1'b0 ;
            end
        else
            begin
                ca_adj_cout_r <=  ca_adj_cout_w ;
                reset_n_o <=  reset_n_i ;// For UCSIP-1278
            end
endmodule



//=============================================================================
// ca_grps.v
//=============================================================================
// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2023 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : dq_dqs_dm_unit.v
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             : 
// Mod. Date             : 11.07.2019
// Changes Made          : Initial release.
// =============================================================================
//`include "mem_sync.v"
module mem_ipgen_dq_dqs_dm_unit #(parameter INTERFACE_TYPE = "LPDDR4", 
        parameter FAMILY = "LFCPNX", 
        parameter DATA_MASK_ENABLE = 1, 
        parameter integer BUS_WIDTH = 16, 
        parameter integer DQS_WIDTH = (BUS_WIDTH / 8), 
        parameter integer GEARING = 4, 
        parameter DQS_RD_DEL_VALUE = "0", 
        parameter DQS_RD_DEL_SIGN = "POSITIVE", 
        parameter DQS_WR_DEL_VALUE = "0", 
        parameter DQS_WR_DEL_SIGN = "POSITIVE") (
    // -----------------------------------------------------------------------------
    // Module Parameters
    // -----------------------------------------------------------------------------
    // -----------------------------------------------------------------------------
    // Input/Output Ports
    // -----------------------------------------------------------------------------
    input eclk_i, 
    input sclk_i, 
    input pause_i, 
    input rst_i, 
    //input                             iddr_rst_i, 
    // User Interface
    input [((DQS_WIDTH * GEARING) - 1):0] dq_oe_n_i, 
    input [(((DQS_WIDTH * GEARING) * 2) - 1):0] dmi_i, 
    input [(((BUS_WIDTH * GEARING) * 2) - 1):0] dq_i, 
    output [(((DQS_WIDTH * GEARING) * 2) - 1):0] dmi_o, 
    output [(((BUS_WIDTH * GEARING) * 2) - 1):0] dq_o, 
    input [((DQS_WIDTH * GEARING) - 1):0] dqs_oe_n_i, 
    input [(((DQS_WIDTH * GEARING) * 2) - 1):0] dqs_i, 
    output [(DQS_WIDTH - 1):0] burst_det_o, 
    output [(DQS_WIDTH - 1):0] burst_det_sclk_o, 
    output [(DQS_WIDTH - 1):0] data_valid_o, 
    output [(DQS_WIDTH - 1):0] rd_section_o, 
    input [6:0] vref_i, 
    input [3:0] rd_i, 
    input [((DQS_WIDTH * 4) - 1):0] rd_clksel_i, 
    input selclk_i, 
    input [8:0] dll_code_i, 
    // Per DQS Group Delay Adjustment
    input [(DQS_WIDTH - 1):0] rd_loadn_i, 
    input [(DQS_WIDTH - 1):0] rd_move_i, 
    input [(DQS_WIDTH - 1):0] rd_dir_i, 
    output [(DQS_WIDTH - 1):0] rd_cout_o, 
    input [(DQS_WIDTH - 1):0] wr_loadn_i, 
    input [(DQS_WIDTH - 1):0] wr_move_i, 
    input [(DQS_WIDTH - 1):0] wr_dir_i, 
    output [(DQS_WIDTH - 1):0] wr_cout_o, 
    input [(DQS_WIDTH - 1):0] wrlvl_loadn_i, 
    input [(DQS_WIDTH - 1):0] wrlvl_move_i, 
    input [(DQS_WIDTH - 1):0] wrlvl_dir_i, 
    output [(DQS_WIDTH - 1):0] wrlvl_cout_o, 
    output [(BUS_WIDTH - 1):0] dqwl_o, 
    // Per Bit Delay Adjustment
    input [(BUS_WIDTH - 1):0] dq_out_adj_load_n_i, 
    input [(BUS_WIDTH - 1):0] dq_out_adj_move_i, 
    input [(BUS_WIDTH - 1):0] dq_out_adj_dir_i, 
    output [(BUS_WIDTH - 1):0] dq_out_adj_cout_o, 
    input [(DQS_WIDTH - 1):0] dmi_out_adj_load_n_i, 
    input [(DQS_WIDTH - 1):0] dmi_out_adj_move_i, 
    input [(DQS_WIDTH - 1):0] dmi_out_adj_dir_i, 
    output [(DQS_WIDTH - 1):0] dmi_out_adj_cout_o, 
    input [(BUS_WIDTH - 1):0] dq_in_adj_load_n_i, 
    input [(BUS_WIDTH - 1):0] dq_in_adj_move_i, 
    input [(BUS_WIDTH - 1):0] dq_in_adj_dir_i, 
    output [(BUS_WIDTH - 1):0] dq_in_adj_cout_o, 
    input [(DQS_WIDTH - 1):0] dmi_in_adj_load_n_i, 
    input [(DQS_WIDTH - 1):0] dmi_in_adj_move_i, 
    input [(DQS_WIDTH - 1):0] dmi_in_adj_dir_i, 
    output [(DQS_WIDTH - 1):0] dmi_in_adj_cout_o, 
    input [(DQS_WIDTH - 1):0] dqs_out_adj_load_n_i, 
    input [(DQS_WIDTH - 1):0] dqs_out_adj_move_i, 
    input [(DQS_WIDTH - 1):0] dqs_out_adj_dir_i, 
    output [(DQS_WIDTH - 1):0] dqs_out_adj_cout_o, 
    // LPDDR4 Interface
    inout [(BUS_WIDTH - 1):0] dq_io, 
    inout [(DQS_WIDTH - 1):0] dqs_io, 
    inout [(DQS_WIDTH - 1):0] dmi_io) ;
    // -----------------------------------------------------------------------------
    // Local Parameters
    // -----------------------------------------------------------------------------
    localparam MODX_VALUE = ((GEARING == 2) ? "MDDRX2" : "MDDRX4") ; 
    localparam DEL_MODE = ((GEARING == 2) ? "DQS_ALIGNED_X2" : "DQS_ALIGNED_X4") ; 
    localparam DMI_WIDTH = (DATA_MASK_ENABLE ? DQS_WIDTH : 0) ; 
    // -----------------------------------------------------------------------------
    // Wire Declarations
    // -----------------------------------------------------------------------------
    wire [(DQS_WIDTH - 1):0] dmi_i_bb_w ; 
    wire [(DQS_WIDTH - 1):0] dqsr90_w ; 
    wire [(DQS_WIDTH - 1):0] dqsw270_w ; 
    wire [((DQS_WIDTH * 3) - 1):0] wrpntr_w ; 
    wire [((DQS_WIDTH * 3) - 1):0] rdpntr_w ; 
    wire [(BUS_WIDTH - 1):0] dq_oddr_w ; 
    wire [(BUS_WIDTH - 1):0] dq_o_odla_w ; 
    wire [(BUS_WIDTH - 1):0] dq_iddr_dla_w ; 
    wire [(BUS_WIDTH - 1):0] dq_i_bb_w ; 
    wire [(DQS_WIDTH - 1):0] dq_ts_w ; 
    wire [(BUS_WIDTH - 1):0] dq_ts_odla_w ; 
    wire [(BUS_WIDTH - 1):0] tout_w ; 
    wire [(DQS_WIDTH - 1):0] dqsw_w ; 
    wire [(DQS_WIDTH - 1):0] dqs_o_w ; 
    wire [(DQS_WIDTH - 1):0] dqs_odla_w ; 
    wire [(DQS_WIDTH - 1):0] dqs_ts_w ; 
    wire [(DQS_WIDTH - 1):0] dqs_ts_odla_w ; 
    wire [(DQS_WIDTH - 1):0] dqs_bb_o_w ; 
    wire [(DQS_WIDTH - 1):0] dmi_oddr_w ; 
    wire [(DQS_WIDTH - 1):0] dmi_o_odla_w ; 
    wire [(DQS_WIDTH - 1):0] dmi_iddr_dla_w ; 
    wire [(DQS_WIDTH - 1):0] dmi_ts_odla_w ; 
    // -----------------------------------------------------------------------------
    // Generate Variables
    // -----------------------------------------------------------------------------
    genvar i ; //, j;
    // -----------------------------------------------------------------------------
    // Assign Statements
    // -----------------------------------------------------------------------------
    assign dqwl_o = dq_iddr_dla_w ; 
    assign tout_w = {8{dq_ts_w}} ; 
    // -----------------------------------------------------------------------------
    // Submodule Instantiations
    // -----------------------------------------------------------------------------
    generate
        for (i = 0;(i < DQS_WIDTH);i = (i + 1))
        begin : DQSBUF
            if ((INTERFACE_TYPE == "LPDDR4")) 
            // for loop DQSBUF
                begin : VREF
                    DQSBUF_IVREF #(.GSR("DISABLED"),
                            .ENABLE_FIFO("ENABLED"),
                            .FORCE_READ("ENABLED"),
                            .FREE_WHEEL("DDR"),
                            .MODX(MODX_VALUE),
                            .MT_EN_READ("ENABLED"),
                            .MT_EN_WRITE("ENABLED"),
                            .MT_EN_WRITE_LEVELING("ENABLED"),
                            .RD_PNTR("0b000"),
                            .READ_ENABLE("ENABLED"),
                            .RX_CENTERED("ENABLED"),
                            .S_READ(DQS_RD_DEL_VALUE),
                            .S_WRITE(DQS_WR_DEL_VALUE),
                            .SIGN_READ(DQS_RD_DEL_SIGN),
                            .SIGN_WRITE(DQS_WR_DEL_SIGN),
                            .UPDATE_QU("UP1_AND_UP0_SAME"),
                            .WRITE_ENABLE("ENABLED"),
                            .SEL_READ_BIT_ENABLE_CYCLES("NORMAL"),
                            .BYPASS_WR_LEVEL_SMTH_LATCH("SMOOTHING_PATH"),
                            .BYPASS_WR_SMTH_LATCH("SMOOTHING_PATH"),
                            .BYPASS_READ_SMTH_LATCH("SMOOTHING_PATH"),
                            .LPDDR4_BL16_EN("ENABLED")) u0_DQSBUF (.BTDETECT(burst_det_o[i]), 
                                .BURSTDETECT(burst_det_sclk_o[i]), 
                                .DATAVALID(data_valid_o[i]), 
                                .DQSI(dqs_bb_o_w[i]),  // DQS BB.O
                            .DQSW(dqsw_w[i]), 
                                .DQSWRD(rd_section_o[i]), 
                                .PAUSE(pause_i), 
                                .RDCLKSEL(rd_clksel_i[(4 * i) +: 4]), 
                                .RDDIR(rd_dir_i[i]), 
                                .RDLOADN(rd_loadn_i[i]), 
                                .RDPNTR(rdpntr_w[(3 * i) +: 3]), 
                                .READ(rd_i), 
                                .READCOUT(rd_cout_o[i]), 
                                .READMOVE(rd_move_i[i]), 
                                .RST(rst_i), 
                                .SCLK(sclk_i), 
                                .SELCLK(selclk_i), 
                                .DQSR90(dqsr90_w[i]), 
                                .DQSW270(dqsw270_w[i]), 
                                .WRCOUT(wr_cout_o[i]), 
                                .WRDIR(wr_dir_i[i]), 
                                .WRLOAD_N(wr_loadn_i[i]), 
                                .WRLVCOUT(wrlvl_cout_o[i]), 
                                .WRLVDIR(wrlvl_dir_i[i]), 
                                .WRLVLOAD_N(wrlvl_loadn_i[i]), 
                                .WRLVMOVE(wrlvl_move_i[i]), 
                                .WRMOVE(wr_move_i[i]), 
                                .WRPNTR(wrpntr_w[(3 * i) +: 3]), 
                                .ECLKIN(eclk_i), 
                                .RSTSMCNT(rst_i), 
                                .DLLCODE(dll_code_i), 
                                .IVREFI(vref_i[6:0])) ; 
                end
            else
                begin : NOVREF
                    DQSBUF #(.GSR("DISABLED"),
                            .ENABLE_FIFO("ENABLED"),
                            .FORCE_READ("ENABLED"),
                            .FREE_WHEEL("DDR"),
                            .MODX(MODX_VALUE),
                            .MT_EN_READ("ENABLED"),
                            .MT_EN_WRITE("ENABLED"),
                            .MT_EN_WRITE_LEVELING("ENABLED"),
                            .RD_PNTR("0b000"),
                            .READ_ENABLE("ENABLED"),
                            .RX_CENTERED("ENABLED"),
                            .S_READ(DQS_RD_DEL_VALUE),
                            .S_WRITE(DQS_WR_DEL_VALUE),
                            .SIGN_READ(DQS_RD_DEL_SIGN),
                            .SIGN_WRITE(DQS_WR_DEL_SIGN),
                            .UPDATE_QU("UP1_AND_UP0_SAME"),
                            .WRITE_ENABLE("ENABLED"),
                            .SEL_READ_BIT_ENABLE_CYCLES("NORMAL"),
                            .BYPASS_WR_LEVEL_SMTH_LATCH("SMOOTHING_PATH"),
                            .BYPASS_WR_SMTH_LATCH("SMOOTHING_PATH"),
                            .BYPASS_READ_SMTH_LATCH("SMOOTHING_PATH")) u0_DQSBUF (.BTDETECT(burst_det_o[i]), 
                                .BURSTDETECT(burst_det_sclk_o[i]), 
                                .DATAVALID(data_valid_o[i]), 
                                .DQSI(dqs_bb_o_w[i]),  // DQS BB.O
                            .DQSW(dqsw_w[i]), 
                                .DQSWRD(rd_section_o[i]), 
                                .PAUSE(pause_i), 
                                .RDCLKSEL(rd_clksel_i), 
                                .RDDIR(rd_dir_i[i]), 
                                .RDLOADN(rd_loadn_i[i]), 
                                .RDPNTR(rdpntr_w[(3 * i) +: 3]), 
                                .READ(rd_i), 
                                .READCOUT(rd_cout_o[i]), 
                                .READMOVE(rd_move_i[i]), 
                                .RST(rst_i), 
                                .SCLK(sclk_i), 
                                .SELCLK(selclk_i), 
                                .DQSR90(dqsr90_w[i]), 
                                .DQSW270(dqsw270_w[i]), 
                                .WRCOUT(wr_cout_o[i]), 
                                .WRDIR(wr_dir_i[i]), 
                                .WRLOAD_N(wr_loadn_i[i]), 
                                .WRLVCOUT(wrlvl_cout_o[i]), 
                                .WRLVDIR(wrlvl_dir_i[i]), 
                                .WRLVLOAD_N(wrlvl_loadn_i[i]), 
                                .WRLVMOVE(wrlvl_move_i[i]), 
                                .WRMOVE(wr_move_i[i]), 
                                .WRPNTR(wrpntr_w[(3 * i) +: 3]), 
                                .ECLKIN(eclk_i), 
                                .RSTSMCNT(rst_i), 
                                .DLLCODE(dll_code_i)) ; 
                end
        end
        // -----------------------------------------------------------------------------
        // DQS Generation Logic
        // -----------------------------------------------------------------------------
        for (i = 0;(i < DQS_WIDTH);i = (i + 1))
        begin : DQS
            if ((GEARING == 2)) 
            // for loop DQS
                begin : DQS_X2
                    //assign dqs_tx_w = {dqs_i[1], 1'b0, dqs_i[0], 1'b0};
                    ODDRX2DQS u_ODDRX2DQS (// Inputs
                            .D0(dqs_i[((0 * DQS_WIDTH) + i)]), 
                                .D1(dqs_i[((1 * DQS_WIDTH) + i)]), 
                                .D2(dqs_i[((2 * DQS_WIDTH) + i)]), 
                                .D3(dqs_i[((3 * DQS_WIDTH) + i)]), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                .ECLK(eclk_i), 
                                .DQSW(dqsw_w[i]), 
                                // Outputs
                            .Q(dqs_o_w[i])) ; 
                end
            else
                begin : DQS_X4
                    //assign dqs_tx_w = {dqs_i[3], 1'b0, dqs_i[2], 1'b0,
                    //                   dqs_i[1], 1'b0, dqs_i[0], 1'b0};
                    ODDRX4DQS u_ODDRX4DQS (// Inputs
                            .D0(dqs_i[((0 * DQS_WIDTH) + i)]), 
                                .D1(dqs_i[((1 * DQS_WIDTH) + i)]), 
                                .D2(dqs_i[((2 * DQS_WIDTH) + i)]), 
                                .D3(dqs_i[((3 * DQS_WIDTH) + i)]), 
                                .D4(dqs_i[((4 * DQS_WIDTH) + i)]), 
                                .D5(dqs_i[((5 * DQS_WIDTH) + i)]), 
                                .D6(dqs_i[((6 * DQS_WIDTH) + i)]), 
                                .D7(dqs_i[((7 * DQS_WIDTH) + i)]), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                .ECLK(eclk_i), 
                                .DQSW(dqsw_w[i]), 
                                // Outputs
                            .Q(dqs_o_w[i])) ; 
                end
            if (((FAMILY == "LFCPNX") || (FAMILY == "LFMXO5"))) 
                begin : DQS_JD1
                    OUTDELAYA #(.MARGIN_TEST_ENABLE("ENABLED")) u_DQS_ODLA (.DOUTI(dqs_o_w[i]), 
                                .TOUTI(dqs_ts_w[i]), 
                                .TOUT(dqs_ts_odla_w[i]), 
                                .DOUT(dqs_odla_w[i]), 
                                .LOAD_N_LPDDR4_WT(dqs_out_adj_load_n_i[i]), 
                                .DIRECTION_LPDDR4_WT(dqs_out_adj_dir_i[i]), 
                                .MOVE_LPDDR4_WT(dqs_out_adj_move_i[i]), 
                                .COUT_LPDDR4_WT(dqs_out_adj_cout_o[i])) ; 
                end
            else
                begin : DQS_J
                    assign dqs_odla_w[i] = dqs_o_w[i] ; 
                    assign dqs_ts_odla_w[i] = dqs_ts_w[i] ; 
                end
            BB u_DQS_BB (.B(dqs_io[i]), 
                        .I(dqs_odla_w[i]), 
                        .T(dqs_ts_odla_w[i]), 
                        .O(dqs_bb_o_w[i])) ; 
        end
        // -----------------------------------------------------------------------------
        // DQ/DQS Tri-State Generation Logic
        // -----------------------------------------------------------------------------
        for (i = 0;(i < DQS_WIDTH);i = (i + 1))
        begin : TS
            if ((GEARING == 2)) 
            // for loop TS
                begin : TS_X2
                    // DQ Tri-State Generation Logic for X2 Gearing
                    TSHX2DQ u_TSHX2DQ (// Inputs
                            .T0(dq_oe_n_i[((0 * DQS_WIDTH) + i)]), 
                                .T1(dq_oe_n_i[((1 * DQS_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                .DQSW270(dqsw270_w[i]), 
                                //Outputs
                            .Q(dq_ts_w[i])) ; 
                    // DQS Tri-State Generation Logic for X2 Gearing
                    TSHX2DQS u_TSHX2DQS (// Inputs
                            .T0(dqs_oe_n_i[((0 * DQS_WIDTH) + i)]), 
                                .T1(dqs_oe_n_i[((1 * DQS_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                .DQSW(dqsw_w), 
                                // Outputs
                            .Q(dqs_ts_w[i])) ; 
                end
            else
                begin : TS_X4
                    // DQ Tri-State Generation Logic for X4 Gearing
                    TSHX4DQ u_TSHX4DQ (// Inputs
                            .T0(dq_oe_n_i[((0 * DQS_WIDTH) + i)]), 
                                .T1(dq_oe_n_i[((1 * DQS_WIDTH) + i)]), 
                                .T2(dq_oe_n_i[((2 * DQS_WIDTH) + i)]), 
                                .T3(dq_oe_n_i[((3 * DQS_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                .DQSW270(dqsw270_w[i]), 
                                //Outputs
                            .Q(dq_ts_w[i])) ; 
                    // DQS Tri-State Generation Logic for X4 Gearing
                    TSHX4DQS u_TSHX4DQS (// Inputs
                            .T0(dqs_oe_n_i[((0 * DQS_WIDTH) + i)]), 
                                .T1(dqs_oe_n_i[((1 * DQS_WIDTH) + i)]), 
                                .T2(dqs_oe_n_i[((2 * DQS_WIDTH) + i)]), 
                                .T3(dqs_oe_n_i[((3 * DQS_WIDTH) + i)]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                .DQSW(dqsw_w[i]), 
                                // Outputs
                            .Q(dqs_ts_w[i])) ; 
                end
        end
        // -----------------------------------------------------------------------------
        // DQ Generation Logic
        // -----------------------------------------------------------------------------
        for (i = 0;(i < BUS_WIDTH);i = (i + 1))
        begin : DQ
            //	  assign j = i/8;
            if ((GEARING == 2)) 
                begin : DQ_X2
                    ODDRX2DQ u_DQ_ODDRX2DQ (// Inputs
                            .D0(dq_i[((0 * BUS_WIDTH) + i)]), 
                                .D1(dq_i[((1 * BUS_WIDTH) + i)]), 
                                .D2(dq_i[((2 * BUS_WIDTH) + i)]), 
                                .D3(dq_i[((3 * BUS_WIDTH) + i)]), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                .ECLK(eclk_i), 
                                .DQSW270(dqsw270_w[(i / 8)]), 
                                // Outputs
                            .Q(dq_oddr_w[i])) ; 
                    // IDDRX2DQ
                    IDDRX2DQ u_DQ_IDDRX2DQ (// Inputs
                            .D(dq_iddr_dla_w[i]), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                //            .RST                (iddr_rst_i           ),
                            .ECLK(eclk_i), 
                                .DQSR90(dqsr90_w[(i / 8)]), 
                                .RDPNTR0(rdpntr_w[((3 * (i / 8)) + 0)]), 
                                .RDPNTR1(rdpntr_w[((3 * (i / 8)) + 1)]), 
                                .RDPNTR2(rdpntr_w[((3 * (i / 8)) + 2)]), 
                                .WRPNTR0(wrpntr_w[((3 * (i / 8)) + 0)]), 
                                .WRPNTR1(wrpntr_w[((3 * (i / 8)) + 1)]), 
                                .WRPNTR2(wrpntr_w[((3 * (i / 8)) + 2)]), 
                                // Outputs
                            .Q0(dq_o[((0 * BUS_WIDTH) + i)]), 
                                .Q1(dq_o[((1 * BUS_WIDTH) + i)]), 
                                .Q2(dq_o[((2 * BUS_WIDTH) + i)]), 
                                .Q3(dq_o[((3 * BUS_WIDTH) + i)])) ; 
                end
            else
                begin : DQ_X4
                    ODDRX4DQ u_DQ_ODDRX4DQ (// Inputs
                            .D0(dq_i[((0 * BUS_WIDTH) + i)]), 
                                .D1(dq_i[((1 * BUS_WIDTH) + i)]), 
                                .D2(dq_i[((2 * BUS_WIDTH) + i)]), 
                                .D3(dq_i[((3 * BUS_WIDTH) + i)]), 
                                .D4(dq_i[((4 * BUS_WIDTH) + i)]), 
                                .D5(dq_i[((5 * BUS_WIDTH) + i)]), 
                                .D6(dq_i[((6 * BUS_WIDTH) + i)]), 
                                .D7(dq_i[((7 * BUS_WIDTH) + i)]), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                .ECLK(eclk_i), 
                                .DQSW270(dqsw270_w[(i / 8)]), 
                                // Outputs
                            .Q(dq_oddr_w[i])) ; 
                    // IDDRX2DQ
                    IDDRX4DQ u_DQ_IDDRX4DQ (// Inputs
                            .D(dq_iddr_dla_w[i]), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                //            .RST                (iddr_rst_i         ),
                            .ECLK(eclk_i), 
                                .DQSR90(dqsr90_w[(i / 8)]),  //per 8-bit of data
                            .RDPNTR0(rdpntr_w[((3 * (i / 8)) + 0)]), 
                                .RDPNTR1(rdpntr_w[((3 * (i / 8)) + 1)]), 
                                .RDPNTR2(rdpntr_w[((3 * (i / 8)) + 2)]), 
                                .WRPNTR0(wrpntr_w[((3 * (i / 8)) + 0)]), 
                                .WRPNTR1(wrpntr_w[((3 * (i / 8)) + 1)]), 
                                .WRPNTR2(wrpntr_w[((3 * (i / 8)) + 2)]), 
                                // Outputs
                            .Q0(dq_o[((0 * BUS_WIDTH) + i)]), 
                                .Q1(dq_o[((1 * BUS_WIDTH) + i)]), 
                                .Q2(dq_o[((2 * BUS_WIDTH) + i)]), 
                                .Q3(dq_o[((3 * BUS_WIDTH) + i)]), 
                                .Q4(dq_o[((4 * BUS_WIDTH) + i)]), 
                                .Q5(dq_o[((5 * BUS_WIDTH) + i)]), 
                                .Q6(dq_o[((6 * BUS_WIDTH) + i)]), 
                                .Q7(dq_o[((7 * BUS_WIDTH) + i)])) ; 
                end
            if (((FAMILY == "LFCPNX") || (FAMILY == "LFMXO5"))) 
                begin : DQ_JD1
                    OUTDELAYA #(.MARGIN_TEST_ENABLE("ENABLED")) u_DQ_ODLA (.DOUTI(dq_oddr_w[i]), 
                                .TOUTI(dq_ts_w[(i / 8)]),  // TS for set of 8-bits
                            .TOUT(dq_ts_odla_w[i]),  // TS for individual bits
                            .DOUT(dq_o_odla_w[i]), 
                                .LOAD_N_LPDDR4_WT(dq_out_adj_load_n_i[i]), 
                                .DIRECTION_LPDDR4_WT(dq_out_adj_dir_i[i]), 
                                .MOVE_LPDDR4_WT(dq_out_adj_move_i[i]), 
                                .COUT_LPDDR4_WT(dq_out_adj_cout_o[i])) ; 
                    DELAYA #(.DEL_MODE("USER_DEFINED"),
                            .DEL_VALUE("0"),
                            .COARSE_DELAY_MODE("STATIC"),
                            .COARSE_DELAY("0NS"),
                            .EDGE_MONITOR("DISABLED"),
                            .WAIT_FOR_EDGE("DISABLED")) u_DQ_DLA (//.DEL_VALUE        ("56"          ), // FOr 400MHZ
                            //.DEL_VALUE        ("36"          ),
                            .A(dq_i_bb_w[i]), 
                                .LOAD_N(dq_in_adj_load_n_i[i]), 
                                .MOVE(dq_in_adj_move_i[i]), 
                                .DIRECTION(dq_in_adj_dir_i[i]), 
                                .COARSE0(1'b0), 
                                .COARSE1(1'b0), 
                                .Z(dq_iddr_dla_w[i]), 
                                .EDETERR(),  // open, unused for now 
                            .CFLAG(dq_in_adj_cout_o[i]), 
                                .RANKSELECT(1'b0), 
                                .RANKENABLE(1'b0), 
                                .RANK0UPDATE(1'b0), 
                                .RANK1UPDATE(1'b0)) ; 
                end
            else
                begin : genblk2
                    assign dq_o_odla_w[i] = dq_oddr_w[i] ; 
                    assign dq_ts_odla_w[i] = dq_ts_w[(i / 8)] ; 
                    assign dq_iddr_dla_w[i] = dq_i_bb_w[i] ; 
                end
            BB u_DQ_BB (.B(dq_io[i]), 
                        .I(dq_o_odla_w[i]), 
                        .T(dq_ts_odla_w[i]), 
                        .O(dq_i_bb_w[i])) ; 
        end
        // -----------------------------------------------------------------------------
        // DM Generation Logic
        // -----------------------------------------------------------------------------
        for (i = 0;(i < DMI_WIDTH);i = (i + 1))
        begin : DMI
            if ((GEARING == 2)) 
            // For loop DMI
                begin : DMI_X2
                    ODDRX2DQ u_DMI_ODDRX2DQ (// Inputs
                            .D0(dmi_i[((0 * DMI_WIDTH) + i)]), 
                                .D1(dmi_i[((1 * DMI_WIDTH) + i)]), 
                                .D2(dmi_i[((2 * DMI_WIDTH) + i)]), 
                                .D3(dmi_i[((3 * DMI_WIDTH) + i)]), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                .ECLK(eclk_i), 
                                .DQSW270(dqsw270_w[i]), 
                                // Outputs
                            .Q(dmi_oddr_w[i])) ; 
                    IDDRX2DQ u_DMI_IDDRX2DQ (.D(dmi_iddr_dla_w[i]), 
                                .DQSR90(dqsr90_w[i]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                //            .RST             (iddr_rst_i          ),
                            .RDPNTR0(rdpntr_w[(3 * i)]), 
                                .RDPNTR1(rdpntr_w[((3 * i) + 1)]), 
                                .RDPNTR2(rdpntr_w[((3 * i) + 2)]), 
                                .WRPNTR0(wrpntr_w[(3 * i)]), 
                                .WRPNTR1(wrpntr_w[((3 * i) + 1)]), 
                                .WRPNTR2(wrpntr_w[((3 * i) + 2)]), 
                                .Q0(dmi_o[((0 * DMI_WIDTH) + i)]), 
                                .Q1(dmi_o[((1 * DMI_WIDTH) + i)]), 
                                .Q2(dmi_o[((2 * DMI_WIDTH) + i)]), 
                                .Q3(dmi_o[((3 * DMI_WIDTH) + i)])) ; 
                end
            else
                begin : DMI_X4
                    ODDRX4DQ u_DMI_ODDRX4DQ (// Inputs
                            .D0(dmi_i[((0 * DMI_WIDTH) + i)]), 
                                .D1(dmi_i[((1 * DMI_WIDTH) + i)]), 
                                .D2(dmi_i[((2 * DMI_WIDTH) + i)]), 
                                .D3(dmi_i[((3 * DMI_WIDTH) + i)]), 
                                .D4(dmi_i[((4 * DMI_WIDTH) + i)]), 
                                .D5(dmi_i[((5 * DMI_WIDTH) + i)]), 
                                .D6(dmi_i[((6 * DMI_WIDTH) + i)]), 
                                .D7(dmi_i[((7 * DMI_WIDTH) + i)]), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                .ECLK(eclk_i), 
                                .DQSW270(dqsw270_w[i]), 
                                // Outputs
                            .Q(dmi_oddr_w[i])) ; 
                    IDDRX4DQ u_DMI_IDDRX4DQ (.D(dmi_iddr_dla_w[i]), 
                                .DQSR90(dqsr90_w[i]), 
                                .ECLK(eclk_i), 
                                .SCLK(sclk_i), 
                                .RST(rst_i), 
                                //            .RST             (iddr_rst_i          ),
                            .RDPNTR0(rdpntr_w[(3 * i)]), 
                                .RDPNTR1(rdpntr_w[((3 * i) + 1)]), 
                                .RDPNTR2(rdpntr_w[((3 * i) + 2)]), 
                                .WRPNTR0(wrpntr_w[(3 * i)]), 
                                .WRPNTR1(wrpntr_w[((3 * i) + 1)]), 
                                .WRPNTR2(wrpntr_w[((3 * i) + 2)]), 
                                .Q0(dmi_o[((0 * DMI_WIDTH) + i)]), 
                                .Q1(dmi_o[((1 * DMI_WIDTH) + i)]), 
                                .Q2(dmi_o[((2 * DMI_WIDTH) + i)]), 
                                .Q3(dmi_o[((3 * DMI_WIDTH) + i)]), 
                                .Q4(dmi_o[((4 * DMI_WIDTH) + i)]), 
                                .Q5(dmi_o[((5 * DMI_WIDTH) + i)]), 
                                .Q6(dmi_o[((6 * DMI_WIDTH) + i)]), 
                                .Q7(dmi_o[((7 * DMI_WIDTH) + i)])) ; 
                end
            if (((FAMILY == "LFCPNX") || (FAMILY == "LFMXO5"))) 
                begin : DMI_JD1
                    OUTDELAYA #(.MARGIN_TEST_ENABLE("ENABLED")) u_DMI_ODLA (.DOUTI(dmi_oddr_w[i]), 
                                .TOUTI(dq_ts_w[i]), 
                                .TOUT(dmi_ts_odla_w[i]), 
                                .DOUT(dmi_o_odla_w[i]), 
                                .LOAD_N_LPDDR4_WT(dmi_out_adj_load_n_i[i]), 
                                .DIRECTION_LPDDR4_WT(dmi_out_adj_dir_i[i]), 
                                .MOVE_LPDDR4_WT(dmi_out_adj_move_i[i]), 
                                .COUT_LPDDR4_WT(dmi_out_adj_cout_o[i])) ; 
                    DELAYA #(.DEL_MODE("USER_DEFINED"),
                            .DEL_VALUE("0"),
                            .COARSE_DELAY_MODE("STATIC"),
                            .COARSE_DELAY("0NS"),
                            .EDGE_MONITOR("DISABLED"),
                            .WAIT_FOR_EDGE("DISABLED")) u_DMI_DLA (//.DEL_VALUE        ("50"          ),
                            //.DEL_VALUE        ("36"          ),
                            .A(dmi_i_bb_w[i]), 
                                .LOAD_N(dmi_in_adj_load_n_i[i]), 
                                .MOVE(dmi_in_adj_move_i[i]), 
                                .DIRECTION(dmi_in_adj_dir_i[i]), 
                                .COARSE0(1'b0), 
                                .COARSE1(1'b0), 
                                .Z(dmi_iddr_dla_w[i]), 
                                .EDETERR(),  // open, unused for now 
                            .CFLAG(dmi_in_adj_cout_o[i]), 
                                .RANKSELECT(1'b0), 
                                .RANKENABLE(1'b0), 
                                .RANK0UPDATE(1'b0), 
                                .RANK1UPDATE(1'b0)) ; 
                end
            else
                begin : DMI_J
                    assign dmi_o_odla_w[i] = dmi_oddr_w[i] ; 
                    assign dmi_ts_odla_w[i] = dq_ts_w[i] ; 
                    assign dmi_iddr_dla_w[i] = dmi_i_bb_w[i] ; 
                end
            BB u_DQ_BB (.B(dmi_io[i]), 
                        .I(dmi_o_odla_w[i]), 
                        .T(dmi_ts_odla_w[i]), 
                        .O(dmi_i_bb_w[i]) //
                    ) ; 
        end
    endgenerate

// 4Nu
endmodule



//=============================================================================
// dq_dqs_dm_unit.v
//=============================================================================
// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2023 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lscc_pll.v
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
// __RTL_MODULE__LSCC_PLL__
//--------------------------------------------------------------------------
// Local Variables:
// verilog-library-directories: ("." "C:/lscc/radiant/2.2/cae_library/simulation/verilog/lifcl")
// verilog-library-files: ("C:/lscc/radiant/2.2/cae_library/synthesis/verilog/lifcl.v")
// End:
//--------------------------------------------------------------------------
module mem_ipgen_lscc_lpddr4_mem #(parameter INTERFACE_TYPE = "LPDDR4", 
        parameter FAMILY = "LFCPNX", 
        parameter IO_TYPE = "LVSTL11", 
        parameter CK_DQS_IO = "LVSTL11D", 
        parameter integer BUS_WIDTH = 16, 
        parameter integer CA_WIDTH = 6, 
        parameter integer CS_WIDTH = 1, 
        parameter integer CK_WIDTH = 1, 
        parameter integer ODT_WIDTH = 1, 
        parameter integer DQS_WIDTH = (BUS_WIDTH / 8), 
        parameter integer GEARING = 2, 
        parameter CLK_FREQ = 400, 
        parameter DATA_MASK_ENABLE = 0, 
        parameter CLK_ADDR_CMD_ENABLE = 0, 
        parameter DYN_MARGIN_ENABLE = 0, 
        parameter PBIT_DLY_ADJ_DQS_GRP = 0, 
        parameter PBIT_DLY_ADJ_CA_GRP = 0, 
        parameter DQS_RD_DEL_VALUE = "0", 
        parameter DQS_RD_DEL_VALUE_INT = 0, 
        parameter DQS_RD_DEL_SIGN = "COMPLEMENT", 
        parameter DQS_WR_DEL_VALUE = "0", 
        parameter DQS_WR_DEL_VALUE_INT = 0, 
        parameter DQS_WR_DEL_SIGN = "COMPLEMENT", 
        parameter PLL_EN = 0, 
        parameter POWER_ON_CLK_CBT = 1, 
        parameter CK_DELAY_VAL = "60", 
        parameter CLKI_FREQ = 100.0, 
        parameter CLKOP_FREQ_ACTUAL = 100.0, 
        parameter CLKOS_FREQ_ACTUAL = 100.0, 
        parameter CLKOS2_FREQ_ACTUAL = 100.0, 
        parameter CLKOS3_FREQ_ACTUAL = 100.0, 
        parameter CLKOS4_FREQ_ACTUAL = 100.0, 
        parameter CLKOS5_FREQ_ACTUAL = 100.0, 
        parameter CLKOP_PHASE_ACTUAL = 0.0, 
        parameter CLKOS_PHASE_ACTUAL = 0.0, 
        parameter CLKOS2_PHASE_ACTUAL = 0.0, 
        parameter CLKOS3_PHASE_ACTUAL = 0.0, 
        parameter CLKOS4_PHASE_ACTUAL = 0.0, 
        parameter CLKOS5_PHASE_ACTUAL = 0.0, 
        parameter CLKOS_EN = 0, 
        parameter CLKOS2_EN = 0, 
        parameter CLKOS3_EN = 0, 
        parameter CLKOS4_EN = 0, 
        parameter CLKOS5_EN = 0, 
        parameter CLKOP_BYPASS = 0, 
        parameter CLKOS_BYPASS = 0, 
        parameter CLKOS2_BYPASS = 0, 
        parameter CLKOS3_BYPASS = 0, 
        parameter CLKOS4_BYPASS = 0, 
        parameter CLKOS5_BYPASS = 0, 
        parameter ENCLKOP_EN = 0, 
        parameter ENCLKOS_EN = 0, 
        parameter ENCLKOS2_EN = 0, 
        parameter ENCLKOS3_EN = 0, 
        parameter ENCLKOS4_EN = 0, 
        parameter ENCLKOS5_EN = 0, 
        parameter FRAC_N_EN = 0, 
        parameter SS_EN = 0, 
        parameter DYN_PORTS_EN = 0, 
        parameter PLL_RST = 0, 
        parameter LOCK_EN = 0, 
        parameter PLL_LOCK_STICKY = 0, 
        parameter LEGACY_EN = 0, 
        parameter LMMI_EN = 0, 
        parameter APB_EN = 0, 
        parameter POWERDOWN_EN = 0, 
        parameter TRIM_EN_P = 0, 
        parameter TRIM_EN_S = 0, 
        parameter PLL_REFCLK_FROM_PIN = 0, 
        parameter PLL_IO_TYPE = "LVDS", 
        parameter CLKOP_TRIM_MODE = "Falling", 
        parameter CLKOS_TRIM_MODE = "Falling", 
        parameter CLKOP_TRIM = "0b0000", 
        parameter CLKOS_TRIM = "0b0000", 
        parameter FBK_MODE = "CLKOP", 
        parameter CLKI_DIVIDER_ACTUAL_STR = "1", 
        parameter FBCLK_DIVIDER_ACTUAL_STR = "1", 
        parameter DIVOP_ACTUAL_STR = "1", 
        parameter DIVOS_ACTUAL_STR = "1", 
        parameter DIVOS2_ACTUAL_STR = "1", 
        parameter DIVOS3_ACTUAL_STR = "1", 
        parameter DIVOS4_ACTUAL_STR = "1", 
        parameter DIVOS5_ACTUAL_STR = "1", 
        parameter SSC_N_CODE_STR = "0b000010100", 
        parameter SSC_F_CODE_STR = "0b000000000000000", 
        parameter SSC_PROFILE = "DOWN", 
        parameter SSC_TBASE_STR = "0b000000000000", 
        parameter SSC_STEP_IN_STR = "0b0000000", 
        parameter SSC_REG_WEIGHTING_SEL_STR = "0b000", 
        parameter DELA = "0", 
        parameter DELB = "0", 
        parameter DELC = "0", 
        parameter DELD = "0", 
        parameter DELE = "0", 
        parameter DELF = "0", 
        parameter PHIA = "0", 
        parameter PHIB = "0", 
        parameter PHIC = "0", 
        parameter PHID = "0", 
        parameter PHIE = "0", 
        parameter PHIF = "0", 
        parameter EN_REFCLK_MON = 0, 
        parameter REF_COUNTS = "0b000", 
        parameter INTFBKDEL_SEL = "DISABLED", 
        parameter PMU_WAITFORLOCK = "ENABLED", 
        parameter REF_OSC_CTRL = "3P2", 
        parameter SIM_FLOAT_PRECISION = "0.1", 
        parameter IPI_CMP = "0b1000", 
        parameter CSET = "40P", 
        parameter CRIPPLE = "5P", 
        parameter IPP_CTRL = "0b1000", 
        parameter IPP_SEL = "0b1111", 
        parameter BW_CTL_BIAS = "0b0101", 
        parameter V2I_PP_RES = "10K", 
        parameter KP_VCO = "0b00011", 
        parameter V2I_KVCO_SEL = "60", 
        parameter V2I_1V_EN = "ENABLED") (
    // -----------------------------------------------------------------------------
    // Module Parameters
    // -----------------------------------------------------------------------------
    // "LPDDR4", "DDR3"
    // For constraint, Radiant takes care of this
    // For constraint, Radiant takes care of this
    // -------------------------------------------------------------------
    // ===================== PLL Parameters ==============================
    // -------------------------------------------------------------------
    // For simulation only
    // -----------------------------------------------------------------------------
    // Input/Output Ports
    // -----------------------------------------------------------------------------
    // Clocks and Reset
    input pll_refclk_i, 
    input pll_rst_n_i, 
    input sync_clk_i, 
    input sync_rst_n_i, 
    input rst_i, 
    output sclk_o, 
    output pll_lock_o, 
    input ddr_clk_sel_i,  // Unused in DDR3
    input dll_update_en_i,  // Unused in DDR3
    input clk_update_i,  // Unused in DDR3
    input ddr_ck_en_i, 
    output ready_o, 
    // User Interface
    input [((DQS_WIDTH * GEARING) - 1):0] write_dqs_oe_n_i, 
    input [(((DQS_WIDTH * GEARING) * 2) - 1):0] write_dqs_i, 
    input [((DQS_WIDTH * GEARING) - 1):0] write_dq_oe_n_i, 
    input [(((DQS_WIDTH * GEARING) * 2) - 1):0] write_dmi_i, 
    input [(((BUS_WIDTH * GEARING) * 2) - 1):0] write_dq_i, 
    input [((DQS_WIDTH * 4) - 1):0] rd_clksel_i, 
    output [(((DQS_WIDTH * GEARING) * 2) - 1):0] read_dmi_o, 
    output [(((BUS_WIDTH * GEARING) * 2) - 1):0] read_dq_o, 
    output [(DQS_WIDTH - 1):0] read_data_valid_o, 
    //output  [DQS_WIDTH-1:0]           burst_det_o,
    output [(DQS_WIDTH - 1):0] burst_det_sclk_o, 
    //output  [DQS_WIDTH-1:0]           rd_section_o,
    input [6:0] dqs_grp_vref_i,  // Unused in DDR3
    input [3:0] read_dqs_ie_i, 
    input [((GEARING * ODT_WIDTH) - 1):0] odt_i, 
    input ck_oe_n_i, 
    input [((GEARING * CK_WIDTH) - 1):0] cke_i, 
    input ca_oe_n_i, 
    input [((GEARING * CS_WIDTH) - 1):0] cs_i, 
    input [((GEARING * CA_WIDTH) - 1):0] ca_i, 
    input reset_n_i, 
    // Per DQS Group Delay Adjustment
    input pause_i, 
    input [(DQS_WIDTH - 1):0] rd_load_n_i, 
    input [(DQS_WIDTH - 1):0] rd_move_i, 
    input [(DQS_WIDTH - 1):0] rd_dir_i, 
    output [(DQS_WIDTH - 1):0] rd_cout_o, 
    input [(DQS_WIDTH - 1):0] wr_load_n_i, 
    input [(DQS_WIDTH - 1):0] wr_move_i, 
    input [(DQS_WIDTH - 1):0] wr_dir_i, 
    output [(DQS_WIDTH - 1):0] wr_cout_o, 
    input [(DQS_WIDTH - 1):0] wrlvl_load_n_i, 
    input [(DQS_WIDTH - 1):0] wrlvl_move_i, 
    input [(DQS_WIDTH - 1):0] wrlvl_dir_i, 
    output [(DQS_WIDTH - 1):0] wrlvl_cout_o, 
    output [(BUS_WIDTH - 1):0] dqwl_o, 
    // Per Bit Delay Adjustment
    input [(BUS_WIDTH - 1):0] dq_out_adj_load_n_i, 
    input [(BUS_WIDTH - 1):0] dq_out_adj_move_i, 
    input [(BUS_WIDTH - 1):0] dq_out_adj_dir_i, 
    output [(BUS_WIDTH - 1):0] dq_out_adj_cout_o, 
    input [(DQS_WIDTH - 1):0] dmi_out_adj_load_n_i, 
    input [(DQS_WIDTH - 1):0] dmi_out_adj_move_i, 
    input [(DQS_WIDTH - 1):0] dmi_out_adj_dir_i, 
    output [(DQS_WIDTH - 1):0] dmi_out_adj_cout_o, 
    input [(BUS_WIDTH - 1):0] dq_in_adj_load_n_i, 
    input [(BUS_WIDTH - 1):0] dq_in_adj_move_i, 
    input [(BUS_WIDTH - 1):0] dq_in_adj_dir_i, 
    output [(BUS_WIDTH - 1):0] dq_in_adj_cout_o, 
    input [(DQS_WIDTH - 1):0] dmi_in_adj_load_n_i, 
    input [(DQS_WIDTH - 1):0] dmi_in_adj_move_i, 
    input [(DQS_WIDTH - 1):0] dmi_in_adj_dir_i, 
    output [(DQS_WIDTH - 1):0] dmi_in_adj_cout_o, 
    input [(DQS_WIDTH - 1):0] dqs_out_adj_load_n_i, 
    input [(DQS_WIDTH - 1):0] dqs_out_adj_move_i, 
    input [(DQS_WIDTH - 1):0] dqs_out_adj_dir_i, 
    output [(DQS_WIDTH - 1):0] dqs_out_adj_cout_o, 
    input [(CS_WIDTH - 1):0] cs_adj_load_n_i, 
    input [(CS_WIDTH - 1):0] cs_adj_move_i, 
    input [(CS_WIDTH - 1):0] cs_adj_dir_i, 
    output [(CS_WIDTH - 1):0] cs_adj_cout_o, 
    input ca_adj_load_n_i, 
    input ca_adj_move_i, 
    input ca_adj_dir_i, 
    output reg ca_adj_cout_o, 
    // LPDDR4 Interface
    //output [CK_WIDTH-1:0]             ddr_ck_t_o   ,
    //output [CK_WIDTH-1:0]             ddr_ck_c_o   ,
    output [(CK_WIDTH - 1):0] ddr_ck_o, 
    output [(CK_WIDTH - 1):0] ddr_cke_o, 
    output [(CS_WIDTH - 1):0] ddr_cs_o, 
    output [(CA_WIDTH - 1):0] ddr_ca_o, 
    output [(ODT_WIDTH - 1):0] ddr_odt_o, 
    output ddr_reset_n_o, 
    inout [(BUS_WIDTH - 1):0] ddr_dq_io, 
    inout [(DQS_WIDTH - 1):0] ddr_dqs_io, 
    inout [(DQS_WIDTH - 1):0] ddr_dmi_io) ;
    localparam X4_WIDTH = ((GEARING * GEARING) / 2) ; 
    // -----------------------------------------------------------------------------
    // Wire Declarations
    // -----------------------------------------------------------------------------
    wire eclkout_w ; 
    wire [8:0] code_w ; 
    wire rst_w ; 
    wire sync_pause_o_w ; 
    wire pll_lock_w ; 
    wire sclk_w ; 
    wire ck_en_w ; 
    wire pause_w = (pause_i | sync_pause_o_w) ; 
    wire eclk_w ; 
    wire op_clk_en_w ; 
    wire ca_adj_cout_w ; 
    wire lmmi_reset_n ; 
    wire lmmi_request ; 
    //wire         lmmi_wr_rdn ; unused
    wire [6:0] lmmi_offset ; 
    wire [7:0] lmmi_wdata ; 
    wire [7:0] lmmi_rdata ; 
    wire lmmi_ready ; 
    //wire         sync_rst_w  ;
    wire sync_clk_update ; 
    wire sync_clk_sel ; 
    reg sync_upd_done_r ; 
    reg pll_rst_n_r ; 
    reg [8:0] addr_count ; 
    assign sclk_o = sclk_w ; 
    //assign lmmi_reset_n = ~sync_rst_w;
    // -----------------------------------------------------------------------------
    // Clock Sync Logic Instantiation
    // -----------------------------------------------------------------------------
    mem_ipgen_clock_sync #(.GEARING(GEARING),
            .POWER_ON_CLK_CBT(POWER_ON_CLK_CBT)) u1_clock_sync (//   .CLK_CHANGE_EN   (CLK_CHANGE_EN   ),
            .rst_i(rst_i), 
                .pll_rst_n_i(pll_rst_n_i), 
                .sync_clk_i(sync_clk_i), 
                .sync_rst_n_i(sync_rst_n_i), 
                .ddr_clk_sel_i(ddr_clk_sel_i), 
                .dll_update_en_i(dll_update_en_i), 
                .clk_update_i(clk_update_i), 
                .ddr_ck_en_i(ddr_ck_en_i), 
                .eclk_i(eclk_w), 
                .pll_lock_i(pll_lock_w), 
                .dcnt_o(),  // unused for now
            .ready_o(ready_o), 
                .sync_pause_o(sync_pause_o_w), 
                .sclk_o(sclk_w), 
                .eclk_o(eclkout_w), 
                .ddr_ck_en_o(ck_en_w), 
                .code_o(code_w), 
                .rst_o(rst_w), 
                // .sync_rst_o     (sync_rst_w     ),
            .op_clk_en_o(op_clk_en_w), 
                .sync_clk_update_o(sync_clk_update), 
                .sync_clk_sel_o(sync_clk_sel), 
                .sync_clk_update_done_i(sync_upd_done_r)) ; 
    mem_ipgen_dq_dqs_dm_unit #(.INTERFACE_TYPE(INTERFACE_TYPE),
            .FAMILY(FAMILY),
            .DATA_MASK_ENABLE(DATA_MASK_ENABLE),
            .BUS_WIDTH(BUS_WIDTH),
            .DQS_WIDTH(DQS_WIDTH),
            .GEARING(GEARING),
            .DQS_RD_DEL_VALUE(DQS_RD_DEL_VALUE),
            .DQS_RD_DEL_SIGN(DQS_RD_DEL_SIGN),
            .DQS_WR_DEL_VALUE(DQS_WR_DEL_VALUE),
            .DQS_WR_DEL_SIGN(DQS_WR_DEL_SIGN)) u_dq_dqs_dm (.eclk_i(eclkout_w), 
                .sclk_i(sclk_w), 
                .pause_i(pause_w), 
                .rst_i(rst_w), 
                // User Interface
            .dq_oe_n_i(write_dq_oe_n_i), 
                .dmi_i(write_dmi_i), 
                .dq_i(write_dq_i), 
                .data_valid_o(read_data_valid_o), 
                .dmi_o(read_dmi_o), 
                .dq_o(read_dq_o), 
                .dqs_oe_n_i(write_dqs_oe_n_i), 
                .dqs_i(write_dqs_i), 
                .burst_det_o(),  // unused
            .burst_det_sclk_o(burst_det_sclk_o), 
                .rd_section_o(),  // unused
            .vref_i(dqs_grp_vref_i), 
                .rd_i(read_dqs_ie_i), 
                .rd_clksel_i(rd_clksel_i), 
                .selclk_i(1'b0),  // unused
            .dll_code_i(code_w), 
                // Per DQS Group Delay Adjustment
            .rd_loadn_i(rd_load_n_i), 
                .rd_move_i(rd_move_i), 
                .rd_dir_i(rd_dir_i), 
                .rd_cout_o(rd_cout_o), 
                .wr_loadn_i(wr_load_n_i), 
                .wr_move_i(wr_move_i), 
                .wr_dir_i(wr_dir_i), 
                .wr_cout_o(wr_cout_o), 
                .wrlvl_loadn_i(wrlvl_load_n_i), 
                .wrlvl_move_i(wrlvl_move_i), 
                .wrlvl_dir_i(wrlvl_dir_i), 
                .wrlvl_cout_o(wrlvl_cout_o), 
                .dqwl_o(dqwl_o), 
                // Per Bit Delay Adjustment
            .dq_out_adj_load_n_i(dq_out_adj_load_n_i), 
                .dq_out_adj_move_i(dq_out_adj_move_i), 
                .dq_out_adj_dir_i(dq_out_adj_dir_i), 
                .dq_out_adj_cout_o(dq_out_adj_cout_o), 
                .dmi_out_adj_load_n_i(dmi_out_adj_load_n_i), 
                .dmi_out_adj_move_i(dmi_out_adj_move_i), 
                .dmi_out_adj_dir_i(dmi_out_adj_dir_i), 
                .dmi_out_adj_cout_o(dmi_out_adj_cout_o), 
                .dq_in_adj_load_n_i(dq_in_adj_load_n_i), 
                .dq_in_adj_move_i(dq_in_adj_move_i), 
                .dq_in_adj_dir_i(dq_in_adj_dir_i), 
                .dq_in_adj_cout_o(dq_in_adj_cout_o), 
                .dmi_in_adj_load_n_i(dmi_in_adj_load_n_i), 
                .dmi_in_adj_move_i(dmi_in_adj_move_i), 
                .dmi_in_adj_dir_i(dmi_in_adj_dir_i), 
                .dmi_in_adj_cout_o(dmi_in_adj_cout_o), 
                .dqs_out_adj_load_n_i(dqs_out_adj_load_n_i), 
                .dqs_out_adj_move_i(dqs_out_adj_move_i), 
                .dqs_out_adj_dir_i(dqs_out_adj_dir_i), 
                .dqs_out_adj_cout_o(dqs_out_adj_cout_o), 
                // LPDDR4 Interface
            .dq_io(ddr_dq_io), 
                .dqs_io(ddr_dqs_io), 
                .dmi_io(ddr_dmi_io)) ; 
    generate
        if ((CLK_ADDR_CMD_ENABLE == 1)) 
            begin : CA_GRP_ENA
                always
                    @(posedge sclk_w or 
                        posedge rst_i)
                    if (rst_i) 
                        begin
                            ca_adj_cout_o <=  1'b0 ;
                        end
                    else
                        begin
                            ca_adj_cout_o <=  ca_adj_cout_w ;
                        end
                mem_ipgen_ca_grp #(.CS_WIDTH(CS_WIDTH),
                        .CA_WIDTH(CA_WIDTH),
                        .ODT_WIDTH(ODT_WIDTH),
                        .CK_WIDTH(CK_WIDTH),
                        .GEARING(GEARING),
                        .CK_DELAY_VAL(CK_DELAY_VAL)) u_ca_grp (// Currently fixed to 1
                        // Clock and reset
                        .eclk_i(eclkout_w), 
                            .ddr_rst_i(rst_w), 
                            .rst_i(rst_i), 
                            .sclk_i(sclk_w), 
                            .ck_en_i(ck_en_w), 
                            .ready_i(ready_o), 
                            // User Interface
                        .odt_i(odt_i), 
                            .ck_oe_n_i(ck_oe_n_i), 
                            .cke_i(cke_i), 
                            .ca_oe_n_i(ca_oe_n_i), 
                            .cs_i(cs_i), 
                            .ca_i(ca_i), 
                            .reset_n_i(reset_n_i), 
                            // Per Bit Delay Adjustment
                        .cs_adj_load_n_i(cs_adj_load_n_i), 
                            .cs_adj_move_i(cs_adj_move_i), 
                            .cs_adj_dir_i(cs_adj_dir_i), 
                            .cs_adj_cout_o(cs_adj_cout_o), 
                            .ca_adj_load_n_i(ca_adj_load_n_i), 
                            .ca_adj_move_i(ca_adj_move_i), 
                            .ca_adj_dir_i(ca_adj_dir_i), 
                            .ca_adj_cout_o(ca_adj_cout_w), 
                            // LPDDR4 Interface
                        //         .ck_t_o         (ddr_ck_t_o     ),
                        //         .ck_c_o         (ddr_ck_c_o     ),
                        .ck_o(ddr_ck_o), 
                            .cke_o(ddr_cke_o), 
                            .cs_o(ddr_cs_o), 
                            .ca_o(ddr_ca_o), 
                            .odt_o(ddr_odt_o), 
                            .reset_n_o(ddr_reset_n_o)) ; 
            end
    endgenerate
    mem_ipgen_lscc_pll #(.CLKI_FREQ(CLKI_FREQ),
            .CLKOP_FREQ_ACTUAL(CLKOP_FREQ_ACTUAL),
            .CLKOS_FREQ_ACTUAL(CLKOS_FREQ_ACTUAL),
            .CLKOS2_FREQ_ACTUAL(CLKOS2_FREQ_ACTUAL),
            .CLKOS3_FREQ_ACTUAL(CLKOS3_FREQ_ACTUAL),
            .CLKOS4_FREQ_ACTUAL(CLKOS4_FREQ_ACTUAL),
            .CLKOS5_FREQ_ACTUAL(CLKOS5_FREQ_ACTUAL),
            .CLKOP_PHASE_ACTUAL(CLKOP_PHASE_ACTUAL),
            .CLKOS_PHASE_ACTUAL(CLKOS_PHASE_ACTUAL),
            .CLKOS2_PHASE_ACTUAL(CLKOS2_PHASE_ACTUAL),
            .CLKOS3_PHASE_ACTUAL(CLKOS3_PHASE_ACTUAL),
            .CLKOS4_PHASE_ACTUAL(CLKOS4_PHASE_ACTUAL),
            .CLKOS5_PHASE_ACTUAL(CLKOS5_PHASE_ACTUAL),
            .CLKOS_EN(CLKOS_EN),
            .CLKOS2_EN(CLKOS2_EN),
            .CLKOS3_EN(CLKOS3_EN),
            .CLKOS4_EN(CLKOS4_EN),
            .CLKOS5_EN(CLKOS5_EN),
            .CLKOP_BYPASS(CLKOP_BYPASS),
            .CLKOS_BYPASS(CLKOS_BYPASS),
            .CLKOS2_BYPASS(CLKOS2_BYPASS),
            .CLKOS3_BYPASS(CLKOS3_BYPASS),
            .CLKOS4_BYPASS(CLKOS4_BYPASS),
            .CLKOS5_BYPASS(CLKOS5_BYPASS),
            .ENCLKOP_EN(ENCLKOP_EN),
            .ENCLKOS_EN(ENCLKOS_EN),
            .ENCLKOS2_EN(ENCLKOS2_EN),
            .ENCLKOS3_EN(ENCLKOS3_EN),
            .ENCLKOS4_EN(ENCLKOS4_EN),
            .ENCLKOS5_EN(ENCLKOS5_EN),
            .FRAC_N_EN(FRAC_N_EN),
            .SS_EN(SS_EN),
            .DYN_PORTS_EN(DYN_PORTS_EN),
            .PLL_RST(PLL_RST),
            .LOCK_EN(LOCK_EN),
            .PLL_LOCK_STICKY(PLL_LOCK_STICKY),
            .LEGACY_EN(LEGACY_EN),
            .LMMI_EN(LMMI_EN),
            .APB_EN(APB_EN),
            .POWERDOWN_EN(POWERDOWN_EN),
            .TRIM_EN_P(TRIM_EN_P),
            .TRIM_EN_S(TRIM_EN_S),
            .PLL_REFCLK_FROM_PIN(PLL_REFCLK_FROM_PIN),
            .IO_TYPE(PLL_IO_TYPE),
            .CLKOP_TRIM_MODE(CLKOP_TRIM_MODE),
            .CLKOS_TRIM_MODE(CLKOS_TRIM_MODE),
            .CLKOP_TRIM(CLKOP_TRIM),
            .CLKOS_TRIM(CLKOS_TRIM),
            .FBK_MODE(FBK_MODE),
            .CLKI_DIVIDER_ACTUAL_STR(CLKI_DIVIDER_ACTUAL_STR),
            .FBCLK_DIVIDER_ACTUAL_STR(FBCLK_DIVIDER_ACTUAL_STR),
            .DIVOP_ACTUAL_STR(DIVOP_ACTUAL_STR),
            .DIVOS_ACTUAL_STR(DIVOS_ACTUAL_STR),
            .DIVOS2_ACTUAL_STR(DIVOS2_ACTUAL_STR),
            .DIVOS3_ACTUAL_STR(DIVOS3_ACTUAL_STR),
            .DIVOS4_ACTUAL_STR(DIVOS4_ACTUAL_STR),
            .DIVOS5_ACTUAL_STR(DIVOS5_ACTUAL_STR),
            .SSC_N_CODE_STR(SSC_N_CODE_STR),
            .SSC_F_CODE_STR(SSC_F_CODE_STR),
            .SSC_PROFILE(SSC_PROFILE),
            .SSC_TBASE_STR(SSC_TBASE_STR),
            .SSC_STEP_IN_STR(SSC_STEP_IN_STR),
            .SSC_REG_WEIGHTING_SEL_STR(SSC_REG_WEIGHTING_SEL_STR),
            .DELA(DELA),
            .DELB(DELB),
            .DELC(DELC),
            .DELD(DELD),
            .DELE(DELE),
            .DELF(DELF),
            .PHIA(PHIA),
            .PHIB(PHIB),
            .PHIC(PHIC),
            .PHID(PHID),
            .PHIE(PHIE),
            .PHIF(PHIF),
            .EN_REFCLK_MON(EN_REFCLK_MON),
            .REF_COUNTS(REF_COUNTS),
            .INTFBKDEL_SEL(INTFBKDEL_SEL),
            .PMU_WAITFORLOCK(PMU_WAITFORLOCK),
            .REF_OSC_CTRL(REF_OSC_CTRL),
            .SIM_FLOAT_PRECISION(SIM_FLOAT_PRECISION),
            .IPI_CMP(IPI_CMP),
            .CSET(CSET),
            .CRIPPLE(CRIPPLE),
            .IPP_CTRL(IPP_CTRL),
            .IPP_SEL(IPP_SEL),
            .BW_CTL_BIAS(BW_CTL_BIAS),
            .V2I_PP_RES(V2I_PP_RES),
            .KP_VCO(KP_VCO),
            .V2I_KVCO_SEL(V2I_KVCO_SEL),
            .V2I_1V_EN(V2I_1V_EN)) u_pll (.clki_i(pll_refclk_i), 
                .usr_fbclk_i(1'b0), 
                .rstn_i(pll_rst_n_i), 
                .legacy_i(1'b1), 
                .refdetreset(1'b0), 
                .refdetlos(), 
                .pllpd_en_n_i(1'b1), 
                .phasedir_i(1'b0), 
                .phasestep_i(1'b0), 
                .phaseloadreg_i(1'b0), 
                .phasesel_i(3'b000), 
                .enclkop_i(1'b1), 
                .enclkos_i(op_clk_en_w), 
                .enclkos2_i(1'b1), 
                .enclkos3_i(1'b1), 
                .enclkos4_i(1'b1), 
                .enclkos5_i(1'b1), 
                .clkop_o(),  // CLKOP is feedback since it is stable
            .clkos_o(eclk_w), 
                .clkos2_o(), 
                .clkos3_o(), 
                .clkos4_o(), 
                .clkos5_o(), 
                .lock_o(pll_lock_w), 
                .lmmi_clk_i(sync_clk_i), 
                .lmmi_resetn_i(sync_rst_n_i), 
                .lmmi_request_i(lmmi_request), 
                .lmmi_wr_rdn_i(addr_count[0]),  // Read then write
            .lmmi_offset_i(lmmi_offset), 
                .lmmi_wdata_i(lmmi_wdata), 
                .lmmi_rdata_o(lmmi_rdata), 
                .lmmi_rdata_valid_o(), 
                .lmmi_ready_o(lmmi_ready), 
                .apb_pclk_i(1'b0), 
                .apb_preset_n_i(1'b1), 
                .apb_penable_i(1'b0), 
                .apb_psel_i(1'b0), 
                .apb_pwrite_i(1'b0), 
                .apb_paddr_i(7'b0000000), 
                .apb_pwdata_i(8'b00000000), 
                .apb_pready_o(), 
                .apb_pslverr_o(), 
                .apb_prdata_o()) ; 
    assign pll_lock_o = pll_lock_w ; 
    // move to separate module later
    function [7:0] decstr2int( 
        input [(8 * 4):1] str_val )  ; 
        begin
            case (str_val)
            "0" : 
                decstr2int = 0 ;
            "1" : 
                decstr2int = 1 ;
            "2" : 
                decstr2int = 2 ;
            "3" : 
                decstr2int = 3 ;
            "4" : 
                decstr2int = 4 ;
            "5" : 
                decstr2int = 5 ;
            "6" : 
                decstr2int = 6 ;
            "7" : 
                decstr2int = 7 ;
            "8" : 
                decstr2int = 8 ;
            "9" : 
                decstr2int = 9 ;
            "10" : 
                decstr2int = 10 ;
            "11" : 
                decstr2int = 11 ;
            "12" : 
                decstr2int = 12 ;
            "13" : 
                decstr2int = 13 ;
            "14" : 
                decstr2int = 14 ;
            "15" : 
                decstr2int = 15 ;
            "16" : 
                decstr2int = 16 ;
            "17" : 
                decstr2int = 17 ;
            "18" : 
                decstr2int = 18 ;
            "19" : 
                decstr2int = 19 ;
            "20" : 
                decstr2int = 20 ;
            "21" : 
                decstr2int = 21 ;
            "22" : 
                decstr2int = 22 ;
            "23" : 
                decstr2int = 23 ;
            "24" : 
                decstr2int = 24 ;
            "25" : 
                decstr2int = 25 ;
            "26" : 
                decstr2int = 26 ;
            "27" : 
                decstr2int = 27 ;
            "28" : 
                decstr2int = 28 ;
            "29" : 
                decstr2int = 29 ;
            "30" : 
                decstr2int = 30 ;
            "31" : 
                decstr2int = 31 ;
            "32" : 
                decstr2int = 32 ;
            "33" : 
                decstr2int = 33 ;
            "34" : 
                decstr2int = 34 ;
            "35" : 
                decstr2int = 35 ;
            "36" : 
                decstr2int = 36 ;
            "37" : 
                decstr2int = 37 ;
            "38" : 
                decstr2int = 38 ;
            "39" : 
                decstr2int = 39 ;
            "40" : 
                decstr2int = 40 ;
            "41" : 
                decstr2int = 41 ;
            "42" : 
                decstr2int = 42 ;
            "43" : 
                decstr2int = 43 ;
            "44" : 
                decstr2int = 44 ;
            "45" : 
                decstr2int = 45 ;
            "46" : 
                decstr2int = 46 ;
            "47" : 
                decstr2int = 47 ;
            "48" : 
                decstr2int = 48 ;
            "49" : 
                decstr2int = 49 ;
            "50" : 
                decstr2int = 50 ;
            "51" : 
                decstr2int = 51 ;
            "52" : 
                decstr2int = 52 ;
            "53" : 
                decstr2int = 53 ;
            "54" : 
                decstr2int = 54 ;
            "55" : 
                decstr2int = 55 ;
            "56" : 
                decstr2int = 56 ;
            "57" : 
                decstr2int = 57 ;
            "58" : 
                decstr2int = 58 ;
            "59" : 
                decstr2int = 59 ;
            "60" : 
                decstr2int = 60 ;
            "61" : 
                decstr2int = 61 ;
            "62" : 
                decstr2int = 62 ;
            "63" : 
                decstr2int = 63 ;
            "64" : 
                decstr2int = 64 ;
            "65" : 
                decstr2int = 65 ;
            "66" : 
                decstr2int = 66 ;
            "67" : 
                decstr2int = 67 ;
            "68" : 
                decstr2int = 68 ;
            "69" : 
                decstr2int = 69 ;
            "70" : 
                decstr2int = 70 ;
            "71" : 
                decstr2int = 71 ;
            "72" : 
                decstr2int = 72 ;
            "73" : 
                decstr2int = 73 ;
            "74" : 
                decstr2int = 74 ;
            "75" : 
                decstr2int = 75 ;
            "76" : 
                decstr2int = 76 ;
            "77" : 
                decstr2int = 77 ;
            "78" : 
                decstr2int = 78 ;
            "79" : 
                decstr2int = 79 ;
            "80" : 
                decstr2int = 80 ;
            "81" : 
                decstr2int = 81 ;
            "82" : 
                decstr2int = 82 ;
            "83" : 
                decstr2int = 83 ;
            "84" : 
                decstr2int = 84 ;
            "85" : 
                decstr2int = 85 ;
            "86" : 
                decstr2int = 86 ;
            "87" : 
                decstr2int = 87 ;
            "88" : 
                decstr2int = 88 ;
            "89" : 
                decstr2int = 89 ;
            "90" : 
                decstr2int = 90 ;
            "91" : 
                decstr2int = 91 ;
            "92" : 
                decstr2int = 92 ;
            "93" : 
                decstr2int = 93 ;
            "94" : 
                decstr2int = 94 ;
            "95" : 
                decstr2int = 95 ;
            "96" : 
                decstr2int = 96 ;
            "97" : 
                decstr2int = 97 ;
            "98" : 
                decstr2int = 98 ;
            "99" : 
                decstr2int = 99 ;
            "100" : 
                decstr2int = 100 ;
            "101" : 
                decstr2int = 101 ;
            "102" : 
                decstr2int = 102 ;
            "103" : 
                decstr2int = 103 ;
            "104" : 
                decstr2int = 104 ;
            "105" : 
                decstr2int = 105 ;
            "106" : 
                decstr2int = 106 ;
            "107" : 
                decstr2int = 107 ;
            "108" : 
                decstr2int = 108 ;
            "109" : 
                decstr2int = 109 ;
            "110" : 
                decstr2int = 110 ;
            "111" : 
                decstr2int = 111 ;
            "112" : 
                decstr2int = 112 ;
            "113" : 
                decstr2int = 113 ;
            "114" : 
                decstr2int = 114 ;
            "115" : 
                decstr2int = 115 ;
            "116" : 
                decstr2int = 116 ;
            "117" : 
                decstr2int = 117 ;
            "118" : 
                decstr2int = 118 ;
            "119" : 
                decstr2int = 119 ;
            "120" : 
                decstr2int = 120 ;
            "121" : 
                decstr2int = 121 ;
            "122" : 
                decstr2int = 122 ;
            "123" : 
                decstr2int = 123 ;
            "124" : 
                decstr2int = 124 ;
            "125" : 
                decstr2int = 125 ;
            "126" : 
                decstr2int = 126 ;
            "127" : 
                decstr2int = 127 ;
            default : 
                decstr2int = 0 ;
            endcase 
        end
    endfunction
    function [3:0] binstr2int4( 
        input [((8 * 8) - 1):0] str_val )  ; 
        begin
            case (str_val)
            "0b0001" : 
                binstr2int4 = 1 ;
            "0b0010" : 
                binstr2int4 = 2 ;
            "0b0011" : 
                binstr2int4 = 3 ;
            "0b0100" : 
                binstr2int4 = 4 ;
            "0b0101" : 
                binstr2int4 = 5 ;
            "0b0110" : 
                binstr2int4 = 6 ;
            "0b0111" : 
                binstr2int4 = 7 ;
            "0b1000" : 
                binstr2int4 = 8 ;
            "0b1001" : 
                binstr2int4 = 9 ;
            "0b1010" : 
                binstr2int4 = 10 ;
            "0b1011" : 
                binstr2int4 = 11 ;
            "0b1100" : 
                binstr2int4 = 12 ;
            "0b1101" : 
                binstr2int4 = 13 ;
            "0b1110" : 
                binstr2int4 = 14 ;
            "0b1111" : 
                binstr2int4 = 15 ;
            default : 
                binstr2int4 = 0 ;
            endcase 
        end
    endfunction
    localparam [6:0] OP_DIVOP_INT = decstr2int(DIVOP_ACTUAL_STR) ; 
    localparam [6:0] OP_DIVOS_INT = decstr2int(DIVOS_ACTUAL_STR) ; 
    localparam [6:0] OP_DELA_INT = decstr2int(DELA) ; 
    localparam [6:0] OP_DELB_INT = decstr2int(DELB) ; 
    localparam [3:0] OP_IPP_CTRL_INT = binstr2int4(IPP_CTRL) ; 
    localparam [3:0] OP_IPI_CMP_INT = binstr2int4(IPI_CMP) ; 
    // FIXME: may need to check for other refclk values
    localparam [6:0] CBT_DIVOP_INT = 7 ; //decstr2int(DIVOP_ACTUAL_STR);
    localparam [6:0] CBT_DIVOS_INT = 15 ; //decstr2int(DIVOS_ACTUAL_STR);
    localparam [6:0] CBT_DELA_INT = 7 ; //decstr2int(DELA);
    localparam [6:0] CBT_DELB_INT = 15 ; //decstr2int(DELB);
    localparam [3:0] CBT_IPP_CTRL_INT = 4 ; //binstr2int4(IPP_CTRL);
    localparam [3:0] CBT_IPI_CMP_INT = 4 ; //binstr2int4(IPI_CMP);
    reg lmmi_request_o ; 
    reg [6:0] lmmi_offset_o ; 
    reg [7:0] lmmi_wdata_o ; 
    assign lmmi_request = lmmi_request_o ; 
    assign lmmi_offset = lmmi_offset_o ; 
    assign lmmi_wdata = lmmi_wdata_o ; 
    always
        @(*)
        begin
            lmmi_offset_o = addr_count[7:1] ;
            if ((addr_count[7:1] == 0)) 
                //shadow update
                lmmi_wdata_o = 1 ;
            else
                if ((addr_count <= 107)) 
                    // write the read data// read data is 1 cycle delay
                    case (lmmi_offset_o)
                    6'h1A : 
                        lmmi_wdata_o = (sync_clk_sel ? {CBT_IPI_CMP_INT[2:0],
                                lmmi_rdata[4:0]} : {OP_IPI_CMP_INT[2:0],
                                lmmi_rdata[4:0]}) ;
                    6'h1B : 
                        lmmi_wdata_o = (sync_clk_sel ? {lmmi_rdata[7:5],
                                CBT_IPP_CTRL_INT,
                                CBT_IPI_CMP_INT[3]} : {lmmi_rdata[7:5],
                                OP_IPP_CTRL_INT,
                                OP_IPI_CMP_INT[3]}) ;
                    6'h24 : 
                        lmmi_wdata_o = (sync_clk_sel ? {CBT_DELA_INT[4:0],
                                lmmi_rdata[2:0]} : {OP_DELA_INT[4:0],
                                lmmi_rdata[2:0]}) ;
                    6'h25 : 
                        lmmi_wdata_o = (sync_clk_sel ? {CBT_DELB_INT[5:0],
                                CBT_DELA_INT[6:5]} : {OP_DELB_INT[5:0],
                                OP_DELA_INT[6:5]}) ;
                    6'h26 : 
                        lmmi_wdata_o = (sync_clk_sel ? {lmmi_rdata[7:1],
                                CBT_DELB_INT[6]} : {lmmi_rdata[7:1],
                                OP_DELB_INT[6]}) ;
                    6'h29 : 
                        lmmi_wdata_o = (sync_clk_sel ? {CBT_DIVOP_INT[2:0],
                                lmmi_rdata[4:0]} : {OP_DIVOP_INT[2:0],
                                lmmi_rdata[4:0]}) ;
                    6'h2A : 
                        lmmi_wdata_o = (sync_clk_sel ? {CBT_DIVOS_INT[3:0],
                                CBT_DIVOP_INT[6:3]} : {OP_DIVOS_INT[3:0],
                                OP_DIVOP_INT[6:3]}) ;
                    6'h2B : 
                        lmmi_wdata_o = (sync_clk_sel ? {lmmi_rdata[7:3],
                                CBT_DIVOS_INT[6:4]} : {lmmi_rdata[7:3],
                                OP_DIVOS_INT[6:4]}) ;
                    6'h00 : 
                        lmmi_wdata_o = 8'h01 ;
                    default : 
                        lmmi_wdata_o = lmmi_rdata ;
                    endcase 
                else
                    lmmi_wdata_o = 0 ;
        end
    always
        @(posedge sync_clk_i or 
            negedge sync_rst_n_i)
        begin
            if ((!sync_rst_n_i)) 
                begin
                    addr_count <=  8'h02 ;
                end
            else
                begin
                    if ((lmmi_request_o && lmmi_ready)) 
                        if ((addr_count <= 107)) 
                            addr_count <=  (addr_count + 8'h01) ;
                        else
                            addr_count <=  8'h01 ;
                    else
                        // shadow update with write
                        addr_count <=  2 ;
                end
        end
    reg op_clk_en_r ; 
    always
        @(posedge sync_clk_i or 
            negedge sync_rst_n_i)
        begin
            if ((!sync_rst_n_i)) 
                begin
                    lmmi_request_o <=  1'b0 ;
                    sync_upd_done_r <=  1'b0 ;
                    pll_rst_n_r <=  1'b0 ;
                    op_clk_en_r <=  1'b1 ;
                end
            else
                begin
                    op_clk_en_r <=  op_clk_en_w ;
                    if (sync_clk_update) 
                        lmmi_request_o <=  1'b1 ;
                    else
                        if ((lmmi_ready && (lmmi_offset_o == 6'h00))) 
                            // The last PLL address to write
                            lmmi_request_o <=  1'b0 ;
                    if (sync_clk_update) 
                        sync_upd_done_r <=  1'b0 ;
                    else
                        if (((lmmi_ready && lmmi_request_o) && (lmmi_offset_o == 6'h00))) 
                            sync_upd_done_r <=  1'b1 ;
                        else
                            if ((((!lmmi_request_o) && op_clk_en_r) && (!op_clk_en_w))) 
                                // clock is disabled without clock frequency change 
                                sync_upd_done_r <=  1'b1 ;
                end
        end

// 4Nu
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2017 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               : Radiant Software 1.1
// File                  : lscc_ram_dp_true.v
// Title                 :
// Dependencies          :
// Description           : Implements a true Dual Port RAM using EBR.
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             :
// Mod. Date             :
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_lscc_ram_dp_true #(parameter FAMILY = "common", 
        parameter ADDR_DEPTH_A = 1024, 
        parameter ADDR_WIDTH_A = clog2(ADDR_DEPTH_A), 
        parameter DATA_WIDTH_A = 36, 
        parameter ADDR_DEPTH_B = 1024, 
        parameter ADDR_WIDTH_B = clog2(ADDR_DEPTH_B), 
        parameter DATA_WIDTH_B = 36, 
        parameter REGMODE_A = "reg", 
        parameter REGMODE_B = "reg", 
        parameter GSR = "enable", 
        parameter RESETMODE_A = "sync", 
        parameter RESETMODE_B = "sync", 
        parameter RESET_RELEASE_A = "sync", 
        parameter RESET_RELEASE_B = "sync", 
        parameter INIT_FILE = "none", 
        parameter INIT_FILE_FORMAT = "binary", 
        parameter MODULE_TYPE = "ram_dp_true", 
        parameter INIT_MODE = "none", 
        parameter BYTE_ENABLE_A = 0, 
        parameter BYTE_SIZE_A = 9, 
        parameter BYTE_WIDTH_A = ((BYTE_ENABLE_A == 1) ? roundUP(DATA_WIDTH_A,
                BYTE_SIZE_A) : 1), 
        parameter BYTE_EN_POL_A = "active-high", 
        parameter WRITE_MODE_A = "normal", 
        parameter BYTE_ENABLE_B = 0, 
        parameter BYTE_SIZE_B = 9, 
        parameter BYTE_WIDTH_B = ((BYTE_ENABLE_B == 1) ? roundUP(DATA_WIDTH_B,
                BYTE_SIZE_B) : 1), 
        parameter BYTE_EN_POL_B = "active-high", 
        parameter WRITE_MODE_B = "normal", 
        parameter PIPELINES = 0, 
        parameter ECC_ENABLE = 0, 
        parameter MEM_ID = "MEM0", 
        parameter MEM_SIZE = "36,1024", 
        parameter INIT_VALUE_00 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_01 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_02 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_03 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_04 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_05 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_06 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_07 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_08 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_09 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_10 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_11 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_12 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_13 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_14 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_15 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_16 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_17 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_18 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_19 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_20 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_21 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_22 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_23 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_24 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_25 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_26 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_27 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_28 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_29 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_30 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_31 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_32 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_33 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_34 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_35 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_36 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_37 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_38 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_39 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3F = "0x0000000000000000000000000000000000000000000000000000000000000000") (
    // -----------------------------------------------------------------------------
    // Input/Output Ports
    // -----------------------------------------------------------------------------
    input [(ADDR_WIDTH_A - 1):0] addr_a_i, 
    input [(ADDR_WIDTH_B - 1):0] addr_b_i, 
    input [(DATA_WIDTH_A - 1):0] wr_data_a_i, 
    input [(DATA_WIDTH_B - 1):0] wr_data_b_i, 
    input clk_a_i, 
    input clk_b_i, 
    input clk_en_a_i, 
    input clk_en_b_i, 
    input wr_en_a_i, 
    input wr_en_b_i, 
    input rst_a_i, 
    input rst_b_i, 
    input [(BYTE_WIDTH_A - 1):0] ben_a_i, 
    input [(BYTE_WIDTH_B - 1):0] ben_b_i, 
    output [(DATA_WIDTH_A - 1):0] rd_data_a_o, 
    output [(DATA_WIDTH_B - 1):0] rd_data_b_o, 
    output ecc_one_err_a_o, 
    output ecc_two_err_a_o, 
    output ecc_one_err_b_o, 
    output ecc_two_err_b_o) ;
    localparam T_FAMILY = ((((((FAMILY == "LFD2NX") || (FAMILY == "LFCPNX")) || (FAMILY == "LFMXO5")) || (FAMILY == "UT24C")) || (FAMILY == "UT24CP")) ? "LIFCL" : FAMILY) ; 
    mem_ipgen_lscc_ram_dp_true_main #(.FAMILY(T_FAMILY),
            .ADDR_DEPTH_A(ADDR_DEPTH_A),
            .ADDR_WIDTH_A(ADDR_WIDTH_A),
            .DATA_WIDTH_A(DATA_WIDTH_A),
            .ADDR_DEPTH_B(ADDR_DEPTH_B),
            .ADDR_WIDTH_B(ADDR_WIDTH_B),
            .DATA_WIDTH_B(DATA_WIDTH_B),
            .REGMODE_A(REGMODE_A),
            .REGMODE_B(REGMODE_B),
            .GSR(GSR),
            .RESETMODE_A(RESETMODE_A),
            .RESETMODE_B(RESETMODE_B),
            .RESET_RELEASE_A(RESET_RELEASE_A),
            .RESET_RELEASE_B(RESET_RELEASE_B),
            .INIT_FILE(INIT_FILE),
            .INIT_FILE_FORMAT(INIT_FILE_FORMAT),
            .MODULE_TYPE(MODULE_TYPE),
            .INIT_MODE(INIT_MODE),
            .BYTE_ENABLE_A(BYTE_ENABLE_A),
            .BYTE_SIZE_A(BYTE_SIZE_A),
            .BYTE_WIDTH_A(BYTE_WIDTH_A),
            .BYTE_EN_POL_A(BYTE_EN_POL_A),
            .WRITE_MODE_A(WRITE_MODE_A),
            .BYTE_ENABLE_B(BYTE_ENABLE_B),
            .BYTE_SIZE_B(BYTE_SIZE_B),
            .BYTE_WIDTH_B(BYTE_WIDTH_B),
            .BYTE_EN_POL_B(BYTE_EN_POL_B),
            .WRITE_MODE_B(WRITE_MODE_B),
            .PIPELINES(PIPELINES),
            .ECC_ENABLE(ECC_ENABLE),
            .MEM_ID(MEM_ID),
            .MEM_SIZE(MEM_SIZE),
            .INIT_VALUE_00(INIT_VALUE_00),
            .INIT_VALUE_01(INIT_VALUE_01),
            .INIT_VALUE_02(INIT_VALUE_02),
            .INIT_VALUE_03(INIT_VALUE_03),
            .INIT_VALUE_04(INIT_VALUE_04),
            .INIT_VALUE_05(INIT_VALUE_05),
            .INIT_VALUE_06(INIT_VALUE_06),
            .INIT_VALUE_07(INIT_VALUE_07),
            .INIT_VALUE_08(INIT_VALUE_08),
            .INIT_VALUE_09(INIT_VALUE_09),
            .INIT_VALUE_0A(INIT_VALUE_0A),
            .INIT_VALUE_0B(INIT_VALUE_0B),
            .INIT_VALUE_0C(INIT_VALUE_0C),
            .INIT_VALUE_0D(INIT_VALUE_0D),
            .INIT_VALUE_0E(INIT_VALUE_0E),
            .INIT_VALUE_0F(INIT_VALUE_0F),
            .INIT_VALUE_10(INIT_VALUE_10),
            .INIT_VALUE_11(INIT_VALUE_11),
            .INIT_VALUE_12(INIT_VALUE_12),
            .INIT_VALUE_13(INIT_VALUE_13),
            .INIT_VALUE_14(INIT_VALUE_14),
            .INIT_VALUE_15(INIT_VALUE_15),
            .INIT_VALUE_16(INIT_VALUE_16),
            .INIT_VALUE_17(INIT_VALUE_17),
            .INIT_VALUE_18(INIT_VALUE_18),
            .INIT_VALUE_19(INIT_VALUE_19),
            .INIT_VALUE_1A(INIT_VALUE_1A),
            .INIT_VALUE_1B(INIT_VALUE_1B),
            .INIT_VALUE_1C(INIT_VALUE_1C),
            .INIT_VALUE_1D(INIT_VALUE_1D),
            .INIT_VALUE_1E(INIT_VALUE_1E),
            .INIT_VALUE_1F(INIT_VALUE_1F),
            .INIT_VALUE_20(INIT_VALUE_20),
            .INIT_VALUE_21(INIT_VALUE_21),
            .INIT_VALUE_22(INIT_VALUE_22),
            .INIT_VALUE_23(INIT_VALUE_23),
            .INIT_VALUE_24(INIT_VALUE_24),
            .INIT_VALUE_25(INIT_VALUE_25),
            .INIT_VALUE_26(INIT_VALUE_26),
            .INIT_VALUE_27(INIT_VALUE_27),
            .INIT_VALUE_28(INIT_VALUE_28),
            .INIT_VALUE_29(INIT_VALUE_29),
            .INIT_VALUE_2A(INIT_VALUE_2A),
            .INIT_VALUE_2B(INIT_VALUE_2B),
            .INIT_VALUE_2C(INIT_VALUE_2C),
            .INIT_VALUE_2D(INIT_VALUE_2D),
            .INIT_VALUE_2E(INIT_VALUE_2E),
            .INIT_VALUE_2F(INIT_VALUE_2F),
            .INIT_VALUE_30(INIT_VALUE_30),
            .INIT_VALUE_31(INIT_VALUE_31),
            .INIT_VALUE_32(INIT_VALUE_32),
            .INIT_VALUE_33(INIT_VALUE_33),
            .INIT_VALUE_34(INIT_VALUE_34),
            .INIT_VALUE_35(INIT_VALUE_35),
            .INIT_VALUE_36(INIT_VALUE_36),
            .INIT_VALUE_37(INIT_VALUE_37),
            .INIT_VALUE_38(INIT_VALUE_38),
            .INIT_VALUE_39(INIT_VALUE_39),
            .INIT_VALUE_3A(INIT_VALUE_3A),
            .INIT_VALUE_3B(INIT_VALUE_3B),
            .INIT_VALUE_3C(INIT_VALUE_3C),
            .INIT_VALUE_3D(INIT_VALUE_3D),
            .INIT_VALUE_3E(INIT_VALUE_3E),
            .INIT_VALUE_3F(INIT_VALUE_3F)) mem_main (.addr_a_i(addr_a_i), 
                .addr_b_i(addr_b_i), 
                .wr_data_a_i(wr_data_a_i), 
                .wr_data_b_i(wr_data_b_i), 
                .clk_a_i(clk_a_i), 
                .clk_b_i(clk_b_i), 
                .clk_en_a_i(clk_en_a_i), 
                .clk_en_b_i(clk_en_b_i), 
                .wr_en_a_i(wr_en_a_i), 
                .wr_en_b_i(wr_en_b_i), 
                .rst_a_i(rst_a_i), 
                .rst_b_i(rst_b_i), 
                .ben_a_i(ben_a_i), 
                .ben_b_i(ben_b_i), 
                .rd_data_a_o(rd_data_a_o), 
                .rd_data_b_o(rd_data_b_o), 
                .ecc_one_err_a_o(ecc_one_err_a_o), 
                .ecc_two_err_a_o(ecc_two_err_a_o), 
                .ecc_one_err_b_o(ecc_one_err_b_o), 
                .ecc_two_err_b_o(ecc_two_err_b_o)) ; 
    function [31:0] clog2 ; 
        input [31:0] value ; 
        reg [31:0] num ; 
        begin
            num = (value - 1) ;
            for (clog2 = 0 ; (num > 0) ; clog2 = (clog2 + 1))
                num = (num >> 1) ;
        end
    endfunction
    function [31:0] roundUP ; 
        input [31:0] dividend ; 
        input [31:0] divisor ; 
        begin
            if ((divisor == 1)) 
                begin
                    roundUP = dividend ;
                end
            else
                if ((divisor == dividend)) 
                    begin
                        roundUP = 1 ;
                    end
                else
                    begin
                        roundUP = ((dividend / divisor) + (((dividend % divisor) == 0) ? 0 : 1)) ;
                    end
        end
    endfunction
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2017 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               : Radiant Software 1.1
// File                  : lscc_ram_dp_true_main.v
// Title                 :
// Dependencies          :
// Description           : Implements a true Dual Port RAM using EBR.
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             :
// Mod. Date             :
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_lscc_ram_dp_true_main #(parameter _FCODE_LIFCL_ = 1, 
        parameter _FCODE_COMMON_ = 0, 
        parameter FAMILY = "common", 
        parameter FAMILY_CODE = ((FAMILY == "LIFCL") ? _FCODE_LIFCL_ : _FCODE_COMMON_), 
        parameter ADDR_DEPTH_A = 1024, 
        parameter ADDR_WIDTH_A = clog2(ADDR_DEPTH_A), 
        parameter DATA_WIDTH_A = 36, 
        parameter ADDR_DEPTH_B = 1024, 
        parameter ADDR_WIDTH_B = clog2(ADDR_DEPTH_B), 
        parameter DATA_WIDTH_B = 36, 
        parameter REGMODE_A = "reg", 
        parameter REGMODE_B = "reg", 
        parameter GSR = "enable", 
        parameter RESETMODE_A = "sync", 
        parameter RESETMODE_B = "sync", 
        parameter RESET_RELEASE_A = "sync", 
        parameter RESET_RELEASE_B = "sync", 
        parameter INIT_FILE = "none", 
        parameter INIT_FILE_FORMAT = "binary", 
        parameter MODULE_TYPE = "ram_dp_true", 
        parameter INIT_MODE = "none", 
        parameter BYTE_ENABLE_A = 0, 
        parameter BYTE_SIZE_A = getByteSize(DATA_WIDTH_A,
                FAMILY_CODE), 
        parameter BYTE_WIDTH_A = ((BYTE_ENABLE_A == 1) ? roundUP(DATA_WIDTH_A,
                BYTE_SIZE_A) : 1), 
        parameter BYTE_EN_POL_A = "active-high", 
        parameter WRITE_MODE_A = "normal", 
        parameter BYTE_ENABLE_B = 0, 
        parameter BYTE_SIZE_B = getByteSize(DATA_WIDTH_B,
                FAMILY_CODE), 
        parameter BYTE_WIDTH_B = ((BYTE_ENABLE_B == 1) ? roundUP(DATA_WIDTH_B,
                BYTE_SIZE_B) : 1), 
        parameter BYTE_EN_POL_B = "active-high", 
        parameter WRITE_MODE_B = "normal", 
        parameter PIPELINES = 0, 
        parameter ECC_ENABLE = 0, 
        parameter MEM_ID = "MEM0", 
        parameter MEM_SIZE = "18,1024", 
        parameter INIT_VALUE_00 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_01 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_02 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_03 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_04 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_05 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_06 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_07 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_08 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_09 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_10 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_11 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_12 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_13 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_14 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_15 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_16 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_17 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_18 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_19 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_20 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_21 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_22 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_23 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_24 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_25 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_26 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_27 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_28 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_29 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_30 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_31 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_32 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_33 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_34 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_35 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_36 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_37 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_38 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_39 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3F = "0x0000000000000000000000000000000000000000000000000000000000000000") (
    // -----------------------------------------------------------------------------
    // Input/Output Ports
    // -----------------------------------------------------------------------------
    input [(ADDR_WIDTH_A - 1):0] addr_a_i, 
    input [(ADDR_WIDTH_B - 1):0] addr_b_i, 
    input [(DATA_WIDTH_A - 1):0] wr_data_a_i, 
    input [(DATA_WIDTH_B - 1):0] wr_data_b_i, 
    input clk_a_i, 
    input clk_b_i, 
    input clk_en_a_i, 
    input clk_en_b_i, 
    input wr_en_a_i, 
    input wr_en_b_i, 
    input rst_a_i, 
    input rst_b_i, 
    input [(BYTE_WIDTH_A - 1):0] ben_a_i, 
    input [(BYTE_WIDTH_B - 1):0] ben_b_i, 
    output [(DATA_WIDTH_A - 1):0] rd_data_a_o, 
    output [(DATA_WIDTH_B - 1):0] rd_data_b_o, 
    output ecc_one_err_a_o, 
    output ecc_two_err_a_o, 
    output ecc_one_err_b_o, 
    output ecc_two_err_b_o) ;
    wire [(DATA_WIDTH_A - 1):0] mem_out_a_w ; 
    wire [(DATA_WIDTH_B - 1):0] mem_out_b_w ; 
    mem_ipgen_lscc_write_through #(.FAMILY(FAMILY),
            .DATA_WIDTH(DATA_WIDTH_A),
            .REGMODE(REGMODE_A),
            .WRITE_MODE(WRITE_MODE_A)) inst_wr_a (.clk_i(clk_a_i), 
                .clk_en_i(clk_en_a_i), 
                .wr_en_i(wr_en_a_i), 
                .rst_i(rst_a_i), 
                .wr_data_i(wr_data_a_i), 
                .mem_out_i(mem_out_a_w), 
                .rd_data_o(rd_data_a_o)) ; 
    mem_ipgen_lscc_write_through #(.FAMILY(FAMILY),
            .DATA_WIDTH(DATA_WIDTH_B),
            .REGMODE(REGMODE_B),
            .WRITE_MODE(WRITE_MODE_B)) inst_wr_b (.clk_i(clk_b_i), 
                .clk_en_i(clk_en_b_i), 
                .wr_en_i(wr_en_b_i), 
                .rst_i(rst_b_i), 
                .wr_data_i(wr_data_b_i), 
                .mem_out_i(mem_out_b_w), 
                .rd_data_o(rd_data_b_o)) ; 
    localparam T_REG_MODE_A = ((WRITE_MODE_A == "write-through") ? "noreg" : REGMODE_A) ; 
    localparam T_REG_MODE_B = ((WRITE_MODE_B == "write-through") ? "noreg" : REGMODE_B) ; 
    mem_ipgen_lscc_ram_dp_true_inst #(.FAMILY(FAMILY),
            .ADDR_DEPTH_A(ADDR_DEPTH_A),
            .ADDR_WIDTH_A(ADDR_WIDTH_A),
            .DATA_WIDTH_A(DATA_WIDTH_A),
            .ADDR_DEPTH_B(ADDR_DEPTH_B),
            .ADDR_WIDTH_B(ADDR_WIDTH_B),
            .DATA_WIDTH_B(DATA_WIDTH_B),
            .REGMODE_A(T_REG_MODE_A),
            .REGMODE_B(T_REG_MODE_B),
            .GSR(GSR),
            .RESETMODE_A(RESETMODE_A),
            .RESETMODE_B(RESETMODE_B),
            .RESET_RELEASE_A(RESET_RELEASE_A),
            .RESET_RELEASE_B(RESET_RELEASE_B),
            .INIT_FILE(INIT_FILE),
            .INIT_FILE_FORMAT(INIT_FILE_FORMAT),
            .MODULE_TYPE(MODULE_TYPE),
            .INIT_MODE(INIT_MODE),
            .BYTE_ENABLE_A(BYTE_ENABLE_A),
            .BYTE_SIZE_A(BYTE_SIZE_A),
            .BYTE_WIDTH_A(BYTE_WIDTH_A),
            .BYTE_EN_POL_A(BYTE_EN_POL_A),
            .BYTE_ENABLE_B(BYTE_ENABLE_B),
            .BYTE_SIZE_B(BYTE_SIZE_B),
            .BYTE_WIDTH_B(BYTE_WIDTH_B),
            .BYTE_EN_POL_B(BYTE_EN_POL_B),
            .PIPELINES(PIPELINES),
            .ECC_ENABLE(ECC_ENABLE),
            .MEM_ID(MEM_ID),
            .MEM_SIZE(MEM_SIZE),
            .INIT_VALUE_00(INIT_VALUE_00),
            .INIT_VALUE_01(INIT_VALUE_01),
            .INIT_VALUE_02(INIT_VALUE_02),
            .INIT_VALUE_03(INIT_VALUE_03),
            .INIT_VALUE_04(INIT_VALUE_04),
            .INIT_VALUE_05(INIT_VALUE_05),
            .INIT_VALUE_06(INIT_VALUE_06),
            .INIT_VALUE_07(INIT_VALUE_07),
            .INIT_VALUE_08(INIT_VALUE_08),
            .INIT_VALUE_09(INIT_VALUE_09),
            .INIT_VALUE_0A(INIT_VALUE_0A),
            .INIT_VALUE_0B(INIT_VALUE_0B),
            .INIT_VALUE_0C(INIT_VALUE_0C),
            .INIT_VALUE_0D(INIT_VALUE_0D),
            .INIT_VALUE_0E(INIT_VALUE_0E),
            .INIT_VALUE_0F(INIT_VALUE_0F),
            .INIT_VALUE_10(INIT_VALUE_10),
            .INIT_VALUE_11(INIT_VALUE_11),
            .INIT_VALUE_12(INIT_VALUE_12),
            .INIT_VALUE_13(INIT_VALUE_13),
            .INIT_VALUE_14(INIT_VALUE_14),
            .INIT_VALUE_15(INIT_VALUE_15),
            .INIT_VALUE_16(INIT_VALUE_16),
            .INIT_VALUE_17(INIT_VALUE_17),
            .INIT_VALUE_18(INIT_VALUE_18),
            .INIT_VALUE_19(INIT_VALUE_19),
            .INIT_VALUE_1A(INIT_VALUE_1A),
            .INIT_VALUE_1B(INIT_VALUE_1B),
            .INIT_VALUE_1C(INIT_VALUE_1C),
            .INIT_VALUE_1D(INIT_VALUE_1D),
            .INIT_VALUE_1E(INIT_VALUE_1E),
            .INIT_VALUE_1F(INIT_VALUE_1F),
            .INIT_VALUE_20(INIT_VALUE_20),
            .INIT_VALUE_21(INIT_VALUE_21),
            .INIT_VALUE_22(INIT_VALUE_22),
            .INIT_VALUE_23(INIT_VALUE_23),
            .INIT_VALUE_24(INIT_VALUE_24),
            .INIT_VALUE_25(INIT_VALUE_25),
            .INIT_VALUE_26(INIT_VALUE_26),
            .INIT_VALUE_27(INIT_VALUE_27),
            .INIT_VALUE_28(INIT_VALUE_28),
            .INIT_VALUE_29(INIT_VALUE_29),
            .INIT_VALUE_2A(INIT_VALUE_2A),
            .INIT_VALUE_2B(INIT_VALUE_2B),
            .INIT_VALUE_2C(INIT_VALUE_2C),
            .INIT_VALUE_2D(INIT_VALUE_2D),
            .INIT_VALUE_2E(INIT_VALUE_2E),
            .INIT_VALUE_2F(INIT_VALUE_2F),
            .INIT_VALUE_30(INIT_VALUE_30),
            .INIT_VALUE_31(INIT_VALUE_31),
            .INIT_VALUE_32(INIT_VALUE_32),
            .INIT_VALUE_33(INIT_VALUE_33),
            .INIT_VALUE_34(INIT_VALUE_34),
            .INIT_VALUE_35(INIT_VALUE_35),
            .INIT_VALUE_36(INIT_VALUE_36),
            .INIT_VALUE_37(INIT_VALUE_37),
            .INIT_VALUE_38(INIT_VALUE_38),
            .INIT_VALUE_39(INIT_VALUE_39),
            .INIT_VALUE_3A(INIT_VALUE_3A),
            .INIT_VALUE_3B(INIT_VALUE_3B),
            .INIT_VALUE_3C(INIT_VALUE_3C),
            .INIT_VALUE_3D(INIT_VALUE_3D),
            .INIT_VALUE_3E(INIT_VALUE_3E),
            .INIT_VALUE_3F(INIT_VALUE_3F)) uinst_0 (.addr_a_i(addr_a_i), 
                .addr_b_i(addr_b_i), 
                .wr_data_a_i(wr_data_a_i), 
                .wr_data_b_i(wr_data_b_i), 
                .clk_a_i(clk_a_i), 
                .clk_b_i(clk_b_i), 
                .clk_en_a_i(clk_en_a_i), 
                .clk_en_b_i(clk_en_b_i), 
                .wr_en_a_i(wr_en_a_i), 
                .wr_en_b_i(wr_en_b_i), 
                .rst_a_i(rst_a_i), 
                .rst_b_i(rst_b_i), 
                .ben_a_i(ben_a_i), 
                .ben_b_i(ben_b_i), 
                .rd_data_a_o(mem_out_a_w), 
                .rd_data_b_o(mem_out_b_w), 
                .ecc_one_err_a_o(ecc_one_err_a_o), 
                .ecc_two_err_a_o(ecc_two_err_a_o), 
                .ecc_one_err_b_o(ecc_one_err_b_o), 
                .ecc_two_err_b_o(ecc_two_err_b_o)) ; 
    //------------------------------------------------------------------------------
    // Function Definition
    //------------------------------------------------------------------------------
    function [31:0] getByteSize ; 
        input [31:0] data_width ; 
        input [31:0] dev_code ; 
        begin
            case (dev_code)
            _FCODE_LIFCL_ : 
                begin
                    if (((data_width % 9) == 0)) 
                        getByteSize = 9 ;
                    else
                        getByteSize = 8 ;
                end
            default : 
                getByteSize = 8 ;
            endcase 
        end
    endfunction
    function [31:0] roundUP ; 
        input [31:0] dividend ; 
        input [31:0] divisor ; 
        begin
            if ((divisor == 1)) 
                begin
                    roundUP = dividend ;
                end
            else
                if ((divisor == dividend)) 
                    begin
                        roundUP = 1 ;
                    end
                else
                    begin
                        roundUP = ((dividend / divisor) + (((dividend % divisor) == 0) ? 0 : 1)) ;
                    end
        end
    endfunction
    function [31:0] clog2 ; 
        input [31:0] value ; 
        reg [31:0] num ; 
        begin
            num = (value - 1) ;
            for (clog2 = 0 ; (num > 0) ; clog2 = (clog2 + 1))
                num = (num >> 1) ;
        end
    endfunction
endmodule



module mem_ipgen_lscc_write_through #(parameter FAMILY = "common", 
        parameter DATA_WIDTH = 36, 
        parameter REGMODE = "noreg", 
        parameter WRITE_MODE = "normal") (
    input clk_i, 
    input clk_en_i, 
    input wr_en_i, 
    input rst_i, 
    input [(DATA_WIDTH - 1):0] wr_data_i, 
    input [(DATA_WIDTH - 1):0] mem_out_i, 
    output [(DATA_WIDTH - 1):0] rd_data_o) ;
    if ((WRITE_MODE == "write-through")) 
        begin : WRITE_THROUGH
            reg [(DATA_WIDTH - 1):0] wr_data_p_r ; 
            reg wr_en_p_r ; 
            always
                @(posedge clk_i or 
                    posedge rst_i)
                begin
                    if (rst_i) 
                        begin
                            wr_data_p_r <=  {DATA_WIDTH{1'b0}} ;
                            wr_en_p_r <=  1'b0 ;
                        end
                    else
                        begin
                            wr_data_p_r <=  wr_data_i ;
                            wr_en_p_r <=  wr_en_i ;
                        end
                end
            if ((REGMODE == "noreg")) 
                begin : _NoRegMode
                    assign rd_data_o = (wr_en_p_r ? wr_data_p_r : mem_out_i) ; 
                end
            else
                begin : _RegMode
                    reg [(DATA_WIDTH - 1):0] rd_data_r ; 
                    wire [(DATA_WIDTH - 1):0] rd_data_nxt_w = (wr_en_p_r ? wr_data_p_r : mem_out_i) ; 
                    assign rd_data_o = rd_data_r ; 
                    always
                        @(posedge clk_i or 
                            posedge rst_i)
                        begin
                            if (rst_i) 
                                begin
                                    rd_data_r <=  {DATA_WIDTH{1'b0}} ;
                                end
                            else
                                begin
                                    rd_data_r <=  rd_data_nxt_w ;
                                end
                        end
                end
        end
    else
        begin : NORMAL
            assign rd_data_o = mem_out_i ; 
        end
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2017 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               : Radiant Software 1.1
// File                  : lscc_ram_dp_true_inst.v
// Title                 :
// Dependencies          :
// Description           : Implements a true Dual Port RAM using EBR.
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             :
// Mod. Date             :
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_lscc_ram_dp_true_inst #(parameter _FCODE_LIFCL_ = 1, 
        parameter _FCODE_COMMON_ = 0, 
        parameter FAMILY = "common", 
        parameter FAMILY_CODE = ((FAMILY == "LIFCL") ? _FCODE_LIFCL_ : _FCODE_COMMON_), 
        parameter ADDR_DEPTH_A = 1024, 
        parameter ADDR_WIDTH_A = clog2(ADDR_DEPTH_A), 
        parameter DATA_WIDTH_A = 36, 
        parameter ADDR_DEPTH_B = 1024, 
        parameter ADDR_WIDTH_B = clog2(ADDR_DEPTH_B), 
        parameter DATA_WIDTH_B = 36, 
        parameter REGMODE_A = "reg", 
        parameter REGMODE_B = "reg", 
        parameter GSR = "enable", 
        parameter RESETMODE_A = "sync", 
        parameter RESETMODE_B = "sync", 
        parameter RESET_RELEASE_A = "sync", 
        parameter RESET_RELEASE_B = "sync", 
        parameter INIT_FILE = "none", 
        parameter INIT_FILE_FORMAT = "binary", 
        parameter MODULE_TYPE = "ram_dp_true", 
        parameter INIT_MODE = "none", 
        parameter BYTE_ENABLE_A = 0, 
        parameter BYTE_SIZE_A = getByteSize(DATA_WIDTH_A,
                FAMILY_CODE), 
        parameter BYTE_WIDTH_A = ((BYTE_ENABLE_A == 1) ? roundUP(DATA_WIDTH_A,
                BYTE_SIZE_A) : 1), 
        parameter BYTE_EN_POL_A = "active-high", 
        parameter BYTE_ENABLE_B = 0, 
        parameter BYTE_SIZE_B = getByteSize(DATA_WIDTH_B,
                FAMILY_CODE), 
        parameter BYTE_WIDTH_B = ((BYTE_ENABLE_B == 1) ? roundUP(DATA_WIDTH_B,
                BYTE_SIZE_B) : 1), 
        parameter BYTE_EN_POL_B = "active-high", 
        parameter PIPELINES = 0, 
        parameter ECC_ENABLE = 0, 
        parameter MEM_ID = "MEM0", 
        parameter MEM_SIZE = "18,1024", 
        parameter INIT_VALUE_00 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_01 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_02 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_03 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_04 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_05 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_06 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_07 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_08 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_09 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_10 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_11 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_12 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_13 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_14 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_15 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_16 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_17 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_18 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_19 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_20 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_21 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_22 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_23 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_24 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_25 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_26 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_27 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_28 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_29 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_30 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_31 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_32 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_33 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_34 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_35 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_36 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_37 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_38 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_39 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3F = "0x0000000000000000000000000000000000000000000000000000000000000000") (
    // -----------------------------------------------------------------------------
    // Input/Output Ports
    // -----------------------------------------------------------------------------
    input [(ADDR_WIDTH_A - 1):0] addr_a_i, 
    input [(ADDR_WIDTH_B - 1):0] addr_b_i, 
    input [(DATA_WIDTH_A - 1):0] wr_data_a_i, 
    input [(DATA_WIDTH_B - 1):0] wr_data_b_i, 
    input clk_a_i, 
    input clk_b_i, 
    input clk_en_a_i, 
    input clk_en_b_i, 
    input wr_en_a_i, 
    input wr_en_b_i, 
    input rst_a_i, 
    input rst_b_i, 
    input [(BYTE_WIDTH_A - 1):0] ben_a_i, 
    input [(BYTE_WIDTH_B - 1):0] ben_b_i, 
    output [(DATA_WIDTH_A - 1):0] rd_data_a_o, 
    output [(DATA_WIDTH_B - 1):0] rd_data_b_o, 
    output ecc_one_err_a_o, 
    output ecc_two_err_a_o, 
    output ecc_one_err_b_o, 
    output ecc_two_err_b_o) ;
    localparam STRING_LENGTH = 82 ; 
    genvar i0, 
        i1, 
        i_0, 
        i_1 ; 
    generate
        if ((FAMILY == "common")) 
            begin : behavioral
                (* syn_ramstyle="block_ram" *) reg [(DATA_WIDTH_A - 1):0] mem [((2 ** ADDR_WIDTH_A) - 1):0] ; 
                integer mem_i0 ; 
                initial
                    begin
                        if (((INIT_MODE == "mem_file") && (INIT_FILE != "none"))) 
                            begin
                                if ((INIT_FILE_FORMAT == "hex")) 
                                    begin
                                        $readmemh (INIT_FILE,
                                                mem,
                                                0,
                                                (ADDR_DEPTH_A - 1)) ;
                                    end
                                else
                                    begin
                                        $readmemb (INIT_FILE,
                                                mem,
                                                0,
                                                (ADDR_DEPTH_A - 1)) ;
                                    end
                            end
                    end
                reg [(DATA_WIDTH_A - 1):0] dataout_reg_a_r = {DATA_WIDTH_A{1'b0}} ; 
                reg [(DATA_WIDTH_A - 1):0] dataout_reg_buff_a_r = {DATA_WIDTH_A{1'b0}} ; 
                assign rd_data_a_o = ((REGMODE_A == "reg") ? dataout_reg_a_r : dataout_reg_buff_a_r) ; 
                always
                    @(posedge clk_a_i)
                    begin
                        if ((clk_en_a_i == 1'b1)) 
                            begin
                                if ((wr_en_a_i == 1'b1)) 
                                    begin
                                        mem[addr_a_i] <=  wr_data_a_i ;
                                    end
                                else
                                    begin
                                        dataout_reg_buff_a_r <=  mem[addr_a_i] ;
                                    end
                            end
                    end
                if ((REGMODE_A == "reg")) 
                    begin : _reg_a
                        if ((RESETMODE_A == "sync")) 
                            begin : _sync_rst_a
                                always
                                    @(posedge clk_a_i)
                                    begin
                                        if ((rst_a_i == 1'b1)) 
                                            begin
                                                dataout_reg_a_r <=  'h0 ;
                                            end
                                        else
                                            if ((wr_en_a_i == 1'b0)) 
                                                begin
                                                    dataout_reg_a_r <=  dataout_reg_buff_a_r ;
                                                end
                                    end
                            end
                        else
                            if ((RESET_RELEASE_A == "sync")) 
                                begin : _sync_rel_a
                                    always
                                        @(posedge clk_a_i or 
                                            posedge rst_a_i)
                                        begin
                                            if ((rst_a_i == 1'b1)) 
                                                begin
                                                    dataout_reg_a_r <=  'h0 ;
                                                end
                                            else
                                                if ((wr_en_a_i == 1'b0)) 
                                                    begin
                                                        dataout_reg_a_r <=  dataout_reg_buff_a_r ;
                                                    end
                                        end
                                end
                            else
                                begin : _async_rel_a
                                    reg [(DATA_WIDTH_A - 1):0] dataout_reg_a_buffered_r = {DATA_WIDTH_A{1'b0}} ; 
                                    always
                                        @(*)
                                        begin
                                            if ((rst_a_i == 1'b1)) 
                                                begin
                                                    dataout_reg_a_r = 'h0 ;
                                                end
                                            else
                                                if ((wr_en_a_i == 1'b0)) 
                                                    begin
                                                        dataout_reg_a_r = dataout_reg_a_buffered_r ;
                                                    end
                                        end
                                    always
                                        @(posedge clk_a_i)
                                        begin
                                            dataout_reg_a_buffered_r <=  dataout_reg_buff_a_r ;
                                        end
                                end
                    end
                reg [(DATA_WIDTH_B - 1):0] dataout_reg_b_r = {DATA_WIDTH_B{1'b0}} ; 
                reg [(DATA_WIDTH_B - 1):0] dataout_reg_buff_b_r = {DATA_WIDTH_B{1'b0}} ; 
                assign rd_data_b_o = ((REGMODE_B == "reg") ? dataout_reg_b_r : dataout_reg_buff_b_r) ; 
                always
                    @(posedge clk_b_i)
                    begin
                        if ((clk_en_b_i == 1'b1)) 
                            begin
                                if ((wr_en_b_i == 1'b1)) 
                                    begin
                                        mem[addr_b_i] <=  wr_data_b_i ;
                                    end
                                else
                                    begin
                                        dataout_reg_buff_b_r <=  mem[addr_b_i] ;
                                    end
                            end
                    end
                if ((REGMODE_B == "reg")) 
                    begin : _reg_b
                        if ((RESETMODE_B == "sync")) 
                            begin : _sync_rst_b
                                always
                                    @(posedge clk_b_i)
                                    begin
                                        if ((rst_b_i == 1'b1)) 
                                            begin
                                                dataout_reg_b_r <=  'h0 ;
                                            end
                                        else
                                            if ((wr_en_b_i == 1'b0)) 
                                                begin
                                                    dataout_reg_b_r <=  dataout_reg_buff_b_r ;
                                                end
                                    end
                            end
                        else
                            if ((RESET_RELEASE_B == "sync")) 
                                begin : _sync_rel_b
                                    always
                                        @(posedge clk_b_i or 
                                            posedge rst_b_i)
                                        begin
                                            if ((rst_b_i == 1'b1)) 
                                                begin
                                                    dataout_reg_b_r <=  'h0 ;
                                                end
                                            else
                                                if ((wr_en_b_i == 1'b0)) 
                                                    begin
                                                        dataout_reg_b_r <=  dataout_reg_buff_b_r ;
                                                    end
                                        end
                                end
                            else
                                begin : _async_rel_b
                                    reg [(DATA_WIDTH_B - 1):0] dataout_reg_b_buffered_r = {DATA_WIDTH_B{1'b0}} ; 
                                    always
                                        @(*)
                                        begin
                                            if ((rst_b_i == 1'b1)) 
                                                begin
                                                    dataout_reg_b_r = 'h0 ;
                                                end
                                            else
                                                if ((wr_en_b_i == 1'b0)) 
                                                    begin
                                                        dataout_reg_b_r = dataout_reg_b_buffered_r ;
                                                    end
                                        end
                                    always
                                        @(posedge clk_b_i)
                                        begin
                                            dataout_reg_b_buffered_r <=  dataout_reg_buff_b_r ;
                                        end
                                end
                    end
            end
        else
            begin : prim
                // ---------------------------------------
                // ------ SAME WIDTH Implementation ------
                // ---------------------------------------
                if (((ADDR_DEPTH_A == ADDR_DEPTH_B) && (DATA_WIDTH_A == DATA_WIDTH_B))) 
                    begin : NON_MIX
                        // ---------------------------------------------------
                        // ------ Local Parameters for EBR Optimization ------
                        // ---------------------------------------------------
                        localparam OPT_DATA_WIDTH = getMinimaData(ADDR_DEPTH_A,
                                    DATA_WIDTH_A,
                                    (BYTE_ENABLE_A || BYTE_ENABLE_B),
                                    BYTE_SIZE_A,
                                    FAMILY_CODE) ; 
                        localparam OPT_ADDR_DEPTH = data_to_addr(OPT_DATA_WIDTH,
                                    FAMILY_CODE) ; 
                        localparam OPT_ADDR_WIDTH = clog2(OPT_ADDR_DEPTH) ; 
                        localparam EBR_DATA = roundUP(DATA_WIDTH_A,
                                    OPT_DATA_WIDTH) ; 
                        localparam EBR_ADDR = roundUP(ADDR_DEPTH_A,
                                    OPT_ADDR_DEPTH) ; 
                        localparam BWID_A = ((BYTE_ENABLE_A == 0) ? 1 : (((OPT_DATA_WIDTH == 18) || (OPT_DATA_WIDTH == 16)) ? 2 : 1)) ; 
                        localparam BWID_B = ((BYTE_ENABLE_B == 0) ? 1 : (((OPT_DATA_WIDTH == 18) || (OPT_DATA_WIDTH == 16)) ? 2 : 1)) ; 
                        // ------ PORT A & B Output MUX ------
                        wire [(DATA_WIDTH_A - 1):0] rd_data_raw_a_w [(EBR_ADDR - 1):0] ; 
                        wire [(DATA_WIDTH_B - 1):0] rd_data_raw_b_w [(EBR_ADDR - 1):0] ; 
                        // ------ PORT A Address Wiring ------
                        wire [(OPT_ADDR_WIDTH - 1):0] addr_a_w ; 
                        if ((OPT_ADDR_WIDTH > ADDR_WIDTH_A)) 
                            begin : port_a_wiring
                                assign addr_a_w[(ADDR_WIDTH_A - 1):0] = addr_a_i ; 
                                assign addr_a_w[(OPT_ADDR_WIDTH - 1):ADDR_WIDTH_A] = {(OPT_ADDR_WIDTH - ADDR_WIDTH_A){1'b0}} ; 
                            end
                        else
                            begin : genblk1
                                assign addr_a_w = addr_a_i[(OPT_ADDR_WIDTH - 1):0] ; 
                            end
                        // ------ PORT B Address Wiring ------
                        wire [(OPT_ADDR_WIDTH - 1):0] addr_b_w ; 
                        if ((OPT_ADDR_WIDTH > ADDR_WIDTH_B)) 
                            begin : port_b_wiring
                                assign addr_b_w[(ADDR_WIDTH_B - 1):0] = addr_b_i ; 
                                assign addr_b_w[(OPT_ADDR_WIDTH - 1):ADDR_WIDTH_B] = {(OPT_ADDR_WIDTH - ADDR_WIDTH_B){1'b0}} ; 
                            end
                        else
                            begin : genblk2
                                assign addr_b_w = addr_b_i[(OPT_ADDR_WIDTH - 1):0] ; 
                            end
                        // ------ Address Loop (Same Width) ------
                        for (i0 = 0;(i0 < EBR_ADDR);i0 = (i0 + 1))
                        begin : xADDR
                            // ------ PORT A output ports ------
                            wire [(DATA_WIDTH_A - 1):0] raw_out_a_w ; 
                            assign rd_data_raw_a_w[i0] = raw_out_a_w ; 
                            // ------ PORT A Address Control Signal ------
                            wire chk_addr_a_w ; 
                            if ((EBR_ADDR > 1)) 
                                begin : genblk1
                                    assign chk_addr_a_w = ((addr_a_i[(ADDR_WIDTH_A - 1):OPT_ADDR_WIDTH] == i0) ? 1'b1 : 1'b0) ; 
                                end
                            else
                                begin : genblk1
                                    assign chk_addr_a_w = 1'b1 ; 
                                end
                            // ------ PORT B output ports ------
                            wire [(DATA_WIDTH_B - 1):0] raw_out_b_w ; 
                            assign rd_data_raw_b_w[i0] = raw_out_b_w ; 
                            // ------ PORT B Address Control Signal ------
                            wire chk_addr_b_w ; 
                            if ((EBR_ADDR > 1)) 
                                begin : genblk2
                                    assign chk_addr_b_w = ((addr_b_i[(ADDR_WIDTH_B - 1):OPT_ADDR_WIDTH] == i0) ? 1'b1 : 1'b0) ; 
                                end
                            else
                                begin : genblk2
                                    assign chk_addr_b_w = 1'b1 ; 
                                end
                            // ------ Data Loop (Same Width) ------
                            for (i1 = 0;(i1 < EBR_DATA);i1 = (i1 + 1))
                            begin : xDATA
                                localparam ECO_POSX = (i1 * OPT_DATA_WIDTH) ; 
                                localparam ECO_POSY = (i0 * OPT_ADDR_DEPTH) ; 
                                // ------ PORT A Data Wiring ------
                                wire [(OPT_DATA_WIDTH - 1):0] in_a_w ; 
                                wire [(OPT_DATA_WIDTH - 1):0] out_a_w ; 
                                if (((OPT_DATA_WIDTH * (i1 + 1)) < DATA_WIDTH_A)) 
                                    begin : ASSIGN_A
                                        assign in_a_w = wr_data_a_i[((OPT_DATA_WIDTH * (i1 + 1)) - 1):(OPT_DATA_WIDTH * i1)] ; 
                                        assign raw_out_a_w[((OPT_DATA_WIDTH * (i1 + 1)) - 1):(OPT_DATA_WIDTH * i1)] = out_a_w ; 
                                    end
                                else
                                    begin : genblk1
                                        assign in_a_w[(DATA_WIDTH_A - (1 + (OPT_DATA_WIDTH * i1))):0] = wr_data_a_i[(DATA_WIDTH_A - 1):(OPT_DATA_WIDTH * i1)] ; 
                                        if ((OPT_DATA_WIDTH > (DATA_WIDTH_A - (OPT_DATA_WIDTH * i1)))) 
                                            begin : genblk1
                                                assign in_a_w[(OPT_DATA_WIDTH - 1):(DATA_WIDTH_A - (OPT_DATA_WIDTH * i1))] = {(OPT_DATA_WIDTH - (DATA_WIDTH_A - (OPT_DATA_WIDTH * i1))){1'b0}} ; 
                                            end
                                        assign raw_out_a_w[(DATA_WIDTH_A - 1):(OPT_DATA_WIDTH * i1)] = out_a_w[(DATA_WIDTH_A - (1 + (OPT_DATA_WIDTH * i1))):0] ; 
                                    end
                                // ------ PORT B Data Wiring ------
                                wire [(OPT_DATA_WIDTH - 1):0] in_b_w ; 
                                wire [(OPT_DATA_WIDTH - 1):0] out_b_w ; 
                                if (((OPT_DATA_WIDTH * (i1 + 1)) < DATA_WIDTH_B)) 
                                    begin : ASSIGN_B
                                        assign in_b_w = wr_data_b_i[((OPT_DATA_WIDTH * (i1 + 1)) - 1):(OPT_DATA_WIDTH * i1)] ; 
                                        assign raw_out_b_w[((OPT_DATA_WIDTH * (i1 + 1)) - 1):(OPT_DATA_WIDTH * i1)] = out_b_w ; 
                                    end
                                else
                                    begin : genblk2
                                        assign in_b_w[(DATA_WIDTH_B - (1 + (OPT_DATA_WIDTH * i1))):0] = wr_data_b_i[(DATA_WIDTH_B - 1):(OPT_DATA_WIDTH * i1)] ; 
                                        if ((OPT_DATA_WIDTH > (DATA_WIDTH_B - (OPT_DATA_WIDTH * i1)))) 
                                            begin : genblk1
                                                assign in_b_w[(OPT_DATA_WIDTH - 1):(DATA_WIDTH_B - (OPT_DATA_WIDTH * i1))] = {(OPT_DATA_WIDTH - (DATA_WIDTH_B - (OPT_DATA_WIDTH * i1))){1'b0}} ; 
                                            end
                                        assign raw_out_b_w[(DATA_WIDTH_B - 1):(OPT_DATA_WIDTH * i1)] = out_b_w[(DATA_WIDTH_B - (1 + (OPT_DATA_WIDTH * i1))):0] ; 
                                    end
                                wire [(BWID_A - 1):0] ben_a_w ; 
                                wire [(BWID_B - 1):0] ben_b_w ; 
                                // ------ Byte-Enable Wiring ------
                                if ((BWID_A == 2)) 
                                    begin : BEN_MULT_A
                                        if ((BYTE_ENABLE_A == 1)) 
                                            begin : genblk1
                                                if ((((i1 + 1) * BWID_A) < BYTE_WIDTH_A)) 
                                                    begin : _A
                                                        assign ben_a_w = ben_a_i[(((i1 + 1) * BWID_A) - 1):(i1 * BWID_A)] ; 
                                                    end
                                                else
                                                    begin : genblk1
                                                        assign ben_a_w[(BYTE_WIDTH_A - (1 + (i1 * BWID_A))):0] = ben_a_i[(BYTE_WIDTH_A - 1):(i1 * BWID_A)] ; 
                                                        if ((((i1 + 1) * BWID_A) > BYTE_WIDTH_A)) 
                                                            begin : genblk1
                                                                assign ben_a_w[(BWID_A - 1):(BYTE_WIDTH_A - (i1 * BWID_A))] = {(BWID_A - (BYTE_WIDTH_A - (i1 * BWID_A))){1'b0}} ; 
                                                            end
                                                    end
                                            end
                                        else
                                            begin : genblk1
                                                assign ben_a_w = {BWID_A{1'b1}} ; 
                                            end
                                    end
                                else
                                    begin : BEN_SING_A
                                        if ((BYTE_ENABLE_A == 1)) 
                                            begin : genblk1
                                                if ((OPT_DATA_WIDTH >= 8)) 
                                                    begin : genblk1
                                                        assign ben_a_w = ben_a_i[i1] ; 
                                                    end
                                                else
                                                    begin : genblk1
                                                        assign ben_a_w = ben_a_i[(((i1 * OPT_DATA_WIDTH) * BYTE_WIDTH_A) / DATA_WIDTH_A)] ; 
                                                    end
                                            end
                                        else
                                            begin : genblk1
                                                assign ben_a_w = {BWID_A{1'b1}} ; 
                                            end
                                    end
                                if ((BWID_B == 2)) 
                                    begin : BEN_MULT_B
                                        if ((BYTE_ENABLE_B == 1)) 
                                            begin : genblk1
                                                if ((((i1 + 1) * 2) < BYTE_WIDTH_B)) 
                                                    begin : _B
                                                        assign ben_b_w = ben_b_i[(((i1 + 1) * BWID_B) - 1):(i1 * BWID_B)] ; 
                                                    end
                                                else
                                                    begin : genblk1
                                                        assign ben_b_w[(BYTE_WIDTH_B - (1 + (i1 * BWID_B))):0] = ben_b_i[(BYTE_WIDTH_B - 1):(i1 * BWID_B)] ; 
                                                        if ((((i1 + 1) * BWID_B) > BYTE_WIDTH_B)) 
                                                            begin : genblk1
                                                                assign ben_b_w[(BWID_B - 1):(BYTE_WIDTH_B - (i1 * BWID_B))] = {(BWID_B - (BYTE_WIDTH_B - (i1 * BWID_B))){1'b0}} ; 
                                                            end
                                                    end
                                            end
                                        else
                                            begin : genblk1
                                                assign ben_b_w = {BWID_B{1'b1}} ; 
                                            end
                                    end
                                else
                                    begin : BEN_SING_B
                                        if ((BYTE_ENABLE_B == 1)) 
                                            begin : genblk1
                                                if ((OPT_DATA_WIDTH >= 8)) 
                                                    begin : genblk1
                                                        assign ben_b_w = ben_b_i[i1] ; 
                                                    end
                                                else
                                                    begin : genblk1
                                                        assign ben_b_w = ben_b_i[(((i1 * OPT_DATA_WIDTH) * BYTE_WIDTH_B) / DATA_WIDTH_B)] ; 
                                                    end
                                            end
                                        else
                                            begin : genblk1
                                                assign ben_b_w = {BWID_B{1'b1}} ; 
                                            end
                                    end
                                // ------------------------------------
                                // ------ SINGLE MEMORY INSTANCE ------
                                // ------------------------------------
                                if ((INIT_MODE == "mem_file")) 
                                    begin : mem_file
                                        mem_ipgen_lscc_ram_dp_true_core #(.FAMILY(FAMILY),
                                                .INIT_MODE(INIT_MODE),
                                                .MEM_SIZE(MEM_SIZE),
                                                .MEM_ID(MEM_ID),
                                                .POSx(ECO_POSX),
                                                .POSy(ECO_POSY),
                                                .DATA_WIDTH_A(OPT_DATA_WIDTH),
                                                .REGMODE_A(REGMODE_A),
                                                .RESETMODE_A(RESETMODE_A),
                                                .RESET_RELEASE_A(RESET_RELEASE_A),
                                                .BYTE_ENABLE_A(BYTE_ENABLE_A),
                                                .BYTE_EN_POL_A(BYTE_EN_POL_A),
                                                .DATA_WIDTH_B(OPT_DATA_WIDTH),
                                                .REGMODE_B(REGMODE_B),
                                                .RESETMODE_B(RESETMODE_B),
                                                .RESET_RELEASE_B(RESET_RELEASE_B),
                                                .BYTE_ENABLE_B(BYTE_ENABLE_B),
                                                .BYTE_EN_POL_B(BYTE_EN_POL_B),
                                                .INITVAL_00(INIT_VALUE_00[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_01(INIT_VALUE_01[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_02(INIT_VALUE_02[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_03(INIT_VALUE_03[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_04(INIT_VALUE_04[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_05(INIT_VALUE_05[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_06(INIT_VALUE_06[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_07(INIT_VALUE_07[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_08(INIT_VALUE_08[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_09(INIT_VALUE_09[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_0A(INIT_VALUE_0A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_0B(INIT_VALUE_0B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_0C(INIT_VALUE_0C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_0D(INIT_VALUE_0D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_0E(INIT_VALUE_0E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_0F(INIT_VALUE_0F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                .INITVAL_10(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_10[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_11(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_11[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_12(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_12[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_13(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_13[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_14(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_14[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_15(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_15[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_16(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_16[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_17(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_17[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_18(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_18[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_19(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_19[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_1A(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_1B(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_1C(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_1D(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_1E(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_1F(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_20(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_20[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_21(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_21[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_22(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_22[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_23(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_23[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_24(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_24[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_25(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_25[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_26(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_26[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_27(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_27[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_28(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_28[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_29(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_29[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_2A(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_2B(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_2C(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_2D(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_2E(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_2F(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_30(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_30[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_31(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_31[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_32(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_32[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_33(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_33[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_34(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_34[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_35(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_35[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_36(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_36[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_37(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_37[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_38(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_38[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_39(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_39[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_3A(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_3B(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_3C(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_3D(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_3E(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                .INITVAL_3F(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00"))) u_dp16k (// ------ COMMON PARAMETERS ------
                                                // ------ PORT A PARAMETERS ------
                                                // ------ PORT B PARAMETERS ------
                                                // ------ INIT PARAMETERS ------
                                                // ------ PORT A signals ------
                                                .clk_a_i(clk_a_i), 
                                                    .clk_en_a_i(clk_en_a_i), 
                                                    .rst_a_i(rst_a_i), 
                                                    .wr_en_a_i((wr_en_a_i & chk_addr_a_w)), 
                                                    .ben_a_i(ben_a_w), 
                                                    .addr_a_i(addr_a_w), 
                                                    .wr_data_a_i(in_a_w), 
                                                    .rd_data_a_o(out_a_w), 
                                                    // ------ PORT B signals ------
                                                .clk_b_i(clk_b_i), 
                                                    .clk_en_b_i(clk_en_b_i), 
                                                    .rst_b_i(rst_b_i), 
                                                    .wr_en_b_i((wr_en_b_i & chk_addr_b_w)), 
                                                    .ben_b_i(ben_b_w), 
                                                    .addr_b_i(addr_b_w), 
                                                    .wr_data_b_i(in_b_w), 
                                                    .rd_data_b_o(out_b_w)) ; 
                                    end
                                else
                                    begin : no_mem_file
                                        mem_ipgen_lscc_ram_dp_true_core #(.FAMILY(FAMILY),
                                                .INIT_MODE(INIT_MODE),
                                                .MEM_SIZE(MEM_SIZE),
                                                .MEM_ID(MEM_ID),
                                                .POSx(ECO_POSX),
                                                .POSy(ECO_POSY),
                                                .DATA_WIDTH_A(OPT_DATA_WIDTH),
                                                .REGMODE_A(REGMODE_A),
                                                .RESETMODE_A(RESETMODE_A),
                                                .RESET_RELEASE_A(RESET_RELEASE_A),
                                                .BYTE_ENABLE_A(BYTE_ENABLE_A),
                                                .BYTE_EN_POL_A(BYTE_EN_POL_A),
                                                .DATA_WIDTH_B(OPT_DATA_WIDTH),
                                                .REGMODE_B(REGMODE_B),
                                                .RESETMODE_B(RESETMODE_B),
                                                .RESET_RELEASE_B(RESET_RELEASE_B),
                                                .BYTE_ENABLE_B(BYTE_ENABLE_B),
                                                .BYTE_EN_POL_B(BYTE_EN_POL_B)) u_dp16k (// ------ COMMON PARAMETERS ------
                                                // ------ PORT A PARAMETERS ------
                                                // ------ PORT B PARAMETERS ------
                                                // ------ PORT A signals ------
                                                .clk_a_i(clk_a_i), 
                                                    .clk_en_a_i(clk_en_a_i), 
                                                    .rst_a_i(rst_a_i), 
                                                    .wr_en_a_i((wr_en_a_i & chk_addr_a_w)), 
                                                    .ben_a_i(ben_a_w), 
                                                    .addr_a_i(addr_a_w), 
                                                    .wr_data_a_i(in_a_w), 
                                                    .rd_data_a_o(out_a_w), 
                                                    // ------ PORT B signals ------
                                                .clk_b_i(clk_b_i), 
                                                    .clk_en_b_i(clk_en_b_i), 
                                                    .rst_b_i(rst_b_i), 
                                                    .wr_en_b_i((wr_en_b_i & chk_addr_b_w)), 
                                                    .ben_b_i(ben_b_w), 
                                                    .addr_b_i(addr_b_w), 
                                                    .wr_data_b_i(in_b_w), 
                                                    .rd_data_b_o(out_b_w)) ; 
                                    end
                            end
                        end
                        if ((EBR_ADDR == 1)) 
                            begin : ONE_OUT
                                assign rd_data_a_o = rd_data_raw_a_w[0] ; 
                                assign rd_data_b_o = rd_data_raw_b_w[0] ; 
                            end
                        else
                            begin : MULT_OUT
                                // ------ PORT A output assignment
                                reg [(DATA_WIDTH_A - 1):0] a_out_buff_r ; 
                                reg [(ADDR_WIDTH_A - 1):0] addr_a_p_r ; 
                                assign rd_data_a_o = a_out_buff_r ; 
                                always
                                    @(*)
                                    begin
                                        a_out_buff_r = rd_data_raw_a_w[addr_a_p_r[(ADDR_WIDTH_A - 1):OPT_ADDR_WIDTH]] ;
                                    end
                                if ((REGMODE_A == "noreg")) 
                                    begin : genblk1
                                        if ((RESETMODE_A == "sync")) 
                                            begin : genblk1
                                                always
                                                    @(posedge clk_a_i)
                                                    begin
                                                        if (rst_a_i) 
                                                            begin
                                                                addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                            end
                                                        else
                                                            begin
                                                                addr_a_p_r <=  addr_a_i ;
                                                            end
                                                    end
                                            end
                                        else
                                            begin : genblk1
                                                always
                                                    @(posedge clk_a_i or 
                                                        posedge rst_a_i)
                                                    begin
                                                        if (rst_a_i) 
                                                            begin
                                                                addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                            end
                                                        else
                                                            begin
                                                                addr_a_p_r <=  addr_a_i ;
                                                            end
                                                    end
                                            end
                                    end
                                else
                                    begin : genblk1
                                        reg [(ADDR_WIDTH_A - 1):0] addr_a_p2_r ; 
                                        if ((RESETMODE_A == "sync")) 
                                            begin : genblk1
                                                always
                                                    @(posedge clk_a_i)
                                                    begin
                                                        if (rst_a_i) 
                                                            begin
                                                                addr_a_p2_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                            end
                                                        else
                                                            begin
                                                                addr_a_p2_r <=  addr_a_i ;
                                                                addr_a_p_r <=  addr_a_p2_r ;
                                                            end
                                                    end
                                            end
                                        else
                                            begin : genblk1
                                                always
                                                    @(posedge clk_a_i or 
                                                        posedge rst_a_i)
                                                    begin
                                                        if (rst_a_i) 
                                                            begin
                                                                addr_a_p2_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                            end
                                                        else
                                                            begin
                                                                addr_a_p2_r <=  addr_a_i ;
                                                                addr_a_p_r <=  addr_a_p2_r ;
                                                            end
                                                    end
                                            end
                                    end
                                // ------ PORT B output assignment
                                reg [(DATA_WIDTH_B - 1):0] b_out_buff_r ; 
                                reg [(ADDR_WIDTH_B - 1):0] addr_b_p_r ; 
                                assign rd_data_b_o = b_out_buff_r ; 
                                always
                                    @(*)
                                    begin
                                        b_out_buff_r = rd_data_raw_b_w[addr_b_p_r[(ADDR_WIDTH_B - 1):OPT_ADDR_WIDTH]] ;
                                    end
                                if ((REGMODE_B == "noreg")) 
                                    begin : genblk2
                                        if ((RESETMODE_B == "sync")) 
                                            begin : genblk1
                                                always
                                                    @(posedge clk_b_i)
                                                    begin
                                                        if (rst_b_i) 
                                                            begin
                                                                addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                            end
                                                        else
                                                            begin
                                                                addr_b_p_r <=  addr_b_i ;
                                                            end
                                                    end
                                            end
                                        else
                                            begin : genblk1
                                                always
                                                    @(posedge clk_b_i or 
                                                        posedge rst_b_i)
                                                    begin
                                                        if (rst_b_i) 
                                                            begin
                                                                addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                            end
                                                        else
                                                            begin
                                                                addr_b_p_r <=  addr_b_i ;
                                                            end
                                                    end
                                            end
                                    end
                                else
                                    begin : genblk2
                                        reg [(ADDR_WIDTH_B - 1):0] addr_b_p2_r ; 
                                        if ((RESETMODE_B == "sync")) 
                                            begin : genblk1
                                                always
                                                    @(posedge clk_b_i)
                                                    begin
                                                        if (rst_b_i) 
                                                            begin
                                                                addr_b_p2_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                            end
                                                        else
                                                            begin
                                                                addr_b_p2_r <=  addr_b_i ;
                                                                addr_b_p_r <=  addr_b_p2_r ;
                                                            end
                                                    end
                                            end
                                        else
                                            begin : genblk1
                                                always
                                                    @(posedge clk_b_i or 
                                                        posedge rst_b_i)
                                                    begin
                                                        if (rst_b_i) 
                                                            begin
                                                                addr_b_p2_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                            end
                                                        else
                                                            begin
                                                                addr_b_p2_r <=  addr_b_i ;
                                                                addr_b_p_r <=  addr_b_p2_r ;
                                                            end
                                                    end
                                            end
                                    end
                            end
                    end
                else
                    // ---------------------------------------------------------
                    // ------ Mixed WIDTH Implementation (no Byte-Enable) ------
                    // ---------------------------------------------------------
                    if (((BYTE_ENABLE_A == 0) && (BYTE_ENABLE_B == 0))) 
                        begin : MIX_N_BEN
                            // ---------------------------------------------------
                            // ------ Local Parameters for EBR Optimization ------
                            // ---------------------------------------------------
                            localparam Q_FACTOR = ((DATA_WIDTH_A > DATA_WIDTH_B) ? (DATA_WIDTH_A / DATA_WIDTH_B) : (DATA_WIDTH_B / DATA_WIDTH_A)) ; 
                            localparam MAX_DATA = ((DATA_WIDTH_A > DATA_WIDTH_B) ? DATA_WIDTH_A : DATA_WIDTH_B) ; 
                            localparam MAX_PORT = ((DATA_WIDTH_A > DATA_WIDTH_B) ? "A" : "B") ; 
                            localparam MIN_DEPTH = ((MAX_PORT == "A") ? ADDR_DEPTH_A : ADDR_DEPTH_B) ; 
                            localparam PROC_MAX_DATA = procData(MAX_DATA,
                                        FAMILY_CODE) ; 
                            localparam PROC_MIN_DEPTH = (2 ** clog2(MIN_DEPTH)) ; 
                            localparam PROC_MIN_DATA = (PROC_MAX_DATA / Q_FACTOR) ; 
                            localparam PROC_MAX_DEPTH = (PROC_MIN_DEPTH * Q_FACTOR) ; 
                            localparam PORT_A_DATA_USE = ((MAX_PORT == "A") ? PROC_MAX_DATA : PROC_MIN_DATA) ; 
                            localparam PORT_A_DEPTH_USE = ((MAX_PORT == "A") ? PROC_MIN_DEPTH : PROC_MAX_DEPTH) ; 
                            localparam PORT_A_DEPTH_WIDTH = clog2(PORT_A_DEPTH_USE) ; 
                            localparam PORT_B_DATA_USE = ((MAX_PORT == "B") ? PROC_MAX_DATA : PROC_MIN_DATA) ; 
                            localparam PORT_B_DEPTH_USE = ((MAX_PORT == "B") ? PROC_MIN_DEPTH : PROC_MAX_DEPTH) ; 
                            localparam PORT_B_DEPTH_WIDTH = clog2(PORT_B_DEPTH_USE) ; 
                            localparam A_DWID_IMPL = getCASE1DataImpl(PORT_A_DEPTH_USE,
                                        PORT_A_DATA_USE,
                                        PORT_B_DEPTH_USE,
                                        PORT_B_DATA_USE,
                                        1'b1,
                                        0,
                                        FAMILY_CODE) ; 
                            localparam A_DEPTH_IMPL = data_to_addr(A_DWID_IMPL,
                                        FAMILY_CODE) ; 
                            localparam A_AWID_IMPL = clog2(A_DEPTH_IMPL) ; 
                            localparam B_DWID_IMPL = getCASE1DataImpl(PORT_A_DEPTH_USE,
                                        PORT_A_DATA_USE,
                                        PORT_B_DEPTH_USE,
                                        PORT_B_DATA_USE,
                                        1'b0,
                                        0,
                                        FAMILY_CODE) ; 
                            localparam B_DEPTH_IMPL = data_to_addr(B_DWID_IMPL,
                                        FAMILY_CODE) ; 
                            localparam B_AWID_IMPL = clog2(B_DEPTH_IMPL) ; 
                            localparam EBR_ADDR = roundUP(PORT_A_DEPTH_USE,
                                        A_DEPTH_IMPL) ; 
                            localparam EBR_DATA = roundUP(PORT_A_DATA_USE,
                                        A_DWID_IMPL) ; 
                            // ------ Port A address truncation ------
                            wire [(A_AWID_IMPL - 1):0] addr_a_w ; 
                            if ((A_AWID_IMPL > ADDR_WIDTH_A)) 
                                begin : genblk1
                                    assign addr_a_w[(A_AWID_IMPL - 1):ADDR_WIDTH_A] = {(A_AWID_IMPL - ADDR_WIDTH_A){1'b0}} ; 
                                    assign addr_a_w[(ADDR_WIDTH_A - 1):0] = addr_a_i ; 
                                end
                            else
                                begin : genblk1
                                    assign addr_a_w[(A_AWID_IMPL - 1):0] = addr_a_i[(A_AWID_IMPL - 1):0] ; 
                                end
                            // ------ Port B address truncation ------
                            wire [(B_AWID_IMPL - 1):0] addr_b_w ; 
                            if ((B_AWID_IMPL > ADDR_WIDTH_B)) 
                                begin : genblk2
                                    assign addr_b_w[(B_AWID_IMPL - 1):ADDR_WIDTH_B] = {(B_AWID_IMPL - ADDR_WIDTH_B){1'b0}} ; 
                                    assign addr_b_w[(ADDR_WIDTH_B - 1):0] = addr_b_i ; 
                                end
                            else
                                begin : genblk2
                                    assign addr_b_w[(B_AWID_IMPL - 1):0] = addr_b_i[(B_AWID_IMPL - 1):0] ; 
                                end
                            // ------ TOP level wiring ports ------
                            wire [(PORT_A_DATA_USE - 1):0] in_a_top_w ; 
                            wire [(PORT_B_DATA_USE - 1):0] in_b_top_w ; 
                            wire [(PORT_A_DATA_USE - 1):0] out_a_top_w ; 
                            wire [(PORT_B_DATA_USE - 1):0] out_b_top_w ; 
                            // ------ EBR level wiring ports ------
                            wire [(PORT_A_DATA_USE - 1):0] in_a_ebr_w ; 
                            wire [(PORT_B_DATA_USE - 1):0] in_b_ebr_w ; 
                            wire [(PORT_A_DATA_USE - 1):0] out_a_ebr_w ; 
                            wire [(PORT_B_DATA_USE - 1):0] out_b_ebr_w ; 
                            // ------ Output Port MUX ------
                            wire [(PORT_A_DATA_USE - 1):0] out_a_ebr_raw_w [(EBR_ADDR - 1):0] ; 
                            wire [(PORT_B_DATA_USE - 1):0] out_b_ebr_raw_w [(EBR_ADDR - 1):0] ; 
                            // ------------------------------------------------
                            // ------ WIRING translation from TOP to EBR ------
                            // ------------------------------------------------
                            if ((PORT_A_DATA_USE > PORT_B_DATA_USE)) 
                                begin : A_OVR_B
                                    // ------ PORT B (TOP wrapper to TOP level split) Wiring : (DATA_WIDTH_A > DATA_WIDTH_B) ------
                                    if ((PORT_B_DATA_USE > DATA_WIDTH_B)) 
                                        begin : genblk1
                                            assign in_b_top_w[(PORT_B_DATA_USE - 1):DATA_WIDTH_B] = {(PORT_B_DATA_USE - DATA_WIDTH_B){1'b0}} ; 
                                        end
                                    assign in_b_top_w[(DATA_WIDTH_B - 1):0] = wr_data_b_i ; 
                                    assign rd_data_b_o = out_b_top_w[(DATA_WIDTH_B - 1):0] ; 
                                    // ------ PORT A (TOP wrapper to TOP level split) Wiring : (DATA_WIDTH_A > DATA_WIDTH_B) ------
                                    wire [(PORT_B_DATA_USE - 1):0] inp_a_buff_seg_w [((PORT_A_DATA_USE / PORT_B_DATA_USE) - 1):0] ; 
                                    wire [(PORT_B_DATA_USE - 1):0] out_a_buff_seg_w [((PORT_A_DATA_USE / PORT_B_DATA_USE) - 1):0] ; 
                                    for (i_0 = 0;(i_0 < (PORT_A_DATA_USE / PORT_B_DATA_USE));i_0 = (i_0 + 1))
                                    begin : genblk2
                                        assign inp_a_buff_seg_w[i_0] = wr_data_a_i[((DATA_WIDTH_B * (i_0 + 1)) - 1):(DATA_WIDTH_B * i_0)] ; 
                                        assign rd_data_a_o[((DATA_WIDTH_B * (i_0 + 1)) - 1):(DATA_WIDTH_B * i_0)] = out_a_buff_seg_w[i_0] ; 
                                    end
                                    for (i_0 = 0;(i_0 < (PORT_A_DATA_USE / PORT_B_DATA_USE));i_0 = (i_0 + 1))
                                    begin : genblk3
                                        assign in_a_top_w[(((i_0 * PORT_B_DATA_USE) + PORT_B_DATA_USE) - 1):(i_0 * PORT_B_DATA_USE)] = inp_a_buff_seg_w[i_0] ; 
                                        assign out_a_buff_seg_w[i_0] = out_a_top_w[(((i_0 * PORT_B_DATA_USE) + PORT_B_DATA_USE) - 1):(i_0 * PORT_B_DATA_USE)] ; 
                                    end
                                    // ------ PORT B (TOP level to EBR level splt) Wiring : (DATA_WIDTH_A > DATA_WIDTH_B) ------
                                    assign in_b_ebr_w = in_b_top_w ; 
                                    assign out_b_top_w = out_b_ebr_w ; 
                                    // ------ PORT A (TOP level to EBR level splt) Wiring : (DATA_WIDTH_A > DATA_WIDTH_B) ------
                                    wire [(B_DWID_IMPL - 1):0] in_a_ebr_seg_w [((PORT_A_DATA_USE / B_DWID_IMPL) - 1):0] ; 
                                    wire [(B_DWID_IMPL - 1):0] out_a_ebr_seg_w [((PORT_A_DATA_USE / B_DWID_IMPL) - 1):0] ; 
                                    for (i_0 = 0;(i_0 < EBR_DATA);i_0 = (i_0 + 1))
                                    begin : genblk4
                                        for (i_1 = 0;(i_1 < (PORT_A_DATA_USE / (B_DWID_IMPL * EBR_DATA)));i_1 = (i_1 + 1))
                                        begin : genblk1
                                            assign in_a_ebr_seg_w[(((PORT_A_DATA_USE / (B_DWID_IMPL * EBR_DATA)) * i_0) + i_1)] = in_a_top_w[((((i_0 * B_DWID_IMPL) + ((i_1 * EBR_DATA) * B_DWID_IMPL)) + B_DWID_IMPL) - 1):((i_0 * B_DWID_IMPL) + ((i_1 * EBR_DATA) * B_DWID_IMPL))] ; 
                                        end
                                    end
                                    for (i_0 = 0;(i_0 < (PORT_A_DATA_USE / B_DWID_IMPL));i_0 = (i_0 + 1))
                                    begin : genblk5
                                        assign in_a_ebr_w[(((i_0 * B_DWID_IMPL) + B_DWID_IMPL) - 1):(i_0 * B_DWID_IMPL)] = in_a_ebr_seg_w[i_0] ; 
                                    end
                                    for (i_0 = 0;(i_0 < (PORT_A_DATA_USE / PORT_B_DATA_USE));i_0 = (i_0 + 1))
                                    begin : genblk6
                                        for (i_1 = 0;(i_1 < EBR_DATA);i_1 = (i_1 + 1))
                                        begin : genblk1
                                            assign out_a_ebr_seg_w[((i_0 * EBR_DATA) + i_1)] = out_a_ebr_w[((((i_1 * A_DWID_IMPL) + (i_0 * B_DWID_IMPL)) + B_DWID_IMPL) - 1):((i_1 * A_DWID_IMPL) + (i_0 * B_DWID_IMPL))] ; 
                                        end
                                    end
                                    for (i_0 = 0;(i_0 < (PORT_A_DATA_USE / B_DWID_IMPL));i_0 = (i_0 + 1))
                                    begin : genblk7
                                        assign out_a_top_w[(((i_0 * B_DWID_IMPL) + B_DWID_IMPL) - 1):(i_0 * B_DWID_IMPL)] = out_a_ebr_seg_w[i_0] ; 
                                    end
                                end
                            else
                                begin : B_OVR_A
                                    // ------ PORT A (TOP wrapper to TOP level split) Wiring : (DATA_WIDTH_B > DATA_WIDTH_A) ------
                                    if ((PORT_A_DATA_USE > DATA_WIDTH_A)) 
                                        begin : genblk1
                                            assign in_a_top_w[(PORT_A_DATA_USE - 1):DATA_WIDTH_A] = {(PORT_A_DATA_USE - DATA_WIDTH_A){1'b0}} ; 
                                        end
                                    assign in_a_top_w[(DATA_WIDTH_A - 1):0] = wr_data_a_i ; 
                                    assign rd_data_a_o = out_a_top_w ; 
                                    // ------ PORT B (TOP wrapper to TOP level split) Wiring : (DATA_WIDTH_B > DATA_WIDTH_A) ------
                                    wire [(PORT_A_DATA_USE - 1):0] inp_b_buff_seg_w [((PORT_B_DATA_USE / PORT_A_DATA_USE) - 1):0] ; 
                                    wire [(PORT_A_DATA_USE - 1):0] out_b_buff_seg_w [((PORT_B_DATA_USE / PORT_A_DATA_USE) - 1):0] ; 
                                    for (i_0 = 0;(i_0 < (PORT_B_DATA_USE / PORT_A_DATA_USE));i_0 = (i_0 + 1))
                                    begin : genblk2
                                        assign inp_b_buff_seg_w[i_0] = wr_data_b_i[((DATA_WIDTH_A * (i_0 + 1)) - 1):(DATA_WIDTH_A * i_0)] ; 
                                        assign rd_data_b_o[((DATA_WIDTH_A * (i_0 + 1)) - 1):(DATA_WIDTH_A * i_0)] = out_b_buff_seg_w[i_0] ; 
                                    end
                                    for (i_0 = 0;(i_0 < (PORT_B_DATA_USE / PORT_A_DATA_USE));i_0 = (i_0 + 1))
                                    begin : genblk3
                                        assign in_b_top_w[(((i_0 * PORT_A_DATA_USE) + PORT_A_DATA_USE) - 1):(i_0 * PORT_A_DATA_USE)] = inp_b_buff_seg_w[i_0] ; 
                                        assign out_b_buff_seg_w[i_0] = out_b_top_w[(((i_0 * PORT_A_DATA_USE) + PORT_A_DATA_USE) - 1):(i_0 * PORT_A_DATA_USE)] ; 
                                    end
                                    // ------ PORT A (TOP level to EBR level splt) Wiring : (DATA_WIDTH_B > DATA_WIDTH_A) ------
                                    assign in_a_ebr_w = in_a_top_w ; 
                                    assign out_a_top_w = out_a_ebr_w ; 
                                    // ------ PORT B (TOP level to EBR level splt) Wiring : (DATA_WIDTH_B > DATA_WIDTH_A) ------
                                    wire [(A_DWID_IMPL - 1):0] in_b_ebr_seg_w [((PORT_B_DATA_USE / A_DWID_IMPL) - 1):0] ; 
                                    wire [(A_DWID_IMPL - 1):0] out_b_ebr_seg_w [((PORT_B_DATA_USE / A_DWID_IMPL) - 1):0] ; 
                                    for (i_0 = 0;(i_0 < EBR_DATA);i_0 = (i_0 + 1))
                                    begin : genblk4
                                        for (i_1 = 0;(i_1 < (PORT_B_DATA_USE / (A_DWID_IMPL * EBR_DATA)));i_1 = (i_1 + 1))
                                        begin : genblk1
                                            assign in_b_ebr_seg_w[(((PORT_B_DATA_USE / (A_DWID_IMPL * EBR_DATA)) * i_0) + i_1)] = in_b_top_w[((((i_0 * A_DWID_IMPL) + ((i_1 * EBR_DATA) * A_DWID_IMPL)) + A_DWID_IMPL) - 1):((i_0 * A_DWID_IMPL) + ((i_1 * EBR_DATA) * A_DWID_IMPL))] ; 
                                        end
                                    end
                                    for (i_0 = 0;(i_0 < (PORT_B_DATA_USE / A_DWID_IMPL));i_0 = (i_0 + 1))
                                    begin : genblk5
                                        assign in_b_ebr_w[(((i_0 * A_DWID_IMPL) + A_DWID_IMPL) - 1):(i_0 * A_DWID_IMPL)] = in_b_ebr_seg_w[i_0] ; 
                                    end
                                    for (i_0 = 0;(i_0 < (PORT_B_DATA_USE / PORT_A_DATA_USE));i_0 = (i_0 + 1))
                                    begin : genblk6
                                        for (i_1 = 0;(i_1 < EBR_DATA);i_1 = (i_1 + 1))
                                        begin : genblk1
                                            assign out_b_ebr_seg_w[((i_0 * EBR_DATA) + i_1)] = out_b_ebr_w[((((i_1 * B_DWID_IMPL) + (i_0 * A_DWID_IMPL)) + A_DWID_IMPL) - 1):((i_1 * B_DWID_IMPL) + (i_0 * A_DWID_IMPL))] ; 
                                        end
                                    end
                                    for (i_0 = 0;(i_0 < (PORT_B_DATA_USE / A_DWID_IMPL));i_0 = (i_0 + 1))
                                    begin : genblk7
                                        assign out_b_top_w[(((i_0 * A_DWID_IMPL) + A_DWID_IMPL) - 1):(i_0 * A_DWID_IMPL)] = out_b_ebr_seg_w[i_0] ; 
                                    end
                                end
                            // ------ Address Loop (Mixed Width no Byte-Enable) ------
                            for (i0 = 0;(i0 < EBR_ADDR);i0 = (i0 + 1))
                            begin : xADDR
                                // ------ PORT A output ports ------
                                wire [(PORT_A_DATA_USE - 1):0] raw_out_a_w ; 
                                assign out_a_ebr_raw_w[i0] = raw_out_a_w ; 
                                // ------ PORT A Address Control Signal ------
                                wire chk_addr_a_w ; 
                                if ((EBR_ADDR > 1)) 
                                    begin : genblk1
                                        assign chk_addr_a_w = ((addr_a_i[(ADDR_WIDTH_A - 1):A_AWID_IMPL] == i0) ? 1'b1 : 1'b0) ; 
                                    end
                                else
                                    begin : genblk1
                                        assign chk_addr_a_w = 1'b1 ; 
                                    end
                                // ------ PORT B output ports ------
                                wire [(PORT_B_DATA_USE - 1):0] raw_out_b_w ; 
                                assign out_b_ebr_raw_w[i0] = raw_out_b_w ; 
                                // ------ PORT B Address Control Signal ------
                                wire chk_addr_b_w ; 
                                if ((EBR_ADDR > 1)) 
                                    begin : genblk2
                                        assign chk_addr_b_w = ((addr_b_i[(ADDR_WIDTH_B - 1):B_AWID_IMPL] == i0) ? 1'b1 : 1'b0) ; 
                                    end
                                else
                                    begin : genblk2
                                        assign chk_addr_b_w = 1'b1 ; 
                                    end
                                // ------ Data Loop (Mixed Width no Byte-Enable) ------                
                                for (i1 = 0;(i1 < EBR_DATA);i1 = (i1 + 1))
                                begin : xDATA
                                    localparam ECO_POSX = (i1 * A_DWID_IMPL) ; 
                                    localparam ECO_POSY = (i0 * A_DEPTH_IMPL) ; 
                                    // ------ PORT A Data Wiring ------
                                    wire [(A_DWID_IMPL - 1):0] in_a_w ; 
                                    wire [(A_DWID_IMPL - 1):0] out_a_w ; 
                                    if ((PORT_A_DATA_USE > (A_DWID_IMPL * (i1 + 1)))) 
                                        begin : genblk1
                                            assign in_a_w = in_a_ebr_w[((A_DWID_IMPL * (i1 + 1)) - 1):(A_DWID_IMPL * i1)] ; 
                                            assign raw_out_a_w[((A_DWID_IMPL * (i1 + 1)) - 1):(A_DWID_IMPL * i1)] = out_a_w ; 
                                        end
                                    else
                                        begin : genblk1
                                            assign in_a_w[(PORT_A_DATA_USE - (1 + (A_DWID_IMPL * i1))):0] = in_a_ebr_w[(PORT_A_DATA_USE - 1):(A_DWID_IMPL * i1)] ; 
                                            if ((A_DWID_IMPL > (PORT_A_DATA_USE - (A_DWID_IMPL * i1)))) 
                                                begin : genblk1
                                                    assign in_a_w[(A_DWID_IMPL - 1):(PORT_A_DATA_USE - (A_DWID_IMPL * i1))] = {(A_DWID_IMPL - (PORT_A_DATA_USE - (A_DWID_IMPL * i1))){1'b0}} ; 
                                                end
                                            assign raw_out_a_w[(PORT_A_DATA_USE - 1):(A_DWID_IMPL * i1)] = out_a_w[(PORT_A_DATA_USE - (1 + (A_DWID_IMPL * i1))):0] ; 
                                        end
                                    // ------ PORT B Data Wiring ------
                                    wire [(B_DWID_IMPL - 1):0] in_b_w ; 
                                    wire [(B_DWID_IMPL - 1):0] out_b_w ; 
                                    if ((PORT_B_DATA_USE > (B_DWID_IMPL * (i1 + 1)))) 
                                        begin : genblk2
                                            assign in_b_w = in_b_ebr_w[((B_DWID_IMPL * (i1 + 1)) - 1):(B_DWID_IMPL * i1)] ; 
                                            assign raw_out_b_w[((B_DWID_IMPL * (i1 + 1)) - 1):(B_DWID_IMPL * i1)] = out_b_w ; 
                                        end
                                    else
                                        begin : genblk2
                                            assign in_b_w[(PORT_B_DATA_USE - (1 + (B_DWID_IMPL * i1))):0] = in_b_ebr_w[(PORT_B_DATA_USE - 1):(B_DWID_IMPL * i1)] ; 
                                            if ((B_DWID_IMPL > (PORT_B_DATA_USE - (B_DWID_IMPL * i1)))) 
                                                begin : genblk1
                                                    assign in_b_w[(B_DWID_IMPL - 1):(PORT_B_DATA_USE - (B_DWID_IMPL * i1))] = {(B_DWID_IMPL - (PORT_B_DATA_USE - (B_DWID_IMPL * i1))){1'b0}} ; 
                                                end
                                            assign raw_out_b_w[(PORT_B_DATA_USE - 1):(B_DWID_IMPL * i1)] = out_b_w[(PORT_B_DATA_USE - (1 + (B_DWID_IMPL * i1))):0] ; 
                                        end
                                    // ------------------------------------
                                    // ------ SINGLE MEMORY INSTANCE ------
                                    // ------------------------------------
                                    if ((INIT_MODE == "mem_file")) 
                                        begin : mem_file
                                            mem_ipgen_lscc_ram_dp_true_core #(.FAMILY(FAMILY),
                                                    .INIT_MODE(INIT_MODE),
                                                    .MEM_SIZE(MEM_SIZE),
                                                    .MEM_ID(MEM_ID),
                                                    .POSx(ECO_POSX),
                                                    .POSy(ECO_POSY),
                                                    .DATA_WIDTH_A(A_DWID_IMPL),
                                                    .REGMODE_A(REGMODE_A),
                                                    .RESETMODE_A(RESETMODE_A),
                                                    .RESET_RELEASE_A(RESET_RELEASE_A),
                                                    .BYTE_ENABLE_A(0),
                                                    .DATA_WIDTH_B(B_DWID_IMPL),
                                                    .REGMODE_B(REGMODE_B),
                                                    .RESETMODE_B(RESETMODE_B),
                                                    .RESET_RELEASE_B(RESET_RELEASE_B),
                                                    .BYTE_ENABLE_B(0),
                                                    .INITVAL_00(INIT_VALUE_00[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_01(INIT_VALUE_01[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_02(INIT_VALUE_02[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_03(INIT_VALUE_03[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_04(INIT_VALUE_04[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_05(INIT_VALUE_05[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_06(INIT_VALUE_06[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_07(INIT_VALUE_07[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_08(INIT_VALUE_08[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_09(INIT_VALUE_09[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0A(INIT_VALUE_0A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0B(INIT_VALUE_0B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0C(INIT_VALUE_0C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0D(INIT_VALUE_0D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0E(INIT_VALUE_0E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0F(INIT_VALUE_0F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_10(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_10[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_11(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_11[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_12(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_12[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_13(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_13[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_14(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_14[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_15(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_15[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_16(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_16[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_17(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_17[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_18(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_18[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_19(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_19[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1A(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1B(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1C(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1D(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1E(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1F(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_20(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_20[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_21(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_21[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_22(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_22[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_23(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_23[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_24(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_24[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_25(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_25[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_26(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_26[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_27(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_27[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_28(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_28[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_29(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_29[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2A(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2B(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2C(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2D(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2E(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2F(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_30(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_30[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_31(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_31[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_32(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_32[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_33(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_33[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_34(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_34[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_35(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_35[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_36(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_36[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_37(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_37[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_38(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_38[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_39(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_39[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3A(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3B(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3C(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3D(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3E(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3F(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00"))) u_dp16k (// ------ COMMON PARAMETERS ------
                                                    // ------ PORT A PARAMETERS ------
                                                    // ------ PORT B PARAMETERS ------                        
                                                    // ------ INIT PARAMETERS ------
                                                    // ------ PORT A signals ------
                                                    .clk_a_i(clk_a_i), 
                                                        .clk_en_a_i(clk_en_a_i), 
                                                        .rst_a_i(rst_a_i), 
                                                        .wr_en_a_i((wr_en_a_i & chk_addr_a_w)), 
                                                        .ben_a_i(1'b1), 
                                                        .addr_a_i(addr_a_w), 
                                                        .wr_data_a_i(in_a_w), 
                                                        .rd_data_a_o(out_a_w), 
                                                        // ------ PORT B signals ------
                                                    .clk_b_i(clk_b_i), 
                                                        .clk_en_b_i(clk_en_b_i), 
                                                        .rst_b_i(rst_b_i), 
                                                        .wr_en_b_i((wr_en_b_i & chk_addr_b_w)), 
                                                        .ben_b_i(1'b1), 
                                                        .addr_b_i(addr_b_w), 
                                                        .wr_data_b_i(in_b_w), 
                                                        .rd_data_b_o(out_b_w)) ; 
                                        end
                                    else
                                        begin : no_mem_file
                                            mem_ipgen_lscc_ram_dp_true_core #(.FAMILY(FAMILY),
                                                    .INIT_MODE(INIT_MODE),
                                                    .MEM_SIZE(MEM_SIZE),
                                                    .MEM_ID(MEM_ID),
                                                    .POSx(ECO_POSX),
                                                    .POSy(ECO_POSY),
                                                    .DATA_WIDTH_A(A_DWID_IMPL),
                                                    .REGMODE_A(REGMODE_A),
                                                    .RESETMODE_A(RESETMODE_A),
                                                    .RESET_RELEASE_A(RESET_RELEASE_A),
                                                    .BYTE_ENABLE_A(0),
                                                    .DATA_WIDTH_B(B_DWID_IMPL),
                                                    .REGMODE_B(REGMODE_B),
                                                    .RESETMODE_B(RESETMODE_B),
                                                    .RESET_RELEASE_B(RESET_RELEASE_B),
                                                    .BYTE_ENABLE_B(0)) u_dp16k (// ------ COMMON PARAMETERS ------
                                                    // ------ PORT A PARAMETERS ------
                                                    // ------ PORT B PARAMETERS ------                        
                                                    // ------ PORT A signals ------
                                                    .clk_a_i(clk_a_i), 
                                                        .clk_en_a_i(clk_en_a_i), 
                                                        .rst_a_i(rst_a_i), 
                                                        .wr_en_a_i((wr_en_a_i & chk_addr_a_w)), 
                                                        .ben_a_i(1'b1), 
                                                        .addr_a_i(addr_a_w), 
                                                        .wr_data_a_i(in_a_w), 
                                                        .rd_data_a_o(out_a_w), 
                                                        // ------ PORT B signals ------
                                                    .clk_b_i(clk_b_i), 
                                                        .clk_en_b_i(clk_en_b_i), 
                                                        .rst_b_i(rst_b_i), 
                                                        .wr_en_b_i((wr_en_b_i & chk_addr_b_w)), 
                                                        .ben_b_i(1'b1), 
                                                        .addr_b_i(addr_b_w), 
                                                        .wr_data_b_i(in_b_w), 
                                                        .rd_data_b_o(out_b_w)) ; 
                                        end
                                end
                            end
                            if ((EBR_ADDR == 1)) 
                                begin : genblk5
                                    assign out_a_ebr_w = out_a_ebr_raw_w[0] ; 
                                    assign out_b_ebr_w = out_b_ebr_raw_w[0] ; 
                                end
                            else
                                begin : genblk5
                                    // ------ PORT A output assignment ------
                                    reg [(PORT_A_DATA_USE - 1):0] a_out_buff_r ; 
                                    reg [(ADDR_WIDTH_A - 1):0] addr_a_p_r ; 
                                    assign out_a_ebr_w = a_out_buff_r ; 
                                    always
                                        @(*)
                                        begin
                                            a_out_buff_r = out_a_ebr_raw_w[addr_a_p_r[(ADDR_WIDTH_A - 1):A_AWID_IMPL]] ;
                                        end
                                    if ((REGMODE_A == "noreg")) 
                                        begin : genblk1
                                            if ((RESETMODE_A == "sync")) 
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_a_i)
                                                        begin
                                                            if (rst_a_i) 
                                                                begin
                                                                    addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_a_p_r <=  addr_a_i ;
                                                                end
                                                        end
                                                end
                                            else
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_a_i or 
                                                            posedge rst_a_i)
                                                        begin
                                                            if (rst_a_i) 
                                                                begin
                                                                    addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_a_p_r <=  addr_a_i ;
                                                                end
                                                        end
                                                end
                                        end
                                    else
                                        begin : genblk1
                                            reg [(ADDR_WIDTH_A - 1):0] addr_a_p2_r ; 
                                            if ((RESETMODE_A == "sync")) 
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_a_i)
                                                        begin
                                                            if (rst_a_i) 
                                                                begin
                                                                    addr_a_p2_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                    addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_a_p2_r <=  addr_a_i ;
                                                                    addr_a_p_r <=  addr_a_p2_r ;
                                                                end
                                                        end
                                                end
                                            else
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_a_i or 
                                                            posedge rst_a_i)
                                                        begin
                                                            if (rst_a_i) 
                                                                begin
                                                                    addr_a_p2_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                    addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_a_p2_r <=  addr_a_i ;
                                                                    addr_a_p_r <=  addr_a_p2_r ;
                                                                end
                                                        end
                                                end
                                        end
                                    // ------ PORT B output assignment ------
                                    reg [(PORT_B_DATA_USE - 1):0] b_out_buff_r ; 
                                    reg [(ADDR_WIDTH_B - 1):0] addr_b_p_r ; 
                                    assign out_b_ebr_w = b_out_buff_r ; 
                                    always
                                        @(*)
                                        begin
                                            b_out_buff_r = out_b_ebr_raw_w[addr_b_p_r[(ADDR_WIDTH_B - 1):B_AWID_IMPL]] ;
                                        end
                                    if ((REGMODE_B == "noreg")) 
                                        begin : genblk2
                                            if ((RESETMODE_B == "sync")) 
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_b_i)
                                                        begin
                                                            if (rst_b_i) 
                                                                begin
                                                                    addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_b_p_r <=  addr_b_i ;
                                                                end
                                                        end
                                                end
                                            else
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_b_i or 
                                                            posedge rst_b_i)
                                                        begin
                                                            if (rst_b_i) 
                                                                begin
                                                                    addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_b_p_r <=  addr_b_i ;
                                                                end
                                                        end
                                                end
                                        end
                                    else
                                        begin : genblk2
                                            reg [(ADDR_WIDTH_B - 1):0] addr_b_p2_r ; 
                                            if ((RESETMODE_B == "sync")) 
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_b_i)
                                                        begin
                                                            if (rst_b_i) 
                                                                begin
                                                                    addr_b_p2_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                    addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_b_p2_r <=  addr_b_i ;
                                                                    addr_b_p_r <=  addr_b_p2_r ;
                                                                end
                                                        end
                                                end
                                            else
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_b_i or 
                                                            posedge rst_b_i)
                                                        begin
                                                            if (rst_b_i) 
                                                                begin
                                                                    addr_b_p2_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                    addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_b_p2_r <=  addr_b_i ;
                                                                    addr_b_p_r <=  addr_b_p2_r ;
                                                                end
                                                        end
                                                end
                                        end
                                end
                        end
                    else
                        begin : MIX_Y_BEN
                            // ---------------------------------------------------
                            // ------ Local Parameters for EBR Optimization ------
                            // ---------------------------------------------------
                            localparam A_DWID_IMPL = getCASE1DataImpl_wBEN(ADDR_DEPTH_A,
                                        DATA_WIDTH_A,
                                        ADDR_DEPTH_B,
                                        DATA_WIDTH_B,
                                        1'b1,
                                        0,
                                        FAMILY_CODE) ; 
                            localparam A_DEPTH_IMPL = data_to_addr(A_DWID_IMPL,
                                        FAMILY_CODE) ; 
                            localparam A_AWID_IMPL = clog2(A_DEPTH_IMPL) ; 
                            localparam A_BWID_IMPL = ((BYTE_ENABLE_A == 1) ? getImplByteWidth(A_DWID_IMPL,
                                        FAMILY_CODE) : 1) ; 
                            localparam B_DWID_IMPL = getCASE1DataImpl_wBEN(ADDR_DEPTH_A,
                                        DATA_WIDTH_A,
                                        ADDR_DEPTH_B,
                                        DATA_WIDTH_B,
                                        1'b0,
                                        0,
                                        FAMILY_CODE) ; 
                            localparam B_DEPTH_IMPL = data_to_addr(B_DWID_IMPL,
                                        FAMILY_CODE) ; 
                            localparam B_AWID_IMPL = clog2(B_DEPTH_IMPL) ; 
                            localparam B_BWID_IMPL = ((BYTE_ENABLE_B == 1) ? getImplByteWidth(B_DWID_IMPL,
                                        FAMILY_CODE) : 1) ; 
                            localparam EBR_ADDR = roundUP(ADDR_DEPTH_A,
                                        A_DEPTH_IMPL) ; 
                            localparam EBR_DATA = roundUP(DATA_WIDTH_A,
                                        A_DWID_IMPL) ; 
                            // ------ Port A address truncation ------
                            wire [(A_AWID_IMPL - 1):0] addr_a_w ; 
                            if ((A_AWID_IMPL > ADDR_WIDTH_A)) 
                                begin : genblk1
                                    assign addr_a_w[(A_AWID_IMPL - 1):ADDR_WIDTH_A] = {(A_AWID_IMPL - ADDR_WIDTH_A){1'b0}} ; 
                                    assign addr_a_w[(ADDR_WIDTH_A - 1):0] = addr_a_i ; 
                                end
                            else
                                begin : genblk1
                                    assign addr_a_w[(A_AWID_IMPL - 1):0] = addr_a_i[(A_AWID_IMPL - 1):0] ; 
                                end
                            // ------ Port B address truncation ------
                            wire [(B_AWID_IMPL - 1):0] addr_b_w ; 
                            if ((B_AWID_IMPL > ADDR_WIDTH_B)) 
                                begin : genblk2
                                    assign addr_b_w[(B_AWID_IMPL - 1):ADDR_WIDTH_B] = {(B_AWID_IMPL - ADDR_WIDTH_B){1'b0}} ; 
                                    assign addr_b_w[(ADDR_WIDTH_B - 1):0] = addr_b_i ; 
                                end
                            else
                                begin : genblk2
                                    assign addr_b_w[(B_AWID_IMPL - 1):0] = addr_b_i[(B_AWID_IMPL - 1):0] ; 
                                end
                            // ------ EBR level wiring ports ------
                            wire [(DATA_WIDTH_A - 1):0] in_a_ebr_w ; 
                            wire [(DATA_WIDTH_B - 1):0] in_b_ebr_w ; 
                            wire [(DATA_WIDTH_A - 1):0] out_a_ebr_w ; 
                            wire [(DATA_WIDTH_B - 1):0] out_b_ebr_w ; 
                            wire [(BYTE_WIDTH_A - 1):0] ben_a_ebr_w ; 
                            wire [(BYTE_WIDTH_B - 1):0] ben_b_ebr_w ; 
                            // ------ Output Port MUX ------
                            wire [(DATA_WIDTH_A - 1):0] out_a_ebr_raw_w [(EBR_ADDR - 1):0] ; 
                            wire [(DATA_WIDTH_B - 1):0] out_b_ebr_raw_w [(EBR_ADDR - 1):0] ; 
                            if ((DATA_WIDTH_A > DATA_WIDTH_B)) 
                                begin : A_OVR_B
                                    // ------ PORT B (TOP to EBR level split) Wiring : (DATA_WIDTH_A > DATA_WIDTH_B) ------
                                    assign in_b_ebr_w = wr_data_b_i ; 
                                    assign rd_data_b_o = out_b_ebr_w ; 
                                    assign ben_b_ebr_w = ben_b_i ; 
                                    // ------ PORT A (TOP to EBR level split) Wiring : (DATA_WIDTH_A > DATA_WIDTH_B) ------
                                    wire [(B_DWID_IMPL - 1):0] in_a_ebr_seg_w [((DATA_WIDTH_A / B_DWID_IMPL) - 1):0] ; 
                                    wire [(B_BWID_IMPL - 1):0] ben_a_ebr_seg_w [((DATA_WIDTH_A / B_DWID_IMPL) - 1):0] ; 
                                    wire [(B_DWID_IMPL - 1):0] out_a_ebr_seg_w [((DATA_WIDTH_A / B_DWID_IMPL) - 1):0] ; 
                                    for (i_0 = 0;(i_0 < EBR_DATA);i_0 = (i_0 + 1))
                                    begin : genblk1
                                        for (i_1 = 0;(i_1 < (DATA_WIDTH_A / (B_DWID_IMPL * EBR_DATA)));i_1 = (i_1 + 1))
                                        begin : genblk1
                                            assign in_a_ebr_seg_w[(((DATA_WIDTH_A / (B_DWID_IMPL * EBR_DATA)) * i_0) + i_1)] = wr_data_a_i[((((i_0 * B_DWID_IMPL) + ((i_1 * EBR_DATA) * B_DWID_IMPL)) + B_DWID_IMPL) - 1):((i_0 * B_DWID_IMPL) + ((i_1 * EBR_DATA) * B_DWID_IMPL))] ; 
                                            assign ben_a_ebr_seg_w[(((DATA_WIDTH_A / (B_DWID_IMPL * EBR_DATA)) * i_0) + i_1)] = ben_a_i[((((i_0 * B_BWID_IMPL) + ((i_1 * EBR_DATA) * B_BWID_IMPL)) + B_BWID_IMPL) - 1):((i_0 * B_BWID_IMPL) + ((i_1 * EBR_DATA) * B_BWID_IMPL))] ; 
                                        end
                                    end
                                    for (i_0 = 0;(i_0 < (DATA_WIDTH_A / B_DWID_IMPL));i_0 = (i_0 + 1))
                                    begin : genblk2
                                        assign in_a_ebr_w[(((i_0 * B_DWID_IMPL) + B_DWID_IMPL) - 1):(i_0 * B_DWID_IMPL)] = in_a_ebr_seg_w[i_0] ; 
                                        assign ben_a_ebr_w[(((i_0 * B_BWID_IMPL) + B_BWID_IMPL) - 1):(i_0 * B_BWID_IMPL)] = ben_a_ebr_seg_w[i_0] ; 
                                    end
                                    for (i_0 = 0;(i_0 < (DATA_WIDTH_A / DATA_WIDTH_B));i_0 = (i_0 + 1))
                                    begin : genblk3
                                        for (i_1 = 0;(i_1 < EBR_DATA);i_1 = (i_1 + 1))
                                        begin : genblk1
                                            assign out_a_ebr_seg_w[((i_0 * EBR_DATA) + i_1)] = out_a_ebr_w[((((i_1 * A_DWID_IMPL) + (i_0 * B_DWID_IMPL)) + B_DWID_IMPL) - 1):((i_1 * A_DWID_IMPL) + (i_0 * B_DWID_IMPL))] ; 
                                        end
                                    end
                                    for (i_0 = 0;(i_0 < (DATA_WIDTH_A / B_DWID_IMPL));i_0 = (i_0 + 1))
                                    begin : genblk4
                                        assign rd_data_a_o[(((i_0 * B_DWID_IMPL) + B_DWID_IMPL) - 1):(i_0 * B_DWID_IMPL)] = out_a_ebr_seg_w[i_0] ; 
                                    end
                                end
                            else
                                begin : B_OVR_A
                                    // ------ PORT A (TOP to EBR level split) Wiring : (DATA_WIDTH_B > DATA_WIDTH_A) ------
                                    assign in_a_ebr_w = wr_data_a_i ; 
                                    assign rd_data_a_o = out_a_ebr_w ; 
                                    assign ben_a_ebr_w = ben_a_i ; 
                                    // ------ PORT B (TOP to EBR level split) Wiring : (DATA_WIDTH_B > DATA_WIDTH_A) ------
                                    wire [(A_DWID_IMPL - 1):0] in_b_ebr_seg_w [((DATA_WIDTH_B / A_DWID_IMPL) - 1):0] ; 
                                    wire [(A_BWID_IMPL - 1):0] ben_b_ebr_seg_w [((DATA_WIDTH_B / A_DWID_IMPL) - 1):0] ; 
                                    wire [(A_DWID_IMPL - 1):0] out_b_ebr_seg_w [((DATA_WIDTH_B / A_DWID_IMPL) - 1):0] ; 
                                    for (i_0 = 0;(i_0 < EBR_DATA);i_0 = (i_0 + 1))
                                    begin : genblk1
                                        for (i_1 = 0;(i_1 < (DATA_WIDTH_B / (A_DWID_IMPL * EBR_DATA)));i_1 = (i_1 + 1))
                                        begin : genblk1
                                            assign in_b_ebr_seg_w[(((DATA_WIDTH_B / (A_DWID_IMPL * EBR_DATA)) * i_0) + i_1)] = wr_data_b_i[((((i_0 * A_DWID_IMPL) + ((i_1 * EBR_DATA) * A_DWID_IMPL)) + A_DWID_IMPL) - 1):((i_0 * A_DWID_IMPL) + ((i_1 * EBR_DATA) * A_DWID_IMPL))] ; 
                                            assign ben_b_ebr_seg_w[(((DATA_WIDTH_B / (A_DWID_IMPL * EBR_DATA)) * i_0) + i_1)] = ben_b_i[((((i_0 * A_BWID_IMPL) + ((i_1 * EBR_DATA) * A_BWID_IMPL)) + A_BWID_IMPL) - 1):((i_0 * A_BWID_IMPL) + ((i_1 * EBR_DATA) * A_BWID_IMPL))] ; 
                                        end
                                    end
                                    for (i_0 = 0;(i_0 < (DATA_WIDTH_B / A_DWID_IMPL));i_0 = (i_0 + 1))
                                    begin : genblk2
                                        assign in_b_ebr_w[(((i_0 * A_DWID_IMPL) + A_DWID_IMPL) - 1):(i_0 * A_DWID_IMPL)] = in_b_ebr_seg_w[i_0] ; 
                                        assign ben_b_ebr_w[(((i_0 * A_BWID_IMPL) + A_BWID_IMPL) - 1):(i_0 * A_BWID_IMPL)] = ben_b_ebr_seg_w[i_0] ; 
                                    end
                                    for (i_0 = 0;(i_0 < (DATA_WIDTH_B / DATA_WIDTH_A));i_0 = (i_0 + 1))
                                    begin : genblk3
                                        for (i_1 = 0;(i_1 < EBR_DATA);i_1 = (i_1 + 1))
                                        begin : genblk1
                                            assign out_b_ebr_seg_w[((i_0 * EBR_DATA) + i_1)] = out_b_ebr_w[((((i_1 * B_DWID_IMPL) + (i_0 * A_DWID_IMPL)) + A_DWID_IMPL) - 1):((i_1 * B_DWID_IMPL) + (i_0 * A_DWID_IMPL))] ; 
                                        end
                                    end
                                    for (i_0 = 0;(i_0 < (DATA_WIDTH_B / A_DWID_IMPL));i_0 = (i_0 + 1))
                                    begin : genblk4
                                        assign rd_data_b_o[(((i_0 * A_DWID_IMPL) + A_DWID_IMPL) - 1):(i_0 * A_DWID_IMPL)] = out_b_ebr_seg_w[i_0] ; 
                                    end
                                end
                            // ------ Address Loop (Mixed Width w/ Byte-Enable) ------
                            for (i0 = 0;(i0 < EBR_ADDR);i0 = (i0 + 1))
                            begin : xADDR
                                // ------ PORT A output ports ------
                                wire [(DATA_WIDTH_A - 1):0] raw_out_a_w ; 
                                assign out_a_ebr_raw_w[i0] = raw_out_a_w ; 
                                // ------ PORT A Address Control Signal ------
                                wire chk_addr_a_w ; 
                                if ((EBR_ADDR > 1)) 
                                    begin : genblk1
                                        assign chk_addr_a_w = ((addr_a_i[(ADDR_WIDTH_A - 1):A_AWID_IMPL] == i0) ? 1'b1 : 1'b0) ; 
                                    end
                                else
                                    begin : genblk1
                                        assign chk_addr_a_w = 1'b1 ; 
                                    end
                                // ------ PORT B output ports ------
                                wire [(DATA_WIDTH_B - 1):0] raw_out_b_w ; 
                                assign out_b_ebr_raw_w[i0] = raw_out_b_w ; 
                                // ------ PORT B Address Control Signal ------
                                wire chk_addr_b_w ; 
                                if ((EBR_ADDR > 1)) 
                                    begin : genblk2
                                        assign chk_addr_b_w = ((addr_b_i[(ADDR_WIDTH_B - 1):B_AWID_IMPL] == i0) ? 1'b1 : 1'b0) ; 
                                    end
                                else
                                    begin : genblk2
                                        assign chk_addr_b_w = 1'b1 ; 
                                    end
                                // ------ Data Loop (Mixed Width w/ Byte-Enable) ------     
                                for (i1 = 0;(i1 < EBR_DATA);i1 = (i1 + 1))
                                begin : xDATA
                                    localparam ECO_POSX = (i1 * A_DWID_IMPL) ; 
                                    localparam ECO_POSY = (i0 * A_DEPTH_IMPL) ; 
                                    // ------ PORT A Data Wiring ------
                                    wire [(A_DWID_IMPL - 1):0] in_a_w ; 
                                    wire [(A_BWID_IMPL - 1):0] ben_a_w ; 
                                    wire [(A_DWID_IMPL - 1):0] out_a_w ; 
                                    if (((A_DWID_IMPL * (i1 + 1)) < DATA_WIDTH_A)) 
                                        begin : genblk1
                                            assign in_a_w = in_a_ebr_w[((A_DWID_IMPL * (i1 + 1)) - 1):(A_DWID_IMPL * i1)] ; 
                                            assign raw_out_a_w[((A_DWID_IMPL * (i1 + 1)) - 1):(A_DWID_IMPL * i1)] = out_a_w ; 
                                            assign ben_a_w = ((BYTE_ENABLE_A == 1) ? ben_a_ebr_w[((A_BWID_IMPL * (i1 + 1)) - 1):(A_BWID_IMPL * i1)] : {A_BWID_IMPL{1'b1}}) ; 
                                        end
                                    else
                                        begin : genblk1
                                            assign in_a_w[(DATA_WIDTH_A - (1 + (A_DWID_IMPL * i1))):0] = in_a_ebr_w[(DATA_WIDTH_A - 1):(A_DWID_IMPL * i1)] ; 
                                            if ((A_DWID_IMPL > (DATA_WIDTH_A - (A_DWID_IMPL * i1)))) 
                                                begin : genblk1
                                                    assign in_a_w[(A_DWID_IMPL - 1):(DATA_WIDTH_A - (A_DWID_IMPL * i1))] = {(A_DWID_IMPL - (DATA_WIDTH_A - (A_DWID_IMPL * i1))){1'b0}} ; 
                                                end
                                            if ((BYTE_ENABLE_A == 1)) 
                                                begin : genblk2
                                                    assign ben_a_w[(BYTE_WIDTH_A - (1 + (A_BWID_IMPL * i1))):0] = ben_a_ebr_w[(BYTE_WIDTH_A - 1):(A_BWID_IMPL * i1)] ; 
                                                    if ((A_BWID_IMPL > (BYTE_WIDTH_A - (A_BWID_IMPL * i1)))) 
                                                        begin : genblk1
                                                            assign ben_a_w[(A_BWID_IMPL - 1):(BYTE_WIDTH_A - (A_BWID_IMPL * i1))] = {(A_BWID_IMPL - (BYTE_WIDTH_A - (A_BWID_IMPL * i1))){1'b1}} ; 
                                                        end
                                                end
                                            else
                                                begin : genblk2
                                                    assign ben_a_w = {A_BWID_IMPL{1'b1}} ; 
                                                end
                                            assign raw_out_a_w[(DATA_WIDTH_A - 1):(A_DWID_IMPL * i1)] = out_a_w[(DATA_WIDTH_A - (1 + (A_DWID_IMPL * i1))):0] ; 
                                        end
                                    // ------ PORT B Data Wiring ------
                                    wire [(B_DWID_IMPL - 1):0] in_b_w ; 
                                    wire [(B_BWID_IMPL - 1):0] ben_b_w ; 
                                    wire [(B_DWID_IMPL - 1):0] out_b_w ; 
                                    if (((B_DWID_IMPL * (i1 + 1)) < DATA_WIDTH_B)) 
                                        begin : genblk2
                                            assign in_b_w = in_b_ebr_w[((B_DWID_IMPL * (i1 + 1)) - 1):(B_DWID_IMPL * i1)] ; 
                                            assign raw_out_b_w[((B_DWID_IMPL * (i1 + 1)) - 1):(B_DWID_IMPL * i1)] = out_b_w ; 
                                            assign ben_b_w = ((BYTE_ENABLE_B == 1) ? ben_b_ebr_w[((B_BWID_IMPL * (i1 + 1)) - 1):(B_BWID_IMPL * i1)] : {B_BWID_IMPL{1'b1}}) ; 
                                        end
                                    else
                                        begin : genblk2
                                            assign in_b_w[(DATA_WIDTH_B - (1 + (B_DWID_IMPL * i1))):0] = in_b_ebr_w[(DATA_WIDTH_B - 1):(B_DWID_IMPL * i1)] ; 
                                            if ((B_DWID_IMPL > (DATA_WIDTH_B - (B_DWID_IMPL * i1)))) 
                                                begin : genblk1
                                                    assign in_b_w[(B_DWID_IMPL - 1):(DATA_WIDTH_B - (B_DWID_IMPL * i1))] = {(B_DWID_IMPL - (DATA_WIDTH_B - (B_DWID_IMPL * i1))){1'b0}} ; 
                                                end
                                            if ((BYTE_ENABLE_B == 1)) 
                                                begin : genblk2
                                                    assign ben_b_w[(BYTE_WIDTH_B - (1 + (B_BWID_IMPL * i1))):0] = ben_b_ebr_w[(BYTE_WIDTH_B - 1):(B_BWID_IMPL * i1)] ; 
                                                    if ((B_BWID_IMPL > (DATA_WIDTH_B - (B_BWID_IMPL * i1)))) 
                                                        begin : genblk1
                                                            assign ben_b_w[(B_BWID_IMPL - 1):(BYTE_WIDTH_B - (B_BWID_IMPL * i1))] = {(B_BWID_IMPL - (BYTE_WIDTH_B - (B_BWID_IMPL * i1))){1'b1}} ; 
                                                        end
                                                end
                                            else
                                                begin : genblk2
                                                    assign ben_b_w = {B_BWID_IMPL{1'b1}} ; 
                                                end
                                            assign raw_out_b_w[(DATA_WIDTH_B - 1):(B_DWID_IMPL * i1)] = out_b_w[(DATA_WIDTH_B - (1 + (B_DWID_IMPL * i1))):0] ; 
                                        end
                                    // ------------------------------------
                                    // ------ SINGLE MEMORY INSTANCE ------
                                    // ------------------------------------
                                    if ((INIT_MODE == "mem_file")) 
                                        begin : mem_file
                                            mem_ipgen_lscc_ram_dp_true_core #(.FAMILY(FAMILY),
                                                    .INIT_MODE(INIT_MODE),
                                                    .MEM_SIZE(MEM_SIZE),
                                                    .MEM_ID(MEM_ID),
                                                    .POSx(ECO_POSX),
                                                    .POSy(ECO_POSY),
                                                    .DATA_WIDTH_A(A_DWID_IMPL),
                                                    .REGMODE_A(REGMODE_A),
                                                    .RESETMODE_A(RESETMODE_A),
                                                    .RESET_RELEASE_A(RESET_RELEASE_A),
                                                    .BYTE_ENABLE_A(BYTE_ENABLE_A),
                                                    .BYTE_EN_POL_A(BYTE_EN_POL_A),
                                                    .DATA_WIDTH_B(B_DWID_IMPL),
                                                    .REGMODE_B(REGMODE_B),
                                                    .RESETMODE_B(RESETMODE_B),
                                                    .RESET_RELEASE_B(RESET_RELEASE_B),
                                                    .BYTE_ENABLE_B(BYTE_ENABLE_B),
                                                    .BYTE_EN_POL_B(BYTE_EN_POL_B),
                                                    .INITVAL_00(INIT_VALUE_00[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_01(INIT_VALUE_01[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_02(INIT_VALUE_02[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_03(INIT_VALUE_03[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_04(INIT_VALUE_04[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_05(INIT_VALUE_05[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_06(INIT_VALUE_06[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_07(INIT_VALUE_07[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_08(INIT_VALUE_08[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_09(INIT_VALUE_09[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0A(INIT_VALUE_0A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0B(INIT_VALUE_0B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0C(INIT_VALUE_0C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0D(INIT_VALUE_0D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0E(INIT_VALUE_0E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_0F(INIT_VALUE_0F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                    .INITVAL_10(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_10[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_11(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_11[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_12(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_12[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_13(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_13[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_14(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_14[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_15(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_15[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_16(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_16[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_17(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_17[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_18(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_18[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_19(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_19[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1A(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1B(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1C(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1D(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1E(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_1F(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_1F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_20(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_20[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_21(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_21[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_22(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_22[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_23(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_23[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_24(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_24[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_25(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_25[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_26(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_26[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_27(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_27[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_28(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_28[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_29(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_29[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2A(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2B(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2C(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2D(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2E(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_2F(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_2F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_30(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_30[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_31(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_31[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_32(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_32[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_33(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_33[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_34(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_34[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_35(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_35[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_36(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_36[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_37(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_37[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_38(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_38[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_39(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_39[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3A(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3B(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3C(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3D(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3E(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                    .INITVAL_3F(((checkINIT(FAMILY_CODE) == 1) ? INIT_VALUE_3F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00"))) u_dp16k (// ------ COMMON PARAMETERS ------
                                                    // ------ PORT A PARAMETERS ------
                                                    // ------ PORT B PARAMETERS ------                        
                                                    // ------ INIT PARAMETERS ------
                                                    // ------ PORT A signals ------
                                                    .clk_a_i(clk_a_i), 
                                                        .clk_en_a_i(clk_en_a_i), 
                                                        .rst_a_i(rst_a_i), 
                                                        .wr_en_a_i((wr_en_a_i & chk_addr_a_w)), 
                                                        .ben_a_i(ben_a_w), 
                                                        .addr_a_i(addr_a_w), 
                                                        .wr_data_a_i(in_a_w), 
                                                        .rd_data_a_o(out_a_w), 
                                                        // ------ PORT B signals ------
                                                    .clk_b_i(clk_b_i), 
                                                        .clk_en_b_i(clk_en_b_i), 
                                                        .rst_b_i(rst_b_i), 
                                                        .wr_en_b_i((wr_en_b_i & chk_addr_b_w)), 
                                                        .ben_b_i(ben_b_w), 
                                                        .addr_b_i(addr_b_w), 
                                                        .wr_data_b_i(in_b_w), 
                                                        .rd_data_b_o(out_b_w)) ; 
                                        end
                                    else
                                        begin : no_mem_file
                                            mem_ipgen_lscc_ram_dp_true_core #(.FAMILY(FAMILY),
                                                    .INIT_MODE(INIT_MODE),
                                                    .MEM_SIZE(MEM_SIZE),
                                                    .MEM_ID(MEM_ID),
                                                    .POSx(ECO_POSX),
                                                    .POSy(ECO_POSY),
                                                    .DATA_WIDTH_A(A_DWID_IMPL),
                                                    .REGMODE_A(REGMODE_A),
                                                    .RESETMODE_A(RESETMODE_A),
                                                    .RESET_RELEASE_A(RESET_RELEASE_A),
                                                    .BYTE_ENABLE_A(BYTE_ENABLE_A),
                                                    .BYTE_EN_POL_A(BYTE_EN_POL_A),
                                                    .DATA_WIDTH_B(B_DWID_IMPL),
                                                    .REGMODE_B(REGMODE_B),
                                                    .RESETMODE_B(RESETMODE_B),
                                                    .RESET_RELEASE_B(RESET_RELEASE_B),
                                                    .BYTE_ENABLE_B(BYTE_ENABLE_B),
                                                    .BYTE_EN_POL_B(BYTE_EN_POL_B)) u_dp16k (// ------ COMMON PARAMETERS ------
                                                    // ------ PORT A PARAMETERS ------
                                                    // ------ PORT B PARAMETERS ------                        
                                                    // ------ PORT A signals ------
                                                    .clk_a_i(clk_a_i), 
                                                        .clk_en_a_i(clk_en_a_i), 
                                                        .rst_a_i(rst_a_i), 
                                                        .wr_en_a_i((wr_en_a_i & chk_addr_a_w)), 
                                                        .ben_a_i(ben_a_w), 
                                                        .addr_a_i(addr_a_w), 
                                                        .wr_data_a_i(in_a_w), 
                                                        .rd_data_a_o(out_a_w), 
                                                        // ------ PORT B signals ------
                                                    .clk_b_i(clk_b_i), 
                                                        .clk_en_b_i(clk_en_b_i), 
                                                        .rst_b_i(rst_b_i), 
                                                        .wr_en_b_i((wr_en_b_i & chk_addr_b_w)), 
                                                        .ben_b_i(ben_b_w), 
                                                        .addr_b_i(addr_b_w), 
                                                        .wr_data_b_i(in_b_w), 
                                                        .rd_data_b_o(out_b_w)) ; 
                                        end
                                end
                            end
                            if ((EBR_ADDR == 1)) 
                                begin : genblk5
                                    assign out_a_ebr_w = out_a_ebr_raw_w[0] ; 
                                    assign out_b_ebr_w = out_b_ebr_raw_w[0] ; 
                                end
                            else
                                begin : genblk5
                                    // ------ PORT A output assignment ------
                                    reg [(DATA_WIDTH_A - 1):0] a_out_buff_r ; 
                                    reg [(ADDR_WIDTH_A - 1):0] addr_a_p_r ; 
                                    assign out_a_ebr_w = a_out_buff_r ; 
                                    always
                                        @(*)
                                        begin
                                            a_out_buff_r = out_a_ebr_raw_w[addr_a_p_r[(ADDR_WIDTH_A - 1):A_AWID_IMPL]] ;
                                        end
                                    if ((REGMODE_A == "noreg")) 
                                        begin : genblk1
                                            if ((RESETMODE_A == "sync")) 
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_a_i)
                                                        begin
                                                            if (rst_a_i) 
                                                                begin
                                                                    addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_a_p_r <=  addr_a_i ;
                                                                end
                                                        end
                                                end
                                            else
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_a_i or 
                                                            posedge rst_a_i)
                                                        begin
                                                            if (rst_a_i) 
                                                                begin
                                                                    addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_a_p_r <=  addr_a_i ;
                                                                end
                                                        end
                                                end
                                        end
                                    else
                                        begin : genblk1
                                            reg [(ADDR_WIDTH_A - 1):0] addr_a_p2_r = {ADDR_WIDTH_A{1'b0}} ; 
                                            if ((RESETMODE_A == "sync")) 
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_a_i)
                                                        begin
                                                            if (rst_a_i) 
                                                                begin
                                                                    addr_a_p2_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                    addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_a_p2_r <=  addr_a_i ;
                                                                    addr_a_p_r <=  addr_a_p2_r ;
                                                                end
                                                        end
                                                end
                                            else
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_a_i or 
                                                            posedge rst_a_i)
                                                        begin
                                                            if (rst_a_i) 
                                                                begin
                                                                    addr_a_p2_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                    addr_a_p_r <=  {ADDR_WIDTH_A{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_a_p2_r <=  addr_a_i ;
                                                                    addr_a_p_r <=  addr_a_p2_r ;
                                                                end
                                                        end
                                                end
                                        end
                                    // ------ PORT B output assignment ------
                                    reg [(DATA_WIDTH_B - 1):0] b_out_buff_r = {DATA_WIDTH_B{1'b0}} ; 
                                    reg [(ADDR_WIDTH_B - 1):0] addr_b_p_r = {ADDR_WIDTH_B{1'b0}} ; 
                                    assign out_b_ebr_w = b_out_buff_r ; 
                                    always
                                        @(*)
                                        begin
                                            b_out_buff_r = out_b_ebr_raw_w[addr_b_p_r[(ADDR_WIDTH_B - 1):B_AWID_IMPL]] ;
                                        end
                                    if ((REGMODE_B == "noreg")) 
                                        begin : genblk2
                                            if ((RESETMODE_B == "sync")) 
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_b_i)
                                                        begin
                                                            if (rst_b_i) 
                                                                begin
                                                                    addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_b_p_r <=  addr_b_i ;
                                                                end
                                                        end
                                                end
                                            else
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_b_i or 
                                                            posedge rst_b_i)
                                                        begin
                                                            if (rst_b_i) 
                                                                begin
                                                                    addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_b_p_r <=  addr_b_i ;
                                                                end
                                                        end
                                                end
                                        end
                                    else
                                        begin : genblk2
                                            reg [(ADDR_WIDTH_B - 1):0] addr_b_p2_r = {ADDR_WIDTH_B{1'b0}} ; 
                                            if ((RESETMODE_B == "sync")) 
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_b_i)
                                                        begin
                                                            if (rst_b_i) 
                                                                begin
                                                                    addr_b_p2_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                    addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_b_p2_r <=  addr_b_i ;
                                                                    addr_b_p_r <=  addr_b_p2_r ;
                                                                end
                                                        end
                                                end
                                            else
                                                begin : genblk1
                                                    always
                                                        @(posedge clk_b_i or 
                                                            posedge rst_b_i)
                                                        begin
                                                            if (rst_b_i) 
                                                                begin
                                                                    addr_b_p2_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                    addr_b_p_r <=  {ADDR_WIDTH_B{1'b0}} ;
                                                                end
                                                            else
                                                                begin
                                                                    addr_b_p2_r <=  addr_b_i ;
                                                                    addr_b_p_r <=  addr_b_p2_r ;
                                                                end
                                                        end
                                                end
                                        end
                                end
                        end
            end
    endgenerate
    function checkINIT ; 
        input [31:0] val ; 
        begin
            checkINIT = 1 ;
        end
    endfunction
    function [31:0] getImplByteWidth ; 
        input [31:0] dwid ; 
        input [31:0] family_code ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    case (dwid)
                    18 : 
                        getImplByteWidth = 2 ;
                    16 : 
                        getImplByteWidth = 2 ;
                    9 : 
                        getImplByteWidth = 1 ;
                    default : 
                        getImplByteWidth = 1 ;
                    endcase 
                end
            default : 
                getImplByteWidth = 1 ;
            endcase 
        end
    endfunction
    function [31:0] getDatabase ; 
        input [31:0] base_count ; 
        input [31:0] index ; 
        input [31:0] family_code ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    case (base_count)
                    9 : 
                        begin
                            case (index)
                            0 : 
                                getDatabase = 9 ;
                            default : 
                                getDatabase = 18 ;
                            endcase 
                        end
                    8 : 
                        begin
                            case (index)
                            0 : 
                                getDatabase = 1 ;
                            1 : 
                                getDatabase = 2 ;
                            2 : 
                                getDatabase = 4 ;
                            3 : 
                                getDatabase = 8 ;
                            default : 
                                getDatabase = 16 ;
                            endcase 
                        end
                    default : 
                        getDatabase = 16 ;
                    endcase 
                end
            default : 
                getDatabase = base_count ;
            endcase 
        end
    endfunction
    function [31:0] getCASE1DataImpl_wBEN ; 
        input [31:0] addr_a_depth ; 
        input [31:0] data_a_width ; 
        input [31:0] addr_b_depth ; 
        input [31:0] data_b_width ; 
        input is_taking_port_a ; 
        input is_taking_total_ebr ; 
        input [31:0] family_code ; 
        reg [5:0] num0, 
            num1 ; 
        reg [31:0] divisor, 
            addr_div_prtA, 
            data_div_prtA, 
            addr_div_prtB, 
            data_div_prtB ; 
        reg [31:0] portA_addr_chk, 
            portA_data_chk, 
            portB_addr_chk, 
            portB_data_chk ; 
        reg [31:0] EBR_usage, 
            PROD ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    if ((data_a_width > data_b_width)) 
                        begin
                            if (is_taking_port_a) 
                                begin
                                    if (((data_a_width % 9) == 0)) 
                                        getCASE1DataImpl_wBEN = 18 ;
                                    else
                                        getCASE1DataImpl_wBEN = 16 ;
                                end
                            else
                                begin
                                    if (((data_a_width % 9) == 0)) 
                                        getCASE1DataImpl_wBEN = 9 ;
                                    else
                                        getCASE1DataImpl_wBEN = 8 ;
                                end
                        end
                    else
                        begin
                            if (is_taking_port_a) 
                                begin
                                    if (((data_a_width % 9) == 0)) 
                                        getCASE1DataImpl_wBEN = 9 ;
                                    else
                                        getCASE1DataImpl_wBEN = 8 ;
                                end
                            else
                                begin
                                    if (((data_a_width % 9) == 0)) 
                                        getCASE1DataImpl_wBEN = 18 ;
                                    else
                                        getCASE1DataImpl_wBEN = 16 ;
                                end
                        end
                end
            default : 
                getCASE1DataImpl_wBEN = 8 ;
            endcase 
        end
    endfunction
    function [31:0] getCASE1DataImpl ; 
        input [31:0] addr_a_depth ; 
        input [31:0] data_a_width ; 
        input [31:0] addr_b_depth ; 
        input [31:0] data_b_width ; 
        input is_taking_port_a ; 
        input is_taking_total_ebr ; 
        input [31:0] family_code ; 
        reg [5:0] num0, 
            num1 ; 
        reg [31:0] divisor, 
            addr_div_prtA, 
            data_div_prtA, 
            addr_div_prtB, 
            data_div_prtB ; 
        reg [31:0] portA_addr_chk, 
            portA_data_chk, 
            portB_addr_chk, 
            portB_data_chk ; 
        reg [31:0] EBR_usage, 
            PROD ; 
        begin
            divisor = ((addr_a_depth > addr_b_depth) ? (addr_a_depth / addr_b_depth) : (addr_b_depth / addr_a_depth)) ;
            EBR_usage = {32{1'b1}} ;
            getCASE1DataImpl = 0 ;
            if ((family_code == _FCODE_LIFCL_)) 
                begin
                    if ((divisor == 2)) 
                        begin
                            for (num0 = 0 ; (num0 < 2) ; num0 = (num0 + 1))
                                begin
                                    data_div_prtA = getDatabase(9,
                                            num0,
                                            family_code) ;
                                    addr_div_prtA = data_to_addr(data_div_prtA,
                                            family_code) ;
                                    portA_addr_chk = roundUP(addr_a_depth,
                                            addr_div_prtA) ;
                                    portA_data_chk = roundUP(data_a_width,
                                            data_div_prtA) ;
                                    for (num1 = 0 ; (num1 < 2) ; num1 = (num1 + 1))
                                        begin
                                            data_div_prtB = getDatabase(9,
                                                    num1,
                                                    family_code) ;
                                            addr_div_prtB = data_to_addr(data_div_prtB,
                                                    family_code) ;
                                            portB_addr_chk = roundUP(addr_b_depth,
                                                    addr_div_prtB) ;
                                            portB_data_chk = roundUP(data_b_width,
                                                    data_div_prtB) ;
                                            if (((portA_addr_chk == portB_addr_chk) && (portA_data_chk == portB_data_chk))) 
                                                begin
                                                    if ((((data_a_width % data_div_prtA) == 0) && ((data_b_width % data_div_prtB) == 0))) 
                                                        begin
                                                            PROD = (portA_addr_chk * portA_data_chk) ;
                                                            if ((PROD < EBR_usage)) 
                                                                begin
                                                                    EBR_usage = PROD ;
                                                                    if ((is_taking_total_ebr == 1'b1)) 
                                                                        begin
                                                                            getCASE1DataImpl = EBR_usage ;
                                                                        end
                                                                    else
                                                                        begin
                                                                            if ((is_taking_port_a == 1'b1)) 
                                                                                begin
                                                                                getCASE1DataImpl = data_div_prtA ;
                                                                                end
                                                                            else
                                                                                begin
                                                                                getCASE1DataImpl = data_div_prtB ;
                                                                                end
                                                                        end
                                                                end
                                                        end
                                                end
                                        end
                                end
                        end
                end
            for (num0 = 0 ; (num0 < 5) ; num0 = (num0 + 1))
                begin
                    data_div_prtA = getDatabase(8,
                            num0,
                            family_code) ;
                    addr_div_prtA = data_to_addr(data_div_prtA,
                            family_code) ;
                    portA_addr_chk = roundUP(addr_a_depth,
                            addr_div_prtA) ;
                    portA_data_chk = roundUP(data_a_width,
                            data_div_prtA) ;
                    for (num1 = 0 ; (num1 < 5) ; num1 = (num1 + 1))
                        begin
                            data_div_prtB = getDatabase(8,
                                    num1,
                                    family_code) ;
                            addr_div_prtB = data_to_addr(data_div_prtB,
                                    family_code) ;
                            portB_addr_chk = roundUP(addr_b_depth,
                                    addr_div_prtB) ;
                            portB_data_chk = roundUP(data_b_width,
                                    data_div_prtB) ;
                            if (((portA_addr_chk == portB_addr_chk) && (portA_data_chk == portB_data_chk))) 
                                begin
                                    PROD = (portA_addr_chk * portA_data_chk) ;
                                    if ((PROD < EBR_usage)) 
                                        begin
                                            EBR_usage = PROD ;
                                            if ((is_taking_total_ebr == 1'b1)) 
                                                begin
                                                    getCASE1DataImpl = EBR_usage ;
                                                end
                                            else
                                                begin
                                                    if ((is_taking_port_a == 1'b1)) 
                                                        begin
                                                            getCASE1DataImpl = data_div_prtA ;
                                                        end
                                                    else
                                                        begin
                                                            getCASE1DataImpl = data_div_prtB ;
                                                        end
                                                end
                                        end
                                end
                        end
                end
        end
    endfunction
    function [31:0] procData ; 
        input [31:0] max_data ; 
        input [31:0] family_code ; 
        begin
            procData = 1 ;
            while ((procData < max_data))
                begin
                    case (family_code)
                    _FCODE_LIFCL_ : 
                        begin
                            if ((procData < 8)) 
                                begin
                                    procData = (procData * 2) ;
                                end
                            else
                                begin
                                    if ((procData == 8)) 
                                        begin
                                            procData = 9 ;
                                        end
                                    else
                                        if (((procData % 9) == 0)) 
                                            begin
                                                procData = ((procData / 9) * 16) ;
                                            end
                                        else
                                            begin
                                                procData = ((procData / 8) * 9) ;
                                            end
                                end
                        end
                    default : 
                        procData = max_data ;
                    endcase 
                end
        end
    endfunction
    function [31:0] data_to_addr ; 
        input [31:0] data_size ; 
        input [31:0] family_code ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    case (data_size)
                    18 : 
                        data_to_addr = 1024 ;
                    16 : 
                        data_to_addr = 1024 ;
                    9 : 
                        data_to_addr = 2048 ;
                    8 : 
                        data_to_addr = 2048 ;
                    4 : 
                        data_to_addr = 4096 ;
                    2 : 
                        data_to_addr = 8192 ;
                    default : 
                        data_to_addr = 16384 ;
                    endcase 
                end
            default : 
                data_to_addr = 1024 ;
            endcase 
        end
    endfunction
    function [31:0] getMinimaData ; 
        input [31:0] depth_impl ; 
        input [31:0] width_impl ; 
        input is_byte_en ; 
        input [31:0] byte_size ; 
        input [31:0] family_code ; 
        reg [31:0] temp_00, 
            temp_01, 
            temp_02, 
            temp_03, 
            temp_04 ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    temp_00 = EBR_impl(depth_impl,
                            width_impl,
                            1024,
                            18) ;
                    temp_01 = EBR_impl(depth_impl,
                            width_impl,
                            2048,
                            9) ;
                    temp_02 = EBR_impl(depth_impl,
                            width_impl,
                            4096,
                            4) ;
                    temp_03 = EBR_impl(depth_impl,
                            width_impl,
                            8192,
                            2) ;
                    temp_04 = EBR_impl(depth_impl,
                            width_impl,
                            16384,
                            1) ;
                    if (((is_byte_en == 1) && ((width_impl % 9) != 0))) 
                        begin
                            temp_00 = EBR_impl(depth_impl,
                                    width_impl,
                                    1024,
                                    16) ;
                            temp_01 = EBR_impl(depth_impl,
                                    width_impl,
                                    2048,
                                    8) ;
                            if ((temp_00 < temp_01)) 
                                begin
                                    if ((temp_00 < temp_02)) 
                                        begin
                                            if ((temp_00 < temp_03)) 
                                                begin
                                                    if ((temp_00 < temp_04)) 
                                                        getMinimaData = 16 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                            else
                                                begin
                                                    if ((temp_03 < temp_04)) 
                                                        getMinimaData = 2 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                        end
                                    else
                                        begin
                                            if ((temp_02 < temp_03)) 
                                                begin
                                                    if ((temp_02 < temp_04)) 
                                                        getMinimaData = 4 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                            else
                                                begin
                                                    if ((temp_03 < temp_04)) 
                                                        getMinimaData = 2 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                        end
                                end
                            else
                                begin
                                    if ((temp_01 < temp_02)) 
                                        begin
                                            if ((temp_01 < temp_03)) 
                                                begin
                                                    if ((temp_01 < temp_04)) 
                                                        getMinimaData = 8 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                            else
                                                begin
                                                    if ((temp_03 < temp_04)) 
                                                        getMinimaData = 2 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                        end
                                    else
                                        begin
                                            if ((temp_02 < temp_03)) 
                                                begin
                                                    if ((temp_02 < temp_04)) 
                                                        getMinimaData = 4 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                            else
                                                begin
                                                    if ((temp_03 < temp_04)) 
                                                        getMinimaData = 2 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                        end
                                end
                        end
                    else
                        begin
                            if ((temp_00 < temp_01)) 
                                begin
                                    if ((temp_00 < temp_02)) 
                                        begin
                                            if ((temp_00 < temp_03)) 
                                                begin
                                                    if ((temp_00 < temp_04)) 
                                                        getMinimaData = 18 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                            else
                                                begin
                                                    if ((temp_03 < temp_04)) 
                                                        getMinimaData = 2 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                        end
                                    else
                                        begin
                                            if ((temp_02 < temp_03)) 
                                                begin
                                                    if ((temp_02 < temp_04)) 
                                                        getMinimaData = 4 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                            else
                                                begin
                                                    if ((temp_03 < temp_04)) 
                                                        getMinimaData = 2 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                        end
                                end
                            else
                                begin
                                    if ((temp_01 < temp_02)) 
                                        begin
                                            if ((temp_01 < temp_03)) 
                                                begin
                                                    if ((temp_01 < temp_04)) 
                                                        getMinimaData = 9 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                            else
                                                begin
                                                    if ((temp_03 < temp_04)) 
                                                        getMinimaData = 2 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                        end
                                    else
                                        begin
                                            if ((temp_02 < temp_03)) 
                                                begin
                                                    if ((temp_02 < temp_04)) 
                                                        getMinimaData = 4 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                            else
                                                begin
                                                    if ((temp_03 < temp_04)) 
                                                        getMinimaData = 2 ;
                                                    else
                                                        getMinimaData = 1 ;
                                                end
                                        end
                                end
                        end
                end
            default : 
                getMinimaData = 8 ;
            endcase 
        end
    endfunction
    function [31:0] getByteSize ; 
        input [31:0] data_width ; 
        input [31:0] dev_code ; 
        begin
            case (dev_code)
            _FCODE_LIFCL_ : 
                begin
                    if (((data_width % 9) == 0)) 
                        getByteSize = 9 ;
                    else
                        getByteSize = 8 ;
                end
            default : 
                getByteSize = 8 ;
            endcase 
        end
    endfunction
    function [31:0] EBR_impl ; 
        input [31:0] DEPTH_IMPL ; 
        input [31:0] WIDTH_IMPL ; 
        input [31:0] ADDR_DEPTH_X ; 
        input [31:0] DATA_WIDTH_X ; 
        begin
            EBR_impl = (roundUP(DEPTH_IMPL,
                    ADDR_DEPTH_X) * roundUP(WIDTH_IMPL,
                    DATA_WIDTH_X)) ;
        end
    endfunction
    function [31:0] roundUP ; 
        input [31:0] dividend ; 
        input [31:0] divisor ; 
        begin
            if ((divisor == 1)) 
                begin
                    roundUP = dividend ;
                end
            else
                if ((divisor == dividend)) 
                    begin
                        roundUP = 1 ;
                    end
                else
                    begin
                        roundUP = ((dividend / divisor) + (((dividend % divisor) == 0) ? 0 : 1)) ;
                    end
        end
    endfunction
    function [31:0] clog2 ; 
        input [31:0] value ; 
        reg [31:0] num ; 
        begin
            num = (value - 1) ;
            for (clog2 = 0 ; (num > 0) ; clog2 = (clog2 + 1))
                num = (num >> 1) ;
        end
    endfunction
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2017 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               : Radiant Software 1.1
// File                  : lscc_ram_dp_true_core.v
// Title                 :
// Dependencies          :
// Description           : Implements a single true dual port EBR primitive.
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             :
// Mod. Date             :
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_lscc_ram_dp_true_core #(parameter _FCODE_LIFCL_ = 1, 
        parameter _FCODE_COMMON_ = 0, 
        parameter FAMILY = "common", 
        parameter MEM_ID = "MEM0", 
        parameter MEM_SIZE = "18,1024", 
        parameter FAMILY_CODE = ((FAMILY == "LIFCL") ? _FCODE_LIFCL_ : _FCODE_COMMON_), 
        parameter DATA_WIDTH_A = 18, 
        parameter ADDR_WIDTH_A = getAddrWidth(DATA_WIDTH_A,
                FAMILY_CODE), 
        parameter REGMODE_A = "reg", 
        parameter RESETMODE_A = "sync", 
        parameter RESET_RELEASE_A = "sync", 
        parameter BYTE_ENABLE_A = 0, 
        parameter BYTE_SIZE_A = getByteSize(BYTE_ENABLE_A,
                FAMILY_CODE,
                DATA_WIDTH_A), 
        parameter BYTE_WIDTH_A = roundUP(DATA_WIDTH_A,
                BYTE_SIZE_A), 
        parameter BYTE_EN_POL_A = "active-high", 
        parameter DATA_WIDTH_B = 18, 
        parameter ADDR_WIDTH_B = getAddrWidth(DATA_WIDTH_B,
                FAMILY_CODE), 
        parameter REGMODE_B = "reg", 
        parameter RESETMODE_B = "sync", 
        parameter RESET_RELEASE_B = "sync", 
        parameter BYTE_ENABLE_B = 0, 
        parameter BYTE_SIZE_B = getByteSize(BYTE_ENABLE_B,
                FAMILY_CODE,
                DATA_WIDTH_B), 
        parameter BYTE_WIDTH_B = roundUP(DATA_WIDTH_B,
                BYTE_SIZE_B), 
        parameter BYTE_EN_POL_B = "active-high", 
        parameter POSx = 0, 
        parameter POSy = 0, 
        parameter STRING_SIZE = calculateStringSize(POSx,
                POSy), 
        parameter INIT_MODE = "none", 
        parameter INITVAL_00 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_01 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_02 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_03 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_04 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_05 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_06 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_07 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_08 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_09 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_0A = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_0B = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_0C = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_0D = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_0E = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_0F = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_10 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_11 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_12 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_13 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_14 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_15 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_16 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_17 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_18 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_19 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_1A = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_1B = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_1C = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_1D = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_1E = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_1F = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_20 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_21 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_22 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_23 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_24 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_25 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_26 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_27 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_28 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_29 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_2A = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_2B = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_2C = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_2D = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_2E = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_2F = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_30 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_31 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_32 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_33 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_34 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_35 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_36 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_37 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_38 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_39 = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_3A = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_3B = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_3C = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_3D = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_3E = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000", 
        parameter INITVAL_3F = "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000") (
    // ---------------------------
    // --------- Family parameters
    // ---------------------------
    // ---------------------------
    // --------- PORT A parameters
    // ---------------------------
    // ---------------------------
    // --------- PORT B parameters
    // ---------------------------
    // ---------------------------
    // --------- Common parameters
    // ---------------------------
    // ---------------------------
    // - PORT A input/output ports
    // ---------------------------
    input clk_a_i, 
    input clk_en_a_i, 
    input rst_a_i, 
    input wr_en_a_i, 
    input [(BYTE_WIDTH_A - 1):0] ben_a_i, 
    input [(ADDR_WIDTH_A - 1):0] addr_a_i, 
    input [(DATA_WIDTH_A - 1):0] wr_data_a_i, 
    output [(DATA_WIDTH_A - 1):0] rd_data_a_o, 
    // ---------------------------
    // - PORT B input/output ports
    // ---------------------------
    input clk_b_i, 
    input clk_en_b_i, 
    input rst_b_i, 
    input wr_en_b_i, 
    input [(BYTE_WIDTH_B - 1):0] ben_b_i, 
    input [(ADDR_WIDTH_B - 1):0] addr_b_i, 
    input [(DATA_WIDTH_B - 1):0] wr_data_b_i, 
    output [(DATA_WIDTH_B - 1):0] rd_data_b_o) ;
    // -----------------------------------------------------------------------------
    // Local Parameters
    // -----------------------------------------------------------------------------
    localparam POS_X0 = (POSx % 10) ; 
    localparam POS_X1 = ((POSx / 10) % 10) ; 
    localparam POS_X2 = ((POSx / 100) % 10) ; 
    localparam POS_X3 = ((POSx / 1000) % 10) ; 
    localparam POS_X4 = ((POSx / 10000) % 10) ; 
    localparam POS_X5 = ((POSx / 100000) % 10) ; 
    localparam POS_X6 = ((POSx / 1000000) % 10) ; 
    localparam POS_X7 = ((POSx / 10000000) % 10) ; 
    localparam POS_Y0 = (POSy % 10) ; 
    localparam POS_Y1 = ((POSy / 10) % 10) ; 
    localparam POS_Y2 = ((POSy / 100) % 10) ; 
    localparam POS_Y3 = ((POSy / 1000) % 10) ; 
    localparam POS_Y4 = ((POSy / 10000) % 10) ; 
    localparam POS_Y5 = ((POSy / 100000) % 10) ; 
    localparam POS_Y6 = ((POSy / 1000000) % 10) ; 
    localparam POS_Y7 = ((POSy / 10000000) % 10) ; 
    localparam [79:0] NUM_STRING = "9876543210" ; 
    localparam BLOCK_POS = getStringFromPos(POSx,
                POSy) ; 
    localparam BLOCK_SIZE = ((DATA_WIDTH_A == 18) ? "[18,1024]" : ((DATA_WIDTH_A == 16) ? "[16,1024]" : ((DATA_WIDTH_A == 9) ? "[9,2048]" : ((DATA_WIDTH_A == 8) ? "[8,2048]" : ((DATA_WIDTH_A == 4) ? "[4,4096]" : ((DATA_WIDTH_A == 2) ? "[2,8192]" : "[1,16384]")))))) ; 
    generate
        if ((FAMILY == "LIFCL")) 
            begin : LIFCL
                wire [13:0] addr_a_w ; 
                wire [17:0] in_a_w ; 
                wire [17:0] out_a_w ; 
                wire [13:0] addr_b_w ; 
                wire [17:0] in_b_w ; 
                wire [17:0] out_b_w ; 
                if (((DATA_WIDTH_A == 18) || (DATA_WIDTH_A == 16))) 
                    begin : genblk1
                        assign addr_a_w[13:4] = addr_a_i ; 
                        assign addr_a_w[3:2] = 2'b11 ; 
                        assign addr_a_w[1:0] = ((BYTE_ENABLE_A == 1) ? ben_a_i : 2'b11) ; 
                        if ((DATA_WIDTH_A == 18)) 
                            begin : genblk1
                                assign in_a_w = wr_data_a_i ; 
                                assign rd_data_a_o = out_a_w ; 
                            end
                        else
                            begin : genblk1
                                assign in_a_w[16:9] = wr_data_a_i[15:8] ; 
                                assign in_a_w[7:0] = wr_data_a_i[7:0] ; 
                                assign in_a_w[8] = 1'b0 ; 
                                assign in_a_w[17] = 1'b0 ; 
                                assign rd_data_a_o[15:8] = out_a_w[16:9] ; 
                                assign rd_data_a_o[7:0] = out_a_w[7:0] ; 
                            end
                    end
                else
                    begin : genblk1
                        assign addr_a_w[13:(14 - ADDR_WIDTH_A)] = addr_a_i ; 
                        if ((ADDR_WIDTH_A != 14)) 
                            begin : genblk1
                                assign addr_a_w[(14 - (ADDR_WIDTH_A + 1)):0] = {(14 - ADDR_WIDTH_A){1'b1}} ; 
                            end
                        assign in_a_w[17:DATA_WIDTH_A] = {(18 - DATA_WIDTH_A){1'b0}} ; 
                        assign in_a_w[(DATA_WIDTH_A - 1):0] = wr_data_a_i ; 
                        assign rd_data_a_o = out_a_w[(DATA_WIDTH_A - 1):0] ; 
                    end
                if (((DATA_WIDTH_B == 18) || (DATA_WIDTH_B == 16))) 
                    begin : genblk2
                        assign addr_b_w[13:4] = addr_b_i ; 
                        assign addr_b_w[3:2] = 2'b11 ; 
                        assign addr_b_w[1:0] = ((BYTE_ENABLE_B == 1) ? ben_b_i : 2'b11) ; 
                        if ((DATA_WIDTH_B == 18)) 
                            begin : genblk1
                                assign in_b_w = wr_data_b_i ; 
                                assign rd_data_b_o = out_b_w ; 
                            end
                        else
                            begin : genblk1
                                assign in_b_w[16:9] = wr_data_b_i[15:8] ; 
                                assign in_b_w[7:0] = wr_data_b_i[7:0] ; 
                                assign in_b_w[8] = 1'b0 ; 
                                assign in_b_w[17] = 1'b0 ; 
                                assign rd_data_b_o[15:8] = out_b_w[16:9] ; 
                                assign rd_data_b_o[7:0] = out_b_w[7:0] ; 
                            end
                    end
                else
                    begin : genblk2
                        assign addr_b_w[13:(14 - ADDR_WIDTH_B)] = addr_b_i ; 
                        if ((ADDR_WIDTH_B != 14)) 
                            begin : genblk1
                                assign addr_b_w[(14 - (ADDR_WIDTH_B + 1)):0] = {(14 - ADDR_WIDTH_B){1'b1}} ; 
                            end
                        assign in_b_w[17:DATA_WIDTH_B] = {(18 - DATA_WIDTH_B){1'b0}} ; 
                        assign in_b_w[(DATA_WIDTH_B - 1):0] = wr_data_b_i ; 
                        assign rd_data_b_o = out_b_w[(DATA_WIDTH_B - 1):0] ; 
                    end
                wire t_wr_en_a_i = (((BYTE_ENABLE_A == 0) || (BYTE_WIDTH_A > 1)) ? wr_en_a_i : (wr_en_a_i & ben_a_i)) ; 
                wire t_wr_en_b_i = (((BYTE_ENABLE_B == 0) || (BYTE_WIDTH_B > 1)) ? wr_en_b_i : (wr_en_b_i & ben_b_i)) ; 
                wire [17:0] DIA = in_a_w ; 
                wire [17:0] DIB = in_b_w ; 
                wire [13:0] ADA = addr_a_w ; 
                wire [13:0] ADB = addr_b_w ; 
                wire CLKA = clk_a_i ; 
                wire CLKB = clk_b_i ; 
                wire CEA = clk_en_a_i ; 
                wire CEB = clk_en_b_i ; 
                wire WEA = t_wr_en_a_i ; 
                wire WEB = t_wr_en_b_i ; 
                wire [2:0] CSA = {clk_en_a_i,
                            clk_en_a_i,
                            clk_en_a_i} ; 
                wire [2:0] CSB = {clk_en_b_i,
                            clk_en_b_i,
                            clk_en_b_i} ; 
                wire RSTA = rst_a_i ; 
                wire RSTB = rst_b_i ; 
                localparam DW_A = (((DATA_WIDTH_A == 18) || (DATA_WIDTH_A == 16)) ? "X18" : (((DATA_WIDTH_A == 9) || (DATA_WIDTH_A == 8)) ? "X9" : ((DATA_WIDTH_A == 4) ? "X4" : ((DATA_WIDTH_A == 2) ? "X2" : "X1")))) ; 
                localparam REG_A = ((REGMODE_A == "reg") ? "USED" : "BYPASSED") ; 
                localparam RST_A = ((RESETMODE_A == "sync") ? "SYNC" : "ASYNC") ; 
                localparam CSC_A = "000" ; 
                localparam RST_REL_A = ((RESET_RELEASE_A == "sync") ? "SYNC" : "ASYNC") ; 
                localparam DW_B = (((DATA_WIDTH_B == 18) || (DATA_WIDTH_B == 16)) ? "X18" : (((DATA_WIDTH_B == 9) || (DATA_WIDTH_B == 8)) ? "X9" : ((DATA_WIDTH_B == 4) ? "X4" : ((DATA_WIDTH_B == 2) ? "X2" : "X1")))) ; 
                localparam REG_B = ((REGMODE_B == "reg") ? "USED" : "BYPASSED") ; 
                localparam RST_B = ((RESETMODE_B == "sync") ? "SYNC" : "ASYNC") ; 
                localparam CSC_B = "000" ; 
                localparam RST_REL_B = ((RESET_RELEASE_B == "sync") ? "SYNC" : "ASYNC") ; 
                localparam MEM_TYPE = "EBR" ; 
                localparam T_MEM_SIZE = {"[",
                            MEM_SIZE,
                            "]"} ; 
                (* ECO_MEM_TYPE=MEM_TYPE, ECO_MEM_ID=MEM_ID, ECO_MEM_SIZE=T_MEM_SIZE, ECO_MEM_BLOCK_SIZE=BLOCK_SIZE, ECO_MEM_BLOCK_POS=BLOCK_POS *) DP16K dp16k (.DIA(DIA), 
                            .DIB(DIB), 
                            .ADA(ADA), 
                            .ADB(ADB), 
                            .CLKA(CLKA), 
                            .CLKB(CLKB), 
                            .WEA(WEA), 
                            .WEB(WEB), 
                            .CEA(CEA), 
                            .CEB(CEB), 
                            .RSTA(RSTA), 
                            .RSTB(RSTB), 
                            .CSA(CSA), 
                            .CSB(CSB), 
                            .DOA(out_a_w), 
                            .DOB(out_b_w)) ; 
                defparam dp16k.DATA_WIDTH_A = DW_A ; 
                defparam dp16k.DATA_WIDTH_B = DW_B ; 
                defparam dp16k.OUTREG_A = REG_A ; 
                defparam dp16k.OUTREG_B = REG_B ; 
                defparam dp16k.RESETMODE_A = RST_A ; 
                defparam dp16k.RESETMODE_B = RST_B ; 
                defparam dp16k.CSDECODE_A = CSC_A ; 
                defparam dp16k.CSDECODE_B = CSC_B ; 
                defparam dp16k.ASYNC_RST_RELEASE_A = RST_REL_A ; 
                defparam dp16k.ASYNC_RST_RELEASE_B = RST_REL_B ; 
                defparam dp16k.INIT_DATA = "DYNAMIC" ; 
                defparam dp16k.INITVAL_00 = ((INIT_MODE == "mem_file") ? INITVAL_00 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_01 = ((INIT_MODE == "mem_file") ? INITVAL_01 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_02 = ((INIT_MODE == "mem_file") ? INITVAL_02 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_03 = ((INIT_MODE == "mem_file") ? INITVAL_03 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_04 = ((INIT_MODE == "mem_file") ? INITVAL_04 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_05 = ((INIT_MODE == "mem_file") ? INITVAL_05 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_06 = ((INIT_MODE == "mem_file") ? INITVAL_06 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_07 = ((INIT_MODE == "mem_file") ? INITVAL_07 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_08 = ((INIT_MODE == "mem_file") ? INITVAL_08 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_09 = ((INIT_MODE == "mem_file") ? INITVAL_09 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_0A = ((INIT_MODE == "mem_file") ? INITVAL_0A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_0B = ((INIT_MODE == "mem_file") ? INITVAL_0B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_0C = ((INIT_MODE == "mem_file") ? INITVAL_0C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_0D = ((INIT_MODE == "mem_file") ? INITVAL_0D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_0E = ((INIT_MODE == "mem_file") ? INITVAL_0E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_0F = ((INIT_MODE == "mem_file") ? INITVAL_0F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_10 = ((INIT_MODE == "mem_file") ? INITVAL_10 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_11 = ((INIT_MODE == "mem_file") ? INITVAL_11 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_12 = ((INIT_MODE == "mem_file") ? INITVAL_12 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_13 = ((INIT_MODE == "mem_file") ? INITVAL_13 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_14 = ((INIT_MODE == "mem_file") ? INITVAL_14 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_15 = ((INIT_MODE == "mem_file") ? INITVAL_15 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_16 = ((INIT_MODE == "mem_file") ? INITVAL_16 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_17 = ((INIT_MODE == "mem_file") ? INITVAL_17 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_18 = ((INIT_MODE == "mem_file") ? INITVAL_18 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_19 = ((INIT_MODE == "mem_file") ? INITVAL_19 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_1A = ((INIT_MODE == "mem_file") ? INITVAL_1A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_1B = ((INIT_MODE == "mem_file") ? INITVAL_1B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_1C = ((INIT_MODE == "mem_file") ? INITVAL_1C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_1D = ((INIT_MODE == "mem_file") ? INITVAL_1D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_1E = ((INIT_MODE == "mem_file") ? INITVAL_1E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_1F = ((INIT_MODE == "mem_file") ? INITVAL_1F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_20 = ((INIT_MODE == "mem_file") ? INITVAL_20 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_21 = ((INIT_MODE == "mem_file") ? INITVAL_21 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_22 = ((INIT_MODE == "mem_file") ? INITVAL_22 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_23 = ((INIT_MODE == "mem_file") ? INITVAL_23 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_24 = ((INIT_MODE == "mem_file") ? INITVAL_24 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_25 = ((INIT_MODE == "mem_file") ? INITVAL_25 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_26 = ((INIT_MODE == "mem_file") ? INITVAL_26 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_27 = ((INIT_MODE == "mem_file") ? INITVAL_27 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_28 = ((INIT_MODE == "mem_file") ? INITVAL_28 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_29 = ((INIT_MODE == "mem_file") ? INITVAL_29 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_2A = ((INIT_MODE == "mem_file") ? INITVAL_2A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_2B = ((INIT_MODE == "mem_file") ? INITVAL_2B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_2C = ((INIT_MODE == "mem_file") ? INITVAL_2C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_2D = ((INIT_MODE == "mem_file") ? INITVAL_2D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_2E = ((INIT_MODE == "mem_file") ? INITVAL_2E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_2F = ((INIT_MODE == "mem_file") ? INITVAL_2F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_30 = ((INIT_MODE == "mem_file") ? INITVAL_30 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_31 = ((INIT_MODE == "mem_file") ? INITVAL_31 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_32 = ((INIT_MODE == "mem_file") ? INITVAL_32 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_33 = ((INIT_MODE == "mem_file") ? INITVAL_33 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_34 = ((INIT_MODE == "mem_file") ? INITVAL_34 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_35 = ((INIT_MODE == "mem_file") ? INITVAL_35 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_36 = ((INIT_MODE == "mem_file") ? INITVAL_36 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_37 = ((INIT_MODE == "mem_file") ? INITVAL_37 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_38 = ((INIT_MODE == "mem_file") ? INITVAL_38 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_39 = ((INIT_MODE == "mem_file") ? INITVAL_39 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_3A = ((INIT_MODE == "mem_file") ? INITVAL_3A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_3B = ((INIT_MODE == "mem_file") ? INITVAL_3B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_3C = ((INIT_MODE == "mem_file") ? INITVAL_3C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_3D = ((INIT_MODE == "mem_file") ? INITVAL_3D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_3E = ((INIT_MODE == "mem_file") ? INITVAL_3E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                defparam dp16k.INITVAL_3F = ((INIT_MODE == "mem_file") ? INITVAL_3F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
            end
    endgenerate
    //------------------------------------------------------------------------------
    // Function Definition
    //------------------------------------------------------------------------------
    function [31:0] calculateStringSize ; 
        input [31:0] x_calc ; 
        input [31:0] y_calc ; 
        reg [31:0] x_func ; 
        reg [31:0] y_func ; 
        begin
            if ((x_calc >= 10000000)) 
                begin
                    x_func = 8 ;
                end
            else
                if ((x_calc >= 1000000)) 
                    begin
                        x_func = 7 ;
                    end
                else
                    if ((x_calc >= 100000)) 
                        begin
                            x_func = 6 ;
                        end
                    else
                        if ((x_calc >= 10000)) 
                            begin
                                x_func = 5 ;
                            end
                        else
                            if ((x_calc >= 1000)) 
                                begin
                                    x_func = 4 ;
                                end
                            else
                                if ((x_calc >= 100)) 
                                    begin
                                        x_func = 3 ;
                                    end
                                else
                                    if ((x_calc >= 10)) 
                                        begin
                                            x_func = 2 ;
                                        end
                                    else
                                        begin
                                            x_func = 1 ;
                                        end
            if ((y_calc >= 10000000)) 
                begin
                    y_func = 8 ;
                end
            else
                if ((y_calc >= 1000000)) 
                    begin
                        y_func = 7 ;
                    end
                else
                    if ((y_calc >= 100000)) 
                        begin
                            y_func = 6 ;
                        end
                    else
                        if ((y_calc >= 10000)) 
                            begin
                                y_func = 5 ;
                            end
                        else
                            if ((y_calc >= 1000)) 
                                begin
                                    y_func = 4 ;
                                end
                            else
                                if ((y_calc >= 100)) 
                                    begin
                                        y_func = 3 ;
                                    end
                                else
                                    if ((y_calc >= 10)) 
                                        begin
                                            y_func = 2 ;
                                        end
                                    else
                                        begin
                                            y_func = 1 ;
                                        end
            calculateStringSize = (((3 + x_func) + y_func) * 8) ;
        end
    endfunction
    function [(STRING_SIZE - 1):0] getStringFromPos ; 
        input [31:0] x ; 
        input [31:0] y ; 
        begin
            if ((y >= 10000000)) 
                begin
                    if ((x >= 10000000)) 
                        begin
                            getStringFromPos = {"[",
                                    NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                    NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                    ",",
                                    NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                    NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                    "]"} ;
                        end
                    else
                        if ((x >= 1000000)) 
                            begin
                                getStringFromPos = {"[",
                                        NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                        NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                        ",",
                                        NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                        NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                        NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                        "]"} ;
                            end
                        else
                            if ((x >= 100000)) 
                                begin
                                    getStringFromPos = {"[",
                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                            ",",
                                            NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                            NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                            "]"} ;
                                end
                            else
                                if ((x >= 10000)) 
                                    begin
                                        getStringFromPos = {"[",
                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                ",",
                                                NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                                NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                "]"} ;
                                    end
                                else
                                    if ((x >= 1000)) 
                                        begin
                                            getStringFromPos = {"[",
                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                    ",",
                                                    NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                                    NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                    "]"} ;
                                        end
                                    else
                                        if ((x >= 100)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                                        NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                        NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 10)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                                            NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                                            NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                end
            else
                if ((y >= 1000000)) 
                    begin
                        if ((x >= 10000000)) 
                            begin
                                getStringFromPos = {"[",
                                        NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                        NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                        NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                        ",",
                                        NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                        NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                        "]"} ;
                            end
                        else
                            if ((x >= 1000000)) 
                                begin
                                    getStringFromPos = {"[",
                                            NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                            ",",
                                            NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                            "]"} ;
                                end
                            else
                                if ((x >= 100000)) 
                                    begin
                                        getStringFromPos = {"[",
                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                ",",
                                                NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                "]"} ;
                                    end
                                else
                                    if ((x >= 10000)) 
                                        begin
                                            getStringFromPos = {"[",
                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                    ",",
                                                    NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                    "]"} ;
                                        end
                                    else
                                        if ((x >= 1000)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                        NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 100)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 10)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                    end
                else
                    if ((y >= 100000)) 
                        begin
                            if ((x >= 10000000)) 
                                begin
                                    getStringFromPos = {"[",
                                            NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                            NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                            ",",
                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                            "]"} ;
                                end
                            else
                                if ((x >= 1000000)) 
                                    begin
                                        getStringFromPos = {"[",
                                                NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                ",",
                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                "]"} ;
                                    end
                                else
                                    if ((x >= 100000)) 
                                        begin
                                            getStringFromPos = {"[",
                                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                    ",",
                                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                    "]"} ;
                                        end
                                    else
                                        if ((x >= 10000)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 1000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 100)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 10)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                        end
                    else
                        if ((y >= 10000)) 
                            begin
                                if ((x >= 10000000)) 
                                    begin
                                        getStringFromPos = {"[",
                                                NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                                NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                ",",
                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                "]"} ;
                                    end
                                else
                                    if ((x >= 1000000)) 
                                        begin
                                            getStringFromPos = {"[",
                                                    NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                    ",",
                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                    "]"} ;
                                        end
                                    else
                                        if ((x >= 100000)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 10000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 1000)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 100)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        if ((x >= 10)) 
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                                                        else
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                            end
                        else
                            if ((y >= 1000)) 
                                begin
                                    if ((x >= 10000000)) 
                                        begin
                                            getStringFromPos = {"[",
                                                    NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                                    NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                    ",",
                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                    "]"} ;
                                        end
                                    else
                                        if ((x >= 1000000)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                        NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 100000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 10000)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 1000)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        if ((x >= 100)) 
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                                                        else
                                                            if ((x >= 10)) 
                                                                begin
                                                                    getStringFromPos = {"[",
                                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                            ",",
                                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                            "]"} ;
                                                                end
                                                            else
                                                                begin
                                                                    getStringFromPos = {"[",
                                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                            ",",
                                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                            "]"} ;
                                                                end
                                end
                            else
                                if ((y >= 100)) 
                                    begin
                                        if ((x >= 10000000)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                                        NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                        NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 1000000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 100000)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 10000)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        if ((x >= 1000)) 
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                                                        else
                                                            if ((x >= 100)) 
                                                                begin
                                                                    getStringFromPos = {"[",
                                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                            ",",
                                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                            "]"} ;
                                                                end
                                                            else
                                                                if ((x >= 10)) 
                                                                    begin
                                                                        getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                    end
                                                                else
                                                                    begin
                                                                        getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                    end
                                    end
                                else
                                    if ((y >= 10)) 
                                        begin
                                            if ((x >= 10000000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                                            NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 1000000)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 100000)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        if ((x >= 10000)) 
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                                                        else
                                                            if ((x >= 1000)) 
                                                                begin
                                                                    getStringFromPos = {"[",
                                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                            ",",
                                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                            "]"} ;
                                                                end
                                                            else
                                                                if ((x >= 100)) 
                                                                    begin
                                                                        getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                    end
                                                                else
                                                                    if ((x >= 10)) 
                                                                        begin
                                                                            getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                        end
                                                                    else
                                                                        begin
                                                                            getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                        end
                                        end
                                    else
                                        begin
                                            if ((x >= 10000000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                                            NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 1000000)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 100000)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        if ((x >= 10000)) 
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                                                        else
                                                            if ((x >= 1000)) 
                                                                begin
                                                                    getStringFromPos = {"[",
                                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                            ",",
                                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                            "]"} ;
                                                                end
                                                            else
                                                                if ((x >= 100)) 
                                                                    begin
                                                                        getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                    end
                                                                else
                                                                    if ((x >= 10)) 
                                                                        begin
                                                                            getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                        end
                                                                    else
                                                                        begin
                                                                            getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                        end
                                        end
        end
    endfunction
    function [31:0] roundUP ; 
        input [31:0] dividend ; 
        input [31:0] divisor ; 
        begin
            if ((divisor == 1)) 
                begin
                    roundUP = dividend ;
                end
            else
                if ((divisor == dividend)) 
                    begin
                        roundUP = 1 ;
                    end
                else
                    begin
                        roundUP = ((dividend / divisor) + (((dividend % divisor) == 0) ? 0 : 1)) ;
                    end
        end
    endfunction
    function [31:0] getAddrWidth ; 
        input [31:0] dwid ; 
        input [31:0] family_code ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    case (dwid)
                    18 : 
                        getAddrWidth = 10 ;
                    16 : 
                        getAddrWidth = 10 ;
                    9 : 
                        getAddrWidth = 11 ;
                    8 : 
                        getAddrWidth = 11 ;
                    4 : 
                        getAddrWidth = 12 ;
                    2 : 
                        getAddrWidth = 13 ;
                    default : 
                        getAddrWidth = 14 ;
                    endcase 
                end
            default : 
                getAddrWidth = 8 ;
            endcase 
        end
    endfunction
    function [9:0] getByteSize ; 
        input ben ; 
        input [31:0] family_code ; 
        input [31:0] dwidth_impl ; 
        begin
            if ((ben == 1)) 
                begin
                    case (family_code)
                    _FCODE_LIFCL_ : 
                        begin
                            if (((dwidth_impl % 9) == 0)) 
                                getByteSize = 9 ;
                            else
                                getByteSize = 8 ;
                        end
                    default : 
                        getByteSize = 8 ;
                    endcase 
                end
            else
                begin
                    getByteSize = dwidth_impl ;
                end
        end
    endfunction
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               : Radiant Software 1.1
// File                  : lscc_ram_dp.v
// Title                 :
// Dependencies          :
// Description           : Implements a pseudo Dual Port RAM using EBR.
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.1.0.
// Author(s)             :
// Mod. Date             :
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_lscc_ram_dp #(parameter MEM_ID = "MEM0", 
        parameter MEM_SIZE = "18,1024", 
        parameter FAMILY = "common", 
        parameter WADDR_DEPTH = 1024, 
        parameter WADDR_WIDTH = clog2(WADDR_DEPTH), 
        parameter WDATA_WIDTH = 18, 
        parameter RADDR_DEPTH = 1024, 
        parameter RADDR_WIDTH = clog2(RADDR_DEPTH), 
        parameter RDATA_WIDTH = 18, 
        parameter REGMODE = "reg", 
        parameter GSR = "enable", 
        parameter RESETMODE = "sync", 
        parameter RESET_RELEASE = "sync", 
        parameter INIT_FILE = "none", 
        parameter INIT_FILE_FORMAT = "binary", 
        parameter MODULE_TYPE = "ram_dp", 
        parameter INIT_MODE = "none", 
        parameter BYTE_ENABLE = 1, 
        parameter BYTE_SIZE = 9, 
        parameter BYTE_WIDTH = (WDATA_WIDTH / BYTE_SIZE), 
        parameter PIPELINES = 0, 
        parameter ECC_ENABLE = 0, 
        parameter OUTPUT_CLK_EN = 0, 
        parameter BYTE_ENABLE_POL = "active-high", 
        parameter INIT_VALUE_00 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_01 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_02 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_03 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_04 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_05 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_06 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_07 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_08 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_09 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_10 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_11 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_12 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_13 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_14 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_15 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_16 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_17 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_18 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_19 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_20 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_21 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_22 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_23 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_24 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_25 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_26 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_27 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_28 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_29 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_30 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_31 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_32 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_33 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_34 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_35 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_36 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_37 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_38 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_39 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_40 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_41 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_42 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_43 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_44 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_45 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_46 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_47 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_48 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_49 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_50 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_51 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_52 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_53 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_54 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_55 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_56 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_57 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_58 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_59 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_60 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_61 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_62 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_63 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_64 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_65 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_66 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_67 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_68 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_69 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_70 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_71 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_72 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_73 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_74 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_75 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_76 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_77 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_78 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_79 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7F = "0x0000000000000000000000000000000000000000000000000000000000000000") (
    // -----------------------------------------------------------------------------
    // Input/Output Ports
    // -----------------------------------------------------------------------------
    input wr_clk_i, 
    input rd_clk_i, 
    input rst_i, 
    input wr_clk_en_i, 
    input rd_clk_en_i, 
    input rd_out_clk_en_i, 
    input wr_en_i, 
    input [(WDATA_WIDTH - 1):0] wr_data_i, 
    input [(WADDR_WIDTH - 1):0] wr_addr_i, 
    input rd_en_i, 
    input [(RADDR_WIDTH - 1):0] rd_addr_i, 
    input [(BYTE_WIDTH - 1):0] ben_i, 
    output [(RDATA_WIDTH - 1):0] rd_data_o, 
    output one_err_det_o, 
    output two_err_det_o) ;
    localparam T_FAMILY = ((((FAMILY == "LFD2NX") || (FAMILY == "LFCPNX")) || (FAMILY == "LFMXO5")) ? "LIFCL" : FAMILY) ; 
    mem_ipgen_lscc_ram_dp_main #(.MEM_ID(MEM_ID),
            .MEM_SIZE(MEM_SIZE),
            .FAMILY(T_FAMILY),
            .WADDR_DEPTH(WADDR_DEPTH),
            .WADDR_WIDTH(WADDR_WIDTH),
            .WDATA_WIDTH(WDATA_WIDTH),
            .RADDR_DEPTH(RADDR_DEPTH),
            .RADDR_WIDTH(RADDR_WIDTH),
            .RDATA_WIDTH(RDATA_WIDTH),
            .REGMODE(REGMODE),
            .GSR(GSR),
            .RESETMODE(RESETMODE),
            .RESET_RELEASE(RESET_RELEASE),
            .INIT_FILE(INIT_FILE),
            .INIT_FILE_FORMAT(INIT_FILE_FORMAT),
            .MODULE_TYPE(MODULE_TYPE),
            .INIT_MODE(INIT_MODE),
            .BYTE_ENABLE(BYTE_ENABLE),
            .BYTE_SIZE(BYTE_SIZE),
            .BYTE_WIDTH(BYTE_WIDTH),
            .PIPELINES(PIPELINES),
            .ECC_ENABLE(ECC_ENABLE),
            .OUTPUT_CLK_EN(OUTPUT_CLK_EN),
            .BYTE_ENABLE_POL(BYTE_ENABLE_POL),
            .INIT_VALUE_00(INIT_VALUE_00),
            .INIT_VALUE_01(INIT_VALUE_01),
            .INIT_VALUE_02(INIT_VALUE_02),
            .INIT_VALUE_03(INIT_VALUE_03),
            .INIT_VALUE_04(INIT_VALUE_04),
            .INIT_VALUE_05(INIT_VALUE_05),
            .INIT_VALUE_06(INIT_VALUE_06),
            .INIT_VALUE_07(INIT_VALUE_07),
            .INIT_VALUE_08(INIT_VALUE_08),
            .INIT_VALUE_09(INIT_VALUE_09),
            .INIT_VALUE_0A(INIT_VALUE_0A),
            .INIT_VALUE_0B(INIT_VALUE_0B),
            .INIT_VALUE_0C(INIT_VALUE_0C),
            .INIT_VALUE_0D(INIT_VALUE_0D),
            .INIT_VALUE_0E(INIT_VALUE_0E),
            .INIT_VALUE_0F(INIT_VALUE_0F),
            .INIT_VALUE_10(INIT_VALUE_10),
            .INIT_VALUE_11(INIT_VALUE_11),
            .INIT_VALUE_12(INIT_VALUE_12),
            .INIT_VALUE_13(INIT_VALUE_13),
            .INIT_VALUE_14(INIT_VALUE_14),
            .INIT_VALUE_15(INIT_VALUE_15),
            .INIT_VALUE_16(INIT_VALUE_16),
            .INIT_VALUE_17(INIT_VALUE_17),
            .INIT_VALUE_18(INIT_VALUE_18),
            .INIT_VALUE_19(INIT_VALUE_19),
            .INIT_VALUE_1A(INIT_VALUE_1A),
            .INIT_VALUE_1B(INIT_VALUE_1B),
            .INIT_VALUE_1C(INIT_VALUE_1C),
            .INIT_VALUE_1D(INIT_VALUE_1D),
            .INIT_VALUE_1E(INIT_VALUE_1E),
            .INIT_VALUE_1F(INIT_VALUE_1F),
            .INIT_VALUE_20(INIT_VALUE_20),
            .INIT_VALUE_21(INIT_VALUE_21),
            .INIT_VALUE_22(INIT_VALUE_22),
            .INIT_VALUE_23(INIT_VALUE_23),
            .INIT_VALUE_24(INIT_VALUE_24),
            .INIT_VALUE_25(INIT_VALUE_25),
            .INIT_VALUE_26(INIT_VALUE_26),
            .INIT_VALUE_27(INIT_VALUE_27),
            .INIT_VALUE_28(INIT_VALUE_28),
            .INIT_VALUE_29(INIT_VALUE_29),
            .INIT_VALUE_2A(INIT_VALUE_2A),
            .INIT_VALUE_2B(INIT_VALUE_2B),
            .INIT_VALUE_2C(INIT_VALUE_2C),
            .INIT_VALUE_2D(INIT_VALUE_2D),
            .INIT_VALUE_2E(INIT_VALUE_2E),
            .INIT_VALUE_2F(INIT_VALUE_2F),
            .INIT_VALUE_30(INIT_VALUE_30),
            .INIT_VALUE_31(INIT_VALUE_31),
            .INIT_VALUE_32(INIT_VALUE_32),
            .INIT_VALUE_33(INIT_VALUE_33),
            .INIT_VALUE_34(INIT_VALUE_34),
            .INIT_VALUE_35(INIT_VALUE_35),
            .INIT_VALUE_36(INIT_VALUE_36),
            .INIT_VALUE_37(INIT_VALUE_37),
            .INIT_VALUE_38(INIT_VALUE_38),
            .INIT_VALUE_39(INIT_VALUE_39),
            .INIT_VALUE_3A(INIT_VALUE_3A),
            .INIT_VALUE_3B(INIT_VALUE_3B),
            .INIT_VALUE_3C(INIT_VALUE_3C),
            .INIT_VALUE_3D(INIT_VALUE_3D),
            .INIT_VALUE_3E(INIT_VALUE_3E),
            .INIT_VALUE_3F(INIT_VALUE_3F),
            .INIT_VALUE_40(INIT_VALUE_40),
            .INIT_VALUE_41(INIT_VALUE_41),
            .INIT_VALUE_42(INIT_VALUE_42),
            .INIT_VALUE_43(INIT_VALUE_43),
            .INIT_VALUE_44(INIT_VALUE_44),
            .INIT_VALUE_45(INIT_VALUE_45),
            .INIT_VALUE_46(INIT_VALUE_46),
            .INIT_VALUE_47(INIT_VALUE_47),
            .INIT_VALUE_48(INIT_VALUE_48),
            .INIT_VALUE_49(INIT_VALUE_49),
            .INIT_VALUE_4A(INIT_VALUE_4A),
            .INIT_VALUE_4B(INIT_VALUE_4B),
            .INIT_VALUE_4C(INIT_VALUE_4C),
            .INIT_VALUE_4D(INIT_VALUE_4D),
            .INIT_VALUE_4E(INIT_VALUE_4E),
            .INIT_VALUE_4F(INIT_VALUE_4F),
            .INIT_VALUE_50(INIT_VALUE_50),
            .INIT_VALUE_51(INIT_VALUE_51),
            .INIT_VALUE_52(INIT_VALUE_52),
            .INIT_VALUE_53(INIT_VALUE_53),
            .INIT_VALUE_54(INIT_VALUE_54),
            .INIT_VALUE_55(INIT_VALUE_55),
            .INIT_VALUE_56(INIT_VALUE_56),
            .INIT_VALUE_57(INIT_VALUE_57),
            .INIT_VALUE_58(INIT_VALUE_58),
            .INIT_VALUE_59(INIT_VALUE_59),
            .INIT_VALUE_5A(INIT_VALUE_5A),
            .INIT_VALUE_5B(INIT_VALUE_5B),
            .INIT_VALUE_5C(INIT_VALUE_5C),
            .INIT_VALUE_5D(INIT_VALUE_5D),
            .INIT_VALUE_5E(INIT_VALUE_5E),
            .INIT_VALUE_5F(INIT_VALUE_5F),
            .INIT_VALUE_60(INIT_VALUE_60),
            .INIT_VALUE_61(INIT_VALUE_61),
            .INIT_VALUE_62(INIT_VALUE_62),
            .INIT_VALUE_63(INIT_VALUE_63),
            .INIT_VALUE_64(INIT_VALUE_64),
            .INIT_VALUE_65(INIT_VALUE_65),
            .INIT_VALUE_66(INIT_VALUE_66),
            .INIT_VALUE_67(INIT_VALUE_67),
            .INIT_VALUE_68(INIT_VALUE_68),
            .INIT_VALUE_69(INIT_VALUE_69),
            .INIT_VALUE_6A(INIT_VALUE_6A),
            .INIT_VALUE_6B(INIT_VALUE_6B),
            .INIT_VALUE_6C(INIT_VALUE_6C),
            .INIT_VALUE_6D(INIT_VALUE_6D),
            .INIT_VALUE_6E(INIT_VALUE_6E),
            .INIT_VALUE_6F(INIT_VALUE_6F),
            .INIT_VALUE_70(INIT_VALUE_70),
            .INIT_VALUE_71(INIT_VALUE_71),
            .INIT_VALUE_72(INIT_VALUE_72),
            .INIT_VALUE_73(INIT_VALUE_73),
            .INIT_VALUE_74(INIT_VALUE_74),
            .INIT_VALUE_75(INIT_VALUE_75),
            .INIT_VALUE_76(INIT_VALUE_76),
            .INIT_VALUE_77(INIT_VALUE_77),
            .INIT_VALUE_78(INIT_VALUE_78),
            .INIT_VALUE_79(INIT_VALUE_79),
            .INIT_VALUE_7A(INIT_VALUE_7A),
            .INIT_VALUE_7B(INIT_VALUE_7B),
            .INIT_VALUE_7C(INIT_VALUE_7C),
            .INIT_VALUE_7D(INIT_VALUE_7D),
            .INIT_VALUE_7E(INIT_VALUE_7E),
            .INIT_VALUE_7F(INIT_VALUE_7F)) mem_main (.wr_clk_i(wr_clk_i), 
                .rd_clk_i(rd_clk_i), 
                .rst_i(rst_i), 
                .wr_clk_en_i(wr_clk_en_i), 
                .rd_clk_en_i(rd_clk_en_i), 
                .rd_out_clk_en_i(rd_out_clk_en_i), 
                .wr_en_i(wr_en_i), 
                .wr_data_i(wr_data_i), 
                .wr_addr_i(wr_addr_i), 
                .rd_en_i(rd_en_i), 
                .rd_addr_i(rd_addr_i), 
                .ben_i(ben_i), 
                .rd_data_o(rd_data_o), 
                .one_err_det_o(one_err_det_o), 
                .two_err_det_o(two_err_det_o)) ; 
    function [31:0] clog2 ; 
        input [31:0] value ; 
        reg [31:0] num ; 
        begin
            num = (value - 1) ;
            for (clog2 = 0 ; (num > 0) ; clog2 = (clog2 + 1))
                num = (num >> 1) ;
        end
    endfunction
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2017 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               : Radiant Software 1.1
// File                  : lscc_ram_dp_main.v
// Title                 :
// Dependencies          :
// Description           : Top-level pseudo Dual Port RAM using EBR.
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.1.0.
// Author(s)             :
// Mod. Date             :
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_lscc_ram_dp_main #(parameter _FCODE_LIFCL_ = 1, 
        parameter _FCODE_ICE_ = 2, 
        parameter _FCODE_AP6_ = 3, 
        parameter _FCODE_COMMON_ = 0, 
        parameter MEM_ID = "MEM0", 
        parameter MEM_SIZE = "18,1024", 
        parameter FAMILY = "common", 
        parameter FAMILY_CODE = ((FAMILY == "LIFCL") ? _FCODE_LIFCL_ : ((FAMILY == "iCE40UP") ? _FCODE_ICE_ : ((FAMILY == "ap6a00") ? _FCODE_AP6_ : _FCODE_COMMON_))), 
        parameter WADDR_DEPTH = 1024, 
        parameter WADDR_WIDTH = clog2(WADDR_DEPTH), 
        parameter WDATA_WIDTH = 18, 
        parameter RADDR_DEPTH = 1024, 
        parameter RADDR_WIDTH = clog2(RADDR_DEPTH), 
        parameter RDATA_WIDTH = 18, 
        parameter REGMODE = "reg", 
        parameter GSR = "enable", 
        parameter RESETMODE = "sync", 
        parameter RESET_RELEASE = "sync", 
        parameter INIT_FILE = "none", 
        parameter INIT_FILE_FORMAT = "binary", 
        parameter MODULE_TYPE = "ram_dp", 
        parameter INIT_MODE = "none", 
        parameter BYTE_ENABLE = 1, 
        parameter BYTE_SIZE = ((BYTE_ENABLE == 1) ? getByteSize(WDATA_WIDTH,
                FAMILY_CODE) : WDATA_WIDTH), 
        parameter BYTE_WIDTH = (WDATA_WIDTH / BYTE_SIZE), 
        parameter PIPELINES = 0, 
        parameter ECC_ENABLE = 0, 
        parameter OUTPUT_CLK_EN = 0, 
        parameter BYTE_ENABLE_POL = "active-high", 
        parameter INIT_VALUE_00 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_01 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_02 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_03 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_04 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_05 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_06 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_07 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_08 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_09 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_10 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_11 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_12 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_13 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_14 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_15 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_16 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_17 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_18 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_19 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_20 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_21 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_22 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_23 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_24 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_25 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_26 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_27 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_28 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_29 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_30 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_31 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_32 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_33 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_34 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_35 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_36 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_37 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_38 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_39 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_40 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_41 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_42 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_43 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_44 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_45 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_46 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_47 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_48 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_49 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_50 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_51 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_52 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_53 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_54 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_55 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_56 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_57 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_58 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_59 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_60 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_61 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_62 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_63 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_64 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_65 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_66 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_67 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_68 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_69 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_70 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_71 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_72 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_73 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_74 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_75 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_76 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_77 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_78 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_79 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7F = "0x0000000000000000000000000000000000000000000000000000000000000000") (
    // -----------------------------------------------------------------------------
    // Input/Output Ports
    // -----------------------------------------------------------------------------
    input wr_clk_i, 
    input rd_clk_i, 
    input rst_i, 
    input wr_clk_en_i, 
    input rd_clk_en_i, 
    input rd_out_clk_en_i, 
    input wr_en_i, 
    input [(WDATA_WIDTH - 1):0] wr_data_i, 
    input [(WADDR_WIDTH - 1):0] wr_addr_i, 
    input rd_en_i, 
    input [(RADDR_WIDTH - 1):0] rd_addr_i, 
    input [(BYTE_WIDTH - 1):0] ben_i, 
    output [(RDATA_WIDTH - 1):0] rd_data_o, 
    output one_err_det_o, 
    output two_err_det_o) ;
    // -----------------------------------------------------------------------------
    // Local Parameters
    // -----------------------------------------------------------------------------
    localparam IS_BYTE_ENABLE = (((BYTE_ENABLE == 1) && ((WDATA_WIDTH % BYTE_SIZE) == 0)) && (BYTE_WIDTH > 1)) ; 
    localparam IS_GSR_EN = ((GSR == "enable") ? "ENABLED" : "DISABLED") ; 
    localparam IS_ECC = (((ECC_ENABLE == "enable") || (ECC_ENABLE == "ENABLE")) ? "ENABLE" : "DISABLE") ; 
    localparam STRING_LENGTH = ((FAMILY == "iCE40UP") ? 66 : 82) ; 
    // -----------------------------------------------------------------------------
    // Generate Sequential Blocks
    // -----------------------------------------------------------------------------
    genvar i0, 
        i1, 
        i_0, 
        i_1 ; 
    generate
        if ((FAMILY == "common")) 
            begin : behavioral
                reg [(RDATA_WIDTH - 1):0] dataout_reg ; 
                reg [(RDATA_WIDTH - 1):0] dataout_reg_buffer ; 
                reg [(RDATA_WIDTH - 1):0] mem /* sythesis syn_ramstyle="block_ram" */ [((2 ** RADDR_WIDTH) - 1):0] ; 
                assign rd_data_o = ((REGMODE == "reg") ? dataout_reg : dataout_reg_buffer) ; 
                initial
                    begin
                        if (((INIT_MODE == "mem_file") && (INIT_FILE != "none"))) 
                            begin
                                if ((INIT_FILE_FORMAT == "hex")) 
                                    $readmemh (INIT_FILE,
                                            mem,
                                            0,
                                            (RADDR_DEPTH - 1)) ;
                                else
                                    $readmemb (INIT_FILE,
                                            mem,
                                            0,
                                            (RADDR_DEPTH - 1)) ;
                            end
                    end
                always
                    @(posedge wr_clk_i)
                    begin
                        if (((wr_clk_en_i == 1'b1) && (wr_en_i == 1'b1))) 
                            mem[wr_addr_i] <=  wr_data_i ;
                    end
                always
                    @(posedge rd_clk_i)
                    begin
                        if (((rd_clk_en_i == 1'b1) && (rd_en_i == 1'b1))) 
                            dataout_reg_buffer <=  mem[rd_addr_i] ;
                    end
                if ((REGMODE == "reg")) 
                    begin : genblk1
                        if ((RESETMODE == "sync")) 
                            begin : genblk1
                                always
                                    @(posedge rd_clk_i)
                                    begin
                                        if ((rst_i == 1'b1)) 
                                            dataout_reg <=  'h0 ;
                                        else
                                            if (((rd_out_clk_en_i == 1'b1) && (rd_en_i == 1'b1))) 
                                                dataout_reg <=  dataout_reg_buffer ;
                                    end
                            end
                        else
                            begin : genblk1
                                always
                                    @(posedge rd_clk_i or 
                                        posedge rst_i)
                                    begin
                                        if ((rst_i == 1'b1)) 
                                            dataout_reg <=  'h0 ;
                                        else
                                            if (((rd_out_clk_en_i == 1'b1) && (rd_en_i == 1'b1))) 
                                                dataout_reg <=  dataout_reg_buffer ;
                                    end
                            end
                    end
            end
        else
            if (((RDATA_WIDTH == WDATA_WIDTH) && (RADDR_DEPTH == WADDR_DEPTH))) 
                begin : NON_MIX
                    localparam OPT_DATA_WIDTH = getMinimaData(RADDR_DEPTH,
                                RDATA_WIDTH,
                                IS_BYTE_ENABLE,
                                BYTE_SIZE,
                                ECC_ENABLE,
                                FAMILY_CODE) ; 
                    localparam OPT_ADDR_DEPTH = data_to_addr(OPT_DATA_WIDTH,
                                FAMILY_CODE) ; 
                    localparam OPT_ADDR_WIDTH = clog2(OPT_ADDR_DEPTH) ; 
                    localparam EBR_DATA = roundUP(RDATA_WIDTH,
                                OPT_DATA_WIDTH) ; 
                    localparam EBR_ADDR = roundUP(RADDR_DEPTH,
                                OPT_ADDR_DEPTH) ; 
                    localparam BYTE_WIDTH_IMPL = ((BYTE_ENABLE == 0) ? 1 : (((OPT_DATA_WIDTH == 72) | (OPT_DATA_WIDTH == 64)) ? 8 : (((OPT_DATA_WIDTH == 36) | (OPT_DATA_WIDTH == 32)) ? 4 : (((OPT_DATA_WIDTH == 18) | (OPT_DATA_WIDTH == 16)) ? 2 : 1)))) ; 
                    wire [(RDATA_WIDTH - 1):0] rd_data_raw_w [(EBR_ADDR - 1):0] ; 
                    wire [(EBR_ADDR - 1):0] one_err_det_raw_w ; 
                    wire [(EBR_ADDR - 1):0] two_err_det_raw_w ; 
                    for (i0 = 0;(i0 < EBR_ADDR);i0 = (i0 + 1))
                    begin : ADDR_ROUTE
                        wire [(RDATA_WIDTH - 1):0] raw_output_w ; 
                        assign rd_data_raw_w[i0] = raw_output_w ; 
                        wire chk_addr_r_w ; 
                        if ((EBR_ADDR > 1)) 
                            begin : genblk1
                                assign chk_addr_r_w = (rd_addr_i[(RADDR_WIDTH - 1):OPT_ADDR_WIDTH] == i0) ; 
                            end
                        else
                            begin : genblk1
                                assign chk_addr_r_w = 1'b1 ; 
                            end
                        wire [(OPT_ADDR_WIDTH - 1):0] act_addr_r_w ; 
                        if ((OPT_ADDR_WIDTH > RADDR_WIDTH)) 
                            begin : genblk2
                                assign act_addr_r_w[(RADDR_WIDTH - 1):0] = rd_addr_i ; 
                                assign act_addr_r_w[(OPT_ADDR_WIDTH - 1):RADDR_WIDTH] = 'h000 ; 
                            end
                        else
                            begin : genblk2
                                assign act_addr_r_w = rd_addr_i[(OPT_ADDR_WIDTH - 1):0] ; 
                            end
                        wire chk_addr_w_w ; 
                        if ((EBR_ADDR > 1)) 
                            begin : genblk3
                                assign chk_addr_w_w = (wr_addr_i[(WADDR_WIDTH - 1):OPT_ADDR_WIDTH] == i0) ; 
                            end
                        else
                            begin : genblk3
                                assign chk_addr_w_w = 1'b1 ; 
                            end
                        wire [(OPT_ADDR_WIDTH - 1):0] act_addr_w_w ; 
                        if ((OPT_ADDR_WIDTH > WADDR_WIDTH)) 
                            begin : genblk4
                                assign act_addr_w_w[(WADDR_WIDTH - 1):0] = wr_addr_i ; 
                                assign act_addr_w_w[(OPT_ADDR_WIDTH - 1):WADDR_WIDTH] = 'h000 ; 
                            end
                        else
                            begin : genblk4
                                assign act_addr_w_w = wr_addr_i[(OPT_ADDR_WIDTH - 1):0] ; 
                            end
                        wire [(EBR_DATA - 1):0] one_err_det_ind_w ; 
                        wire [(EBR_DATA - 1):0] two_err_det_ind_w ; 
                        if ((EBR_DATA == 1)) 
                            begin : genblk5
                                assign one_err_det_raw_w[i0] = one_err_det_ind_w[0] ; 
                                assign two_err_det_raw_w[i0] = two_err_det_ind_w[0] ; 
                            end
                        else
                            begin : genblk5
                                assign one_err_det_raw_w[i0] = (|one_err_det_ind_w) ; 
                                assign two_err_det_raw_w[i0] = (|two_err_det_ind_w) ; 
                            end
                        for (i1 = 0;(i1 < EBR_DATA);i1 = (i1 + 1))
                        begin : DATA_ROUTE
                            localparam ECO_POSX = (i1 * OPT_DATA_WIDTH) ; 
                            localparam ECO_POSY = (i0 * OPT_ADDR_DEPTH) ; 
                            wire [(OPT_DATA_WIDTH - 1):0] act_in_w ; 
                            wire [(OPT_DATA_WIDTH - 1):0] act_out_w ; 
                            wire one_err_det_ebr_w ; 
                            wire two_err_det_ebr_w ; 
                            wire [(BYTE_WIDTH_IMPL - 1):0] act_ben_w ; 
                            assign one_err_det_ind_w[i1] = one_err_det_ebr_w ; 
                            assign two_err_det_ind_w[i1] = two_err_det_ebr_w ; 
                            if (((OPT_DATA_WIDTH * (i1 + 1)) <= RDATA_WIDTH)) 
                                begin : genblk1
                                    assign act_in_w = wr_data_i[(((i1 + 1) * OPT_DATA_WIDTH) - 1):(i1 * OPT_DATA_WIDTH)] ; 
                                    assign raw_output_w[(((i1 + 1) * OPT_DATA_WIDTH) - 1):(i1 * OPT_DATA_WIDTH)] = act_out_w ; 
                                end
                            else
                                begin : genblk1
                                    assign act_in_w[(WDATA_WIDTH - (1 + (i1 * OPT_DATA_WIDTH))):0] = wr_data_i[(WDATA_WIDTH - 1):(i1 * OPT_DATA_WIDTH)] ; 
                                    if ((OPT_DATA_WIDTH > (WDATA_WIDTH - (i1 * OPT_DATA_WIDTH)))) 
                                        begin : genblk1
                                            assign act_in_w[(OPT_DATA_WIDTH - 1):(WDATA_WIDTH - (i1 * OPT_DATA_WIDTH))] = {(OPT_DATA_WIDTH - (WDATA_WIDTH - (i1 * OPT_DATA_WIDTH))){1'b0}} ; 
                                        end
                                    assign raw_output_w[(RDATA_WIDTH - 1):(i1 * OPT_DATA_WIDTH)] = act_out_w[(RDATA_WIDTH - (1 + (i1 * OPT_DATA_WIDTH))):0] ; 
                                end
                            if ((IS_BYTE_ENABLE == 0)) 
                                begin : genblk2
                                    assign act_ben_w = {BYTE_WIDTH_IMPL{1'b1}} ; 
                                end
                            else
                                if ((OPT_DATA_WIDTH >= 8)) 
                                    begin : genblk2
                                        if ((BYTE_WIDTH_IMPL > 1)) 
                                            begin : genblk1
                                                if ((((i1 + 1) * BYTE_WIDTH_IMPL) <= BYTE_WIDTH)) 
                                                    begin : genblk1
                                                        assign act_ben_w = ben_i[(((i1 + 1) * BYTE_WIDTH_IMPL) - 1):(i1 * BYTE_WIDTH_IMPL)] ; 
                                                    end
                                                else
                                                    begin : genblk1
                                                        assign act_ben_w[(BYTE_WIDTH_IMPL - 1):(BYTE_WIDTH - (i1 * BYTE_WIDTH_IMPL))] = {(BYTE_WIDTH_IMPL - (BYTE_WIDTH - (i1 * BYTE_WIDTH_IMPL))){1'b1}} ; 
                                                        assign act_ben_w[(BYTE_WIDTH - (1 + (i1 * BYTE_WIDTH_IMPL))):0] = ben_i[(BYTE_WIDTH - 1):(i1 * BYTE_WIDTH_IMPL)] ; 
                                                    end
                                            end
                                        else
                                            begin : genblk1
                                                assign act_ben_w = ben_i[i1] ; 
                                            end
                                    end
                                else
                                    begin : genblk2
                                        assign act_ben_w = ben_i[(((i1 * OPT_DATA_WIDTH) * BYTE_WIDTH) / WDATA_WIDTH)] ; 
                                    end
                            wire f_wr_en_w = (chk_addr_w_w & wr_en_i) ; 
                            wire f_rd_en_w = (chk_addr_r_w & rd_en_i) ; 
                            wire ff_rd_en_w ; 
                            if ((REGMODE == "noreg")) 
                                begin : genblk3
                                    assign ff_rd_en_w = f_rd_en_w ; 
                                end
                            else
                                begin : genblk3
                                    reg f_rd_en_r ; 
                                    assign ff_rd_en_w = (f_rd_en_w | f_rd_en_r) ; 
                                    if ((RESETMODE == "sync")) 
                                        begin : genblk1
                                            always
                                                @(posedge rd_clk_i)
                                                begin
                                                    if (rst_i) 
                                                        begin
                                                            f_rd_en_r <=  1'b0 ;
                                                        end
                                                    else
                                                        begin
                                                            f_rd_en_r <=  (f_rd_en_w & rd_clk_en_i) ;
                                                        end
                                                end
                                        end
                                    else
                                        begin : genblk1
                                            always
                                                @(posedge rd_clk_i or 
                                                    posedge rst_i)
                                                begin
                                                    if (rst_i) 
                                                        begin
                                                            f_rd_en_r <=  1'b0 ;
                                                        end
                                                    else
                                                        begin
                                                            f_rd_en_r <=  (f_rd_en_w & rd_clk_en_i) ;
                                                        end
                                                end
                                        end
                                end
                            if ((INIT_MODE == "mem_file")) 
                                begin : mem_init
                                    mem_ipgen_lscc_ram_dp_core #(.MEM_ID(MEM_ID),
                                            .MEM_SIZE(MEM_SIZE),
                                            .POSx(ECO_POSX),
                                            .POSy(ECO_POSY),
                                            .FAMILY(FAMILY),
                                            ._FCODE_ICE_(_FCODE_ICE_),
                                            ._FCODE_LIFCL_(_FCODE_LIFCL_),
                                            ._FCODE_AP6_(_FCODE_AP6_),
                                            ._FCODE_COMMON_(_FCODE_COMMON_),
                                            .DATA_WIDTH_W(OPT_DATA_WIDTH),
                                            .DATA_WIDTH_R(OPT_DATA_WIDTH),
                                            .REGMODE(REGMODE),
                                            .RESETMODE(RESETMODE),
                                            .RESET_RELEASE(RESET_RELEASE),
                                            .INIT_MODE(INIT_MODE),
                                            .BYTE_ENABLE(IS_BYTE_ENABLE),
                                            .OUTPUT_CLK_EN(OUTPUT_CLK_EN),
                                            .BYTE_ENABLE_POL(BYTE_ENABLE_POL),
                                            .INIT_VALUE_00(INIT_VALUE_00[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_01(INIT_VALUE_01[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_02(INIT_VALUE_02[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_03(INIT_VALUE_03[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_04(INIT_VALUE_04[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_05(INIT_VALUE_05[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_06(INIT_VALUE_06[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_07(INIT_VALUE_07[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_08(INIT_VALUE_08[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_09(INIT_VALUE_09[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_0A(INIT_VALUE_0A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_0B(INIT_VALUE_0B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_0C(INIT_VALUE_0C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_0D(INIT_VALUE_0D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_0E(INIT_VALUE_0E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_0F(INIT_VALUE_0F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                            .INIT_VALUE_10(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_10[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_11(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_11[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_12(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_12[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_13(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_13[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_14(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_14[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_15(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_15[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_16(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_16[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_17(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_17[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_18(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_18[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_19(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_19[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_1A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_1B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_1C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_1D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_1E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_1F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_20(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_20[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_21(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_21[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_22(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_22[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_23(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_23[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_24(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_24[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_25(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_25[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_26(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_26[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_27(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_27[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_28(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_28[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_29(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_29[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_2A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_2B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_2C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_2D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_2E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_2F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_30(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_30[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_31(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_31[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_32(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_32[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_33(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_33[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_34(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_34[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_35(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_35[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_36(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_36[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_37(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_37[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_38(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_38[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_39(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_39[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_3A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_3B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_3C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_3D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_3E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_3F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_40(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_40[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_41(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_41[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_42(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_42[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_43(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_43[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_44(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_44[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_45(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_45[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_46(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_46[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_47(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_47[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_48(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_48[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_49(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_49[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_4A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_4B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_4C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_4D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_4E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_4F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_50(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_50[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_51(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_51[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_52(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_52[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_53(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_53[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_54(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_54[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_55(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_55[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_56(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_56[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_57(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_57[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_58(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_58[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_59(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_59[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_5A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_5B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_5C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_5D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_5E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_5F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_60(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_60[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_61(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_61[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_62(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_62[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_63(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_63[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_64(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_64[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_65(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_65[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_66(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_66[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_67(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_67[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_68(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_68[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_69(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_69[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_6A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_6B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_6C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_6D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_6E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_6F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_70(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_70[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_71(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_71[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_72(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_72[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_73(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_73[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_74(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_74[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_75(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_75[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_76(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_76[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_77(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_77[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_78(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_78[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_79(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_79[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_7A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_7B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_7C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_7D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_7E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                            .INIT_VALUE_7F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00"))) u_mem0 (.wr_clk_i(wr_clk_i), 
                                                .rd_clk_i(rd_clk_i), 
                                                .rst_i(rst_i), 
                                                .wr_clk_en_i(wr_clk_en_i), 
                                                .rd_clk_en_i(rd_clk_en_i), 
                                                .rd_out_clk_en_i(rd_out_clk_en_i), 
                                                .wr_en_i(f_wr_en_w), 
                                                .wr_data_i(act_in_w), 
                                                .wr_addr_i(act_addr_w_w), 
                                                .rd_en_i(ff_rd_en_w), 
                                                .rd_addr_i(act_addr_r_w), 
                                                .ben_i(act_ben_w), 
                                                .rd_data_o(act_out_w), 
                                                .one_err_det_o(one_err_det_ebr_w), 
                                                .two_err_det_o(two_err_det_ebr_w)) ; 
                                end
                            else
                                begin : no_init
                                    mem_ipgen_lscc_ram_dp_core #(.MEM_ID(MEM_ID),
                                            .MEM_SIZE(MEM_SIZE),
                                            .POSx(ECO_POSX),
                                            .POSy(ECO_POSY),
                                            .FAMILY(FAMILY),
                                            ._FCODE_ICE_(_FCODE_ICE_),
                                            ._FCODE_LIFCL_(_FCODE_LIFCL_),
                                            ._FCODE_AP6_(_FCODE_AP6_),
                                            ._FCODE_COMMON_(_FCODE_COMMON_),
                                            .DATA_WIDTH_W(OPT_DATA_WIDTH),
                                            .DATA_WIDTH_R(OPT_DATA_WIDTH),
                                            .REGMODE(REGMODE),
                                            .RESETMODE(RESETMODE),
                                            .RESET_RELEASE(RESET_RELEASE),
                                            .INIT_MODE(INIT_MODE),
                                            .BYTE_ENABLE(IS_BYTE_ENABLE),
                                            .OUTPUT_CLK_EN(OUTPUT_CLK_EN),
                                            .BYTE_ENABLE_POL(BYTE_ENABLE_POL)) u_mem0 (.wr_clk_i(wr_clk_i), 
                                                .rd_clk_i(rd_clk_i), 
                                                .rst_i(rst_i), 
                                                .wr_clk_en_i(wr_clk_en_i), 
                                                .rd_clk_en_i(rd_clk_en_i), 
                                                .rd_out_clk_en_i(rd_out_clk_en_i), 
                                                .wr_en_i(f_wr_en_w), 
                                                .wr_data_i(act_in_w), 
                                                .wr_addr_i(act_addr_w_w), 
                                                .rd_en_i(ff_rd_en_w), 
                                                .rd_addr_i(act_addr_r_w), 
                                                .ben_i(act_ben_w), 
                                                .rd_data_o(act_out_w), 
                                                .one_err_det_o(one_err_det_ebr_w), 
                                                .two_err_det_o(two_err_det_ebr_w)) ; 
                                end
                        end
                    end
                    if ((EBR_ADDR == 1)) 
                        begin : genblk2
                            assign rd_data_o = rd_data_raw_w[0] ; 
                            assign one_err_det_o = ((ECC_ENABLE == 1) ? one_err_det_raw_w[0] : 1'b0) ; 
                            assign two_err_det_o = ((ECC_ENABLE == 1) ? two_err_det_raw_w[0] : 1'b0) ; 
                        end
                    else
                        begin : genblk2
                            reg [(RDATA_WIDTH - 1):0] rd_out_buff_r ; 
                            reg [(RADDR_WIDTH - 1):0] rd_addr_0_r = {RADDR_WIDTH{1'b0}} ; 
                            reg one_err_det_r ; 
                            reg two_err_det_r ; 
                            assign rd_data_o = rd_out_buff_r ; 
                            assign one_err_det_o = ((ECC_ENABLE == 1) ? one_err_det_r : 1'b0) ; 
                            assign two_err_det_o = ((ECC_ENABLE == 1) ? two_err_det_r : 1'b0) ; 
                            if ((REGMODE == "noreg")) 
                                begin : _nreg
                                    if ((RESETMODE == "sync")) 
                                        begin : genblk1
                                            always
                                                @(posedge rd_clk_i)
                                                begin
                                                    if (rst_i) 
                                                        begin
                                                            rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                        end
                                                    else
                                                        begin
                                                            rd_addr_0_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_0_r) ;
                                                        end
                                                end
                                        end
                                    else
                                        begin : genblk1
                                            always
                                                @(posedge rd_clk_i or 
                                                    posedge rst_i)
                                                begin
                                                    if (rst_i) 
                                                        begin
                                                            rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                        end
                                                    else
                                                        begin
                                                            rd_addr_0_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_0_r) ;
                                                        end
                                                end
                                        end
                                end
                            else
                                begin : _reg
                                    reg [(RADDR_WIDTH - 1):0] rd_addr_1_r = {RADDR_WIDTH{1'b0}} ; 
                                    if ((RESETMODE == "sync")) 
                                        begin : genblk1
                                            always
                                                @(posedge rd_clk_i)
                                                begin
                                                    if (rst_i) 
                                                        begin
                                                            rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                            rd_addr_1_r <=  {RADDR_WIDTH{1'b0}} ;
                                                        end
                                                    else
                                                        begin
                                                            rd_addr_0_r <=  rd_addr_1_r ;
                                                            rd_addr_1_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_1_r) ;
                                                        end
                                                end
                                        end
                                    else
                                        begin : genblk1
                                            always
                                                @(posedge rd_clk_i or 
                                                    posedge rst_i)
                                                begin
                                                    if (rst_i) 
                                                        begin
                                                            rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                            rd_addr_1_r <=  {RADDR_WIDTH{1'b0}} ;
                                                        end
                                                    else
                                                        begin
                                                            rd_addr_0_r <=  rd_addr_1_r ;
                                                            rd_addr_1_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_1_r) ;
                                                        end
                                                end
                                        end
                                end
                            always
                                @(*)
                                begin
                                    rd_out_buff_r = rd_data_raw_w[rd_addr_0_r[(RADDR_WIDTH - 1):OPT_ADDR_WIDTH]] ;
                                    one_err_det_r = one_err_det_raw_w[rd_addr_0_r[(RADDR_WIDTH - 1):OPT_ADDR_WIDTH]] ;
                                    two_err_det_r = two_err_det_raw_w[rd_addr_0_r[(RADDR_WIDTH - 1):OPT_ADDR_WIDTH]] ;
                                end
                        end
                end
            else
                if ((IS_BYTE_ENABLE == 0)) 
                    begin : MIX_NO_BYTE_EN
                        localparam MAX_DATA = ((WDATA_WIDTH > RDATA_WIDTH) ? WDATA_WIDTH : RDATA_WIDTH) ; 
                        localparam MAX_PORT = ((WDATA_WIDTH > RDATA_WIDTH) ? "W" : "R") ; 
                        localparam MIN_DEPTH = ((MAX_PORT == "W") ? WADDR_DEPTH : RADDR_DEPTH) ; 
                        localparam Q_FACTOR = ((MAX_PORT == "W") ? (WDATA_WIDTH / RDATA_WIDTH) : (RDATA_WIDTH / WDATA_WIDTH)) ; 
                        localparam PROC_MAX_DATA = procData(MAX_DATA,
                                    ECC_ENABLE,
                                    FAMILY_CODE) ; 
                        localparam PROC_MIN_DEPTH = (2 ** clog2(MIN_DEPTH)) ; 
                        localparam PROC_MIN_DATA = (PROC_MAX_DATA / Q_FACTOR) ; 
                        localparam PROC_MAX_DEPTH = (PROC_MIN_DEPTH * Q_FACTOR) ; 
                        localparam W_PORT_USE = ((MAX_PORT == "W") ? PROC_MAX_DATA : PROC_MIN_DATA) ; 
                        localparam W_DEPTH_USE = ((MAX_PORT == "W") ? PROC_MIN_DEPTH : PROC_MAX_DEPTH) ; 
                        localparam W_DEPTH_WIDTH_USE = clog2(W_DEPTH_USE) ; 
                        localparam R_PORT_USE = ((MAX_PORT == "R") ? PROC_MAX_DATA : PROC_MIN_DATA) ; 
                        localparam R_DEPTH_USE = ((MAX_PORT == "R") ? PROC_MIN_DEPTH : PROC_MAX_DEPTH) ; 
                        localparam R_DEPTH_WIDTH_USE = clog2(R_DEPTH_USE) ; 
                        localparam W_DATA_WIDTH_IMPL = getCASE1DataImpl(W_DEPTH_USE,
                                    W_PORT_USE,
                                    R_DEPTH_USE,
                                    R_PORT_USE,
                                    1'b1,
                                    0,
                                    ECC_ENABLE,
                                    FAMILY_CODE) ; 
                        localparam W_ADDR_DEPTH_IMPL = data_to_addr(W_DATA_WIDTH_IMPL,
                                    FAMILY_CODE) ; 
                        localparam W_ADDR_WIDTH_IMPL = clog2(W_ADDR_DEPTH_IMPL) ; 
                        localparam R_DATA_WIDTH_IMPL = getCASE1DataImpl(W_DEPTH_USE,
                                    W_PORT_USE,
                                    R_DEPTH_USE,
                                    R_PORT_USE,
                                    1'b0,
                                    0,
                                    ECC_ENABLE,
                                    FAMILY_CODE) ; 
                        localparam R_ADDR_DEPTH_IMPL = data_to_addr(R_DATA_WIDTH_IMPL,
                                    FAMILY_CODE) ; 
                        localparam R_ADDR_WIDTH_IMPL = clog2(R_ADDR_DEPTH_IMPL) ; 
                        localparam EBR_ADDR = roundUP(W_DEPTH_USE,
                                    W_ADDR_DEPTH_IMPL) ; 
                        localparam EBR_DATA = roundUP(W_PORT_USE,
                                    W_DATA_WIDTH_IMPL) ; 
                        wire [(W_DEPTH_WIDTH_USE - 1):0] wr_addr_buff_w ; 
                        wire [(R_DEPTH_WIDTH_USE - 1):0] rd_addr_buff_w ; 
                        if ((W_DEPTH_WIDTH_USE > WADDR_WIDTH)) 
                            begin : genblk1
                                assign wr_addr_buff_w[(W_DEPTH_WIDTH_USE - 1):WADDR_WIDTH] = 'h0000 ; 
                            end
                        assign wr_addr_buff_w[(WADDR_WIDTH - 1):0] = wr_addr_i ; 
                        if ((R_DEPTH_WIDTH_USE > RADDR_WIDTH)) 
                            begin : genblk2
                                assign rd_addr_buff_w[(R_DEPTH_WIDTH_USE - 1):RADDR_WIDTH] = 'h0000 ; 
                            end
                        assign rd_addr_buff_w[(RADDR_WIDTH - 1):0] = rd_addr_i ; 
                        wire [(W_PORT_USE - 1):0] input_buff_w ; 
                        wire [(R_PORT_USE - 1):0] output_buff_w ; 
                        wire [(R_PORT_USE - 1):0] rd_data_raw_w [(EBR_ADDR - 1):0] ; 
                        wire [(W_PORT_USE - 1):0] master_data_in_w ; 
                        wire [(R_PORT_USE - 1):0] master_data_out_w ; 
                        if ((EBR_DATA > 1)) 
                            begin : genblk3
                                if ((W_PORT_USE > R_PORT_USE)) 
                                    begin : genblk1
                                        assign rd_data_o = output_buff_w[(RDATA_WIDTH - 1):0] ; 
                                        assign output_buff_w = master_data_out_w ; 
                                        wire [(R_PORT_USE - 1):0] inp_buff_seg_w [((W_PORT_USE / R_PORT_USE) - 1):0] ; 
                                        for (i_0 = 0;(i_0 < (W_PORT_USE / R_PORT_USE));i_0 = (i_0 + 1))
                                        begin : genblk1
                                            assign inp_buff_seg_w[i_0] = wr_data_i[((RDATA_WIDTH * (i_0 + 1)) - 1):(RDATA_WIDTH * i_0)] ; 
                                        end
                                        for (i_0 = 0;(i_0 < (W_PORT_USE / R_PORT_USE));i_0 = (i_0 + 1))
                                        begin : genblk2
                                            assign input_buff_w[(((i_0 * R_PORT_USE) + R_PORT_USE) - 1):(i_0 * R_PORT_USE)] = inp_buff_seg_w[i_0] ; 
                                        end
                                        wire [(R_DATA_WIDTH_IMPL - 1):0] master_data_ind_w [((W_PORT_USE / R_DATA_WIDTH_IMPL) - 1):0] ; 
                                        for (i_0 = 0;(i_0 < EBR_DATA);i_0 = (i_0 + 1))
                                        begin : genblk3
                                            for (i_1 = 0;(i_1 < (W_PORT_USE / (EBR_DATA * R_DATA_WIDTH_IMPL)));i_1 = (i_1 + 1))
                                            begin : genblk1
                                                assign master_data_ind_w[(((W_PORT_USE / (EBR_DATA * R_DATA_WIDTH_IMPL)) * i_0) + i_1)] = input_buff_w[((((i_0 * R_DATA_WIDTH_IMPL) + ((i_1 * EBR_DATA) * R_DATA_WIDTH_IMPL)) + R_DATA_WIDTH_IMPL) - 1):((i_0 * R_DATA_WIDTH_IMPL) + ((i_1 * EBR_DATA) * R_DATA_WIDTH_IMPL))] ; 
                                            end
                                        end
                                        for (i_0 = 0;(i_0 < (W_PORT_USE / R_DATA_WIDTH_IMPL));i_0 = (i_0 + 1))
                                        begin : genblk4
                                            assign master_data_in_w[(((i_0 * R_DATA_WIDTH_IMPL) + R_DATA_WIDTH_IMPL) - 1):(i_0 * R_DATA_WIDTH_IMPL)] = master_data_ind_w[i_0] ; 
                                        end
                                    end
                                else
                                    begin : genblk1
                                        if ((W_PORT_USE > WDATA_WIDTH)) 
                                            begin : genblk1
                                                assign input_buff_w[(W_PORT_USE - 1):WDATA_WIDTH] = 'h0000 ; 
                                            end
                                        assign input_buff_w[(WDATA_WIDTH - 1):0] = wr_data_i ; 
                                        assign master_data_in_w = input_buff_w ; 
                                        wire [(W_PORT_USE - 1):0] out_buff_seg_w [((R_PORT_USE / W_PORT_USE) - 1):0] ; 
                                        for (i_0 = 0;(i_0 < (R_PORT_USE / W_PORT_USE));i_0 = (i_0 + 1))
                                        begin : genblk2
                                            assign rd_data_o[((WDATA_WIDTH * (i_0 + 1)) - 1):(WDATA_WIDTH * i_0)] = out_buff_seg_w[i_0] ; 
                                        end
                                        for (i_0 = 0;(i_0 < (R_PORT_USE / W_PORT_USE));i_0 = (i_0 + 1))
                                        begin : genblk3
                                            assign out_buff_seg_w[i_0] = output_buff_w[(((i_0 + 1) * W_PORT_USE) - 1):(i_0 * W_PORT_USE)] ; 
                                        end
                                        wire [(W_DATA_WIDTH_IMPL - 1):0] master_data_ind_out_w [((R_PORT_USE / W_DATA_WIDTH_IMPL) - 1):0] ; 
                                        for (i_0 = 0;(i_0 < (R_PORT_USE / W_PORT_USE));i_0 = (i_0 + 1))
                                        begin : genblk4
                                            for (i_1 = 0;(i_1 < EBR_DATA);i_1 = (i_1 + 1))
                                            begin : genblk1
                                                assign master_data_ind_out_w[((i_0 * EBR_DATA) + i_1)] = master_data_out_w[((((i_1 * R_DATA_WIDTH_IMPL) + (i_0 * W_DATA_WIDTH_IMPL)) + W_DATA_WIDTH_IMPL) - 1):((i_1 * R_DATA_WIDTH_IMPL) + (i_0 * W_DATA_WIDTH_IMPL))] ; 
                                            end
                                        end
                                        for (i_0 = 0;(i_0 < (R_PORT_USE / W_DATA_WIDTH_IMPL));i_0 = (i_0 + 1))
                                        begin : genblk5
                                            assign output_buff_w[(((i_0 * W_DATA_WIDTH_IMPL) + W_DATA_WIDTH_IMPL) - 1):(i_0 * W_DATA_WIDTH_IMPL)] = master_data_ind_out_w[i_0] ; 
                                        end
                                    end
                            end
                        else
                            if ((EBR_ADDR > 1)) 
                                begin : genblk3
                                    localparam Q_SRD_x = (R_PORT_USE / W_PORT_USE) ; 
                                    localparam Q_SWR_x = (W_PORT_USE / R_PORT_USE) ; 
                                    if ((R_PORT_USE < W_PORT_USE)) 
                                        begin : genblk1
                                            for (i_0 = 0;(i_0 < Q_SWR_x);i_0 = (i_0 + 1))
                                            begin : genblk1
                                                assign master_data_in_w[(((i_0 * R_PORT_USE) + RDATA_WIDTH) - 1):(i_0 * R_PORT_USE)] = wr_data_i[(((i_0 * RDATA_WIDTH) + RDATA_WIDTH) - 1):(i_0 * RDATA_WIDTH)] ; 
                                                if ((R_PORT_USE != RDATA_WIDTH)) 
                                                    begin : genblk1
                                                        assign master_data_in_w[(((i_0 * R_PORT_USE) + R_PORT_USE) - 1):((i_0 * R_PORT_USE) + RDATA_WIDTH)] = {(R_PORT_USE - RDATA_WIDTH){1'b0}} ; 
                                                    end
                                            end
                                            assign rd_data_o = master_data_out_w[(RDATA_WIDTH - 1):0] ; 
                                        end
                                    else
                                        begin : genblk1
                                            assign master_data_in_w[(WDATA_WIDTH - 1):0] = wr_data_i ; 
                                            for (i_0 = 0;(i_0 < Q_SRD_x);i_0 = (i_0 + 1))
                                            begin : genblk1
                                                assign rd_data_o[(((i_0 * WDATA_WIDTH) + WDATA_WIDTH) - 1):(i_0 * WDATA_WIDTH)] = master_data_out_w[(((i_0 * W_PORT_USE) + WDATA_WIDTH) - 1):(i_0 * W_PORT_USE)] ; 
                                            end
                                        end
                                end
                        if (((EBR_ADDR == 1) && (EBR_DATA == 1))) 
                            begin : SINGLE_IMPL
                                localparam W_SINGULAR_DATA_x = getSingularCase(W_PORT_USE,
                                            FAMILY_CODE) ; 
                                localparam R_SINGULAR_DATA_x = getSingularCase(R_PORT_USE,
                                            FAMILY_CODE) ; 
                                localparam W_SINGULAR_ADDR_WIDTH = clog2(data_to_addr(W_SINGULAR_DATA_x,
                                                FAMILY_CODE)) ; 
                                localparam R_SINGULAR_ADDR_WIDTH = clog2(data_to_addr(R_SINGULAR_DATA_x,
                                                FAMILY_CODE)) ; 
                                localparam Q_SRD_x = (R_SINGULAR_DATA_x / W_SINGULAR_DATA_x) ; 
                                localparam Q_SWR_x = (W_SINGULAR_DATA_x / R_SINGULAR_DATA_x) ; 
                                wire [(W_SINGULAR_DATA_x - 1):0] single_wire_in_w ; 
                                wire [(R_SINGULAR_DATA_x - 1):0] single_wire_out_w ; 
                                wire [(W_SINGULAR_ADDR_WIDTH - 1):0] single_wr_addr_w ; 
                                wire [(R_SINGULAR_ADDR_WIDTH - 1):0] single_rd_addr_w ; 
                                if ((R_SINGULAR_DATA_x < W_SINGULAR_DATA_x)) 
                                    begin : genblk1
                                        for (i0 = 0;(i0 < Q_SWR_x);i0 = (i0 + 1))
                                        begin : genblk1
                                            assign single_wire_in_w[(((i0 * R_SINGULAR_DATA_x) + RDATA_WIDTH) - 1):(i0 * R_SINGULAR_DATA_x)] = wr_data_i[(((i0 * RDATA_WIDTH) + RDATA_WIDTH) - 1):(i0 * RDATA_WIDTH)] ; 
                                            if ((R_SINGULAR_DATA_x != RDATA_WIDTH)) 
                                                begin : genblk1
                                                    assign single_wire_in_w[(((i0 * R_SINGULAR_DATA_x) + R_SINGULAR_DATA_x) - 1):((i0 * R_SINGULAR_DATA_x) + RDATA_WIDTH)] = {(R_SINGULAR_DATA_x - RDATA_WIDTH){1'b0}} ; 
                                                end
                                        end
                                        assign rd_data_o = single_wire_out_w[(RDATA_WIDTH - 1):0] ; 
                                    end
                                else
                                    begin : genblk1
                                        assign single_wire_in_w[(WDATA_WIDTH - 1):0] = wr_data_i ; 
                                        for (i0 = 0;(i0 < Q_SRD_x);i0 = (i0 + 1))
                                        begin : genblk1
                                            assign rd_data_o[(((i0 * WDATA_WIDTH) + WDATA_WIDTH) - 1):(i0 * WDATA_WIDTH)] = single_wire_out_w[(((i0 * W_SINGULAR_DATA_x) + WDATA_WIDTH) - 1):(i0 * W_SINGULAR_DATA_x)] ; 
                                        end
                                    end
                                if ((W_SINGULAR_ADDR_WIDTH > WADDR_WIDTH)) 
                                    begin : genblk2
                                        assign single_wr_addr_w[(W_SINGULAR_ADDR_WIDTH - 1):WADDR_WIDTH] = 'h0000 ; 
                                    end
                                assign single_wr_addr_w[(WADDR_WIDTH - 1):0] = wr_addr_i ; 
                                if ((R_SINGULAR_ADDR_WIDTH > RADDR_WIDTH)) 
                                    begin : genblk3
                                        assign single_rd_addr_w[(R_SINGULAR_ADDR_WIDTH - 1):RADDR_WIDTH] = 'h0000 ; 
                                    end
                                assign single_rd_addr_w[(RADDR_WIDTH - 1):0] = rd_addr_i ; 
                                wire ff_rd_en_w ; 
                                if ((REGMODE == "noreg")) 
                                    begin : genblk4
                                        assign ff_rd_en_w = rd_en_i ; 
                                    end
                                else
                                    begin : genblk4
                                        reg f_rd_en_r ; 
                                        assign ff_rd_en_w = (rd_en_i | f_rd_en_r) ; 
                                        if ((RESETMODE == "sync")) 
                                            begin : genblk1
                                                always
                                                    @(posedge rd_clk_i)
                                                    begin
                                                        if (rst_i) 
                                                            begin
                                                                f_rd_en_r <=  1'b0 ;
                                                            end
                                                        else
                                                            begin
                                                                f_rd_en_r <=  (rd_en_i & rd_clk_en_i) ;
                                                            end
                                                    end
                                            end
                                        else
                                            begin : genblk1
                                                always
                                                    @(posedge rd_clk_i or 
                                                        posedge rst_i)
                                                    begin
                                                        if (rst_i) 
                                                            begin
                                                                f_rd_en_r <=  1'b0 ;
                                                            end
                                                        else
                                                            begin
                                                                f_rd_en_r <=  (rd_en_i & rd_clk_en_i) ;
                                                            end
                                                    end
                                            end
                                    end
                                if ((INIT_MODE == "mem_file")) 
                                    begin : mem_init
                                        mem_ipgen_lscc_ram_dp_core #(.MEM_ID(MEM_ID),
                                                .MEM_SIZE(MEM_SIZE),
                                                .FAMILY(FAMILY),
                                                ._FCODE_ICE_(_FCODE_ICE_),
                                                ._FCODE_LIFCL_(_FCODE_LIFCL_),
                                                ._FCODE_AP6_(_FCODE_AP6_),
                                                ._FCODE_COMMON_(_FCODE_COMMON_),
                                                .DATA_WIDTH_W(W_SINGULAR_DATA_x),
                                                .DATA_WIDTH_R(R_SINGULAR_DATA_x),
                                                .REGMODE(REGMODE),
                                                .RESETMODE(RESETMODE),
                                                .RESET_RELEASE(RESET_RELEASE),
                                                .BYTE_ENABLE(0),
                                                .INIT_MODE(INIT_MODE),
                                                .OUTPUT_CLK_EN(OUTPUT_CLK_EN),
                                                .INIT_VALUE_00(INIT_VALUE_00),
                                                .INIT_VALUE_01(INIT_VALUE_01),
                                                .INIT_VALUE_02(INIT_VALUE_02),
                                                .INIT_VALUE_03(INIT_VALUE_03),
                                                .INIT_VALUE_04(INIT_VALUE_04),
                                                .INIT_VALUE_05(INIT_VALUE_05),
                                                .INIT_VALUE_06(INIT_VALUE_06),
                                                .INIT_VALUE_07(INIT_VALUE_07),
                                                .INIT_VALUE_08(INIT_VALUE_08),
                                                .INIT_VALUE_09(INIT_VALUE_09),
                                                .INIT_VALUE_0A(INIT_VALUE_0A),
                                                .INIT_VALUE_0B(INIT_VALUE_0B),
                                                .INIT_VALUE_0C(INIT_VALUE_0C),
                                                .INIT_VALUE_0D(INIT_VALUE_0D),
                                                .INIT_VALUE_0E(INIT_VALUE_0E),
                                                .INIT_VALUE_0F(INIT_VALUE_0F),
                                                .INIT_VALUE_10(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_10 : "0x00")),
                                                .INIT_VALUE_11(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_11 : "0x00")),
                                                .INIT_VALUE_12(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_12 : "0x00")),
                                                .INIT_VALUE_13(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_13 : "0x00")),
                                                .INIT_VALUE_14(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_14 : "0x00")),
                                                .INIT_VALUE_15(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_15 : "0x00")),
                                                .INIT_VALUE_16(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_16 : "0x00")),
                                                .INIT_VALUE_17(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_17 : "0x00")),
                                                .INIT_VALUE_18(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_18 : "0x00")),
                                                .INIT_VALUE_19(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_19 : "0x00")),
                                                .INIT_VALUE_1A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1A : "0x00")),
                                                .INIT_VALUE_1B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1B : "0x00")),
                                                .INIT_VALUE_1C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1C : "0x00")),
                                                .INIT_VALUE_1D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1D : "0x00")),
                                                .INIT_VALUE_1E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1E : "0x00")),
                                                .INIT_VALUE_1F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1F : "0x00")),
                                                .INIT_VALUE_20(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_20 : "0x00")),
                                                .INIT_VALUE_21(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_21 : "0x00")),
                                                .INIT_VALUE_22(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_22 : "0x00")),
                                                .INIT_VALUE_23(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_23 : "0x00")),
                                                .INIT_VALUE_24(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_24 : "0x00")),
                                                .INIT_VALUE_25(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_25 : "0x00")),
                                                .INIT_VALUE_26(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_26 : "0x00")),
                                                .INIT_VALUE_27(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_27 : "0x00")),
                                                .INIT_VALUE_28(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_28 : "0x00")),
                                                .INIT_VALUE_29(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_29 : "0x00")),
                                                .INIT_VALUE_2A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2A : "0x00")),
                                                .INIT_VALUE_2B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2B : "0x00")),
                                                .INIT_VALUE_2C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2C : "0x00")),
                                                .INIT_VALUE_2D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2D : "0x00")),
                                                .INIT_VALUE_2E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2E : "0x00")),
                                                .INIT_VALUE_2F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2F : "0x00")),
                                                .INIT_VALUE_30(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_30 : "0x00")),
                                                .INIT_VALUE_31(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_31 : "0x00")),
                                                .INIT_VALUE_32(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_32 : "0x00")),
                                                .INIT_VALUE_33(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_33 : "0x00")),
                                                .INIT_VALUE_34(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_34 : "0x00")),
                                                .INIT_VALUE_35(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_35 : "0x00")),
                                                .INIT_VALUE_36(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_36 : "0x00")),
                                                .INIT_VALUE_37(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_37 : "0x00")),
                                                .INIT_VALUE_38(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_38 : "0x00")),
                                                .INIT_VALUE_39(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_39 : "0x00")),
                                                .INIT_VALUE_3A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3A : "0x00")),
                                                .INIT_VALUE_3B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3B : "0x00")),
                                                .INIT_VALUE_3C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3C : "0x00")),
                                                .INIT_VALUE_3D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3D : "0x00")),
                                                .INIT_VALUE_3E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3E : "0x00")),
                                                .INIT_VALUE_3F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3F : "0x00")),
                                                .INIT_VALUE_40(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_40 : "0x00")),
                                                .INIT_VALUE_41(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_41 : "0x00")),
                                                .INIT_VALUE_42(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_42 : "0x00")),
                                                .INIT_VALUE_43(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_43 : "0x00")),
                                                .INIT_VALUE_44(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_44 : "0x00")),
                                                .INIT_VALUE_45(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_45 : "0x00")),
                                                .INIT_VALUE_46(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_46 : "0x00")),
                                                .INIT_VALUE_47(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_47 : "0x00")),
                                                .INIT_VALUE_48(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_48 : "0x00")),
                                                .INIT_VALUE_49(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_49 : "0x00")),
                                                .INIT_VALUE_4A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4A : "0x00")),
                                                .INIT_VALUE_4B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4B : "0x00")),
                                                .INIT_VALUE_4C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4C : "0x00")),
                                                .INIT_VALUE_4D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4D : "0x00")),
                                                .INIT_VALUE_4E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4E : "0x00")),
                                                .INIT_VALUE_4F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4F : "0x00")),
                                                .INIT_VALUE_50(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_50 : "0x00")),
                                                .INIT_VALUE_51(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_51 : "0x00")),
                                                .INIT_VALUE_52(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_52 : "0x00")),
                                                .INIT_VALUE_53(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_53 : "0x00")),
                                                .INIT_VALUE_54(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_54 : "0x00")),
                                                .INIT_VALUE_55(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_55 : "0x00")),
                                                .INIT_VALUE_56(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_56 : "0x00")),
                                                .INIT_VALUE_57(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_57 : "0x00")),
                                                .INIT_VALUE_58(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_58 : "0x00")),
                                                .INIT_VALUE_59(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_59 : "0x00")),
                                                .INIT_VALUE_5A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5A : "0x00")),
                                                .INIT_VALUE_5B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5B : "0x00")),
                                                .INIT_VALUE_5C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5C : "0x00")),
                                                .INIT_VALUE_5D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5D : "0x00")),
                                                .INIT_VALUE_5E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5E : "0x00")),
                                                .INIT_VALUE_5F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5F : "0x00")),
                                                .INIT_VALUE_60(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_60 : "0x00")),
                                                .INIT_VALUE_61(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_61 : "0x00")),
                                                .INIT_VALUE_62(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_62 : "0x00")),
                                                .INIT_VALUE_63(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_63 : "0x00")),
                                                .INIT_VALUE_64(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_64 : "0x00")),
                                                .INIT_VALUE_65(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_65 : "0x00")),
                                                .INIT_VALUE_66(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_66 : "0x00")),
                                                .INIT_VALUE_67(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_67 : "0x00")),
                                                .INIT_VALUE_68(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_68 : "0x00")),
                                                .INIT_VALUE_69(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_69 : "0x00")),
                                                .INIT_VALUE_6A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6A : "0x00")),
                                                .INIT_VALUE_6B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6B : "0x00")),
                                                .INIT_VALUE_6C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6C : "0x00")),
                                                .INIT_VALUE_6D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6D : "0x00")),
                                                .INIT_VALUE_6E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6E : "0x00")),
                                                .INIT_VALUE_6F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6F : "0x00")),
                                                .INIT_VALUE_70(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_70 : "0x00")),
                                                .INIT_VALUE_71(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_71 : "0x00")),
                                                .INIT_VALUE_72(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_72 : "0x00")),
                                                .INIT_VALUE_73(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_73 : "0x00")),
                                                .INIT_VALUE_74(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_74 : "0x00")),
                                                .INIT_VALUE_75(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_75 : "0x00")),
                                                .INIT_VALUE_76(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_76 : "0x00")),
                                                .INIT_VALUE_77(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_77 : "0x00")),
                                                .INIT_VALUE_78(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_78 : "0x00")),
                                                .INIT_VALUE_79(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_79 : "0x00")),
                                                .INIT_VALUE_7A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7A : "0x00")),
                                                .INIT_VALUE_7B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7B : "0x00")),
                                                .INIT_VALUE_7C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7C : "0x00")),
                                                .INIT_VALUE_7D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7D : "0x00")),
                                                .INIT_VALUE_7E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7E : "0x00")),
                                                .INIT_VALUE_7F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7F : "0x00"))) u_mem0 (.wr_clk_i(wr_clk_i), 
                                                    .rd_clk_i(rd_clk_i), 
                                                    .rst_i(rst_i), 
                                                    .wr_clk_en_i(wr_clk_en_i), 
                                                    .rd_clk_en_i(rd_clk_en_i), 
                                                    .rd_out_clk_en_i(rd_out_clk_en_i), 
                                                    .wr_en_i(wr_en_i), 
                                                    .wr_data_i(single_wire_in_w), 
                                                    .wr_addr_i(single_wr_addr_w), 
                                                    .rd_en_i(ff_rd_en_w), 
                                                    .rd_addr_i(single_rd_addr_w), 
                                                    .ben_i(1'b1), 
                                                    .rd_data_o(single_wire_out_w), 
                                                    .one_err_det_o(one_err_det_o), 
                                                    .two_err_det_o(two_err_det_o)) ; 
                                    end
                                else
                                    begin : no_init
                                        mem_ipgen_lscc_ram_dp_core #(.MEM_ID(MEM_ID),
                                                .MEM_SIZE(MEM_SIZE),
                                                .FAMILY(FAMILY),
                                                ._FCODE_ICE_(_FCODE_ICE_),
                                                ._FCODE_LIFCL_(_FCODE_LIFCL_),
                                                ._FCODE_AP6_(_FCODE_AP6_),
                                                ._FCODE_COMMON_(_FCODE_COMMON_),
                                                .DATA_WIDTH_W(W_SINGULAR_DATA_x),
                                                .DATA_WIDTH_R(R_SINGULAR_DATA_x),
                                                .REGMODE(REGMODE),
                                                .RESETMODE(RESETMODE),
                                                .RESET_RELEASE(RESET_RELEASE),
                                                .BYTE_ENABLE(0),
                                                .OUTPUT_CLK_EN(OUTPUT_CLK_EN),
                                                .INIT_MODE(INIT_MODE)) u_mem0 (.wr_clk_i(wr_clk_i), 
                                                    .rd_clk_i(rd_clk_i), 
                                                    .rst_i(rst_i), 
                                                    .wr_clk_en_i(wr_clk_en_i), 
                                                    .rd_clk_en_i(rd_clk_en_i), 
                                                    .rd_out_clk_en_i(rd_out_clk_en_i), 
                                                    .wr_en_i(wr_en_i), 
                                                    .wr_data_i(single_wire_in_w), 
                                                    .wr_addr_i(single_wr_addr_w), 
                                                    .rd_en_i(ff_rd_en_w), 
                                                    .rd_addr_i(single_rd_addr_w), 
                                                    .ben_i(1'b1), 
                                                    .rd_data_o(single_wire_out_w), 
                                                    .one_err_det_o(one_err_det_o), 
                                                    .two_err_det_o(two_err_det_o)) ; 
                                    end
                            end
                        else
                            begin : MULT_IMPL
                                wire [(EBR_ADDR - 1):0] one_err_det_raw_w ; 
                                wire [(EBR_ADDR - 1):0] two_err_det_raw_w ; 
                                for (i0 = 0;(i0 < EBR_ADDR);i0 = (i0 + 1))
                                begin : ADDR_x
                                    wire [(R_PORT_USE - 1):0] raw_output_w ; 
                                    assign rd_data_raw_w[i0] = raw_output_w ; 
                                    wire chk_addr_wr_w ; 
                                    if ((EBR_ADDR > 1)) 
                                        begin : genblk1
                                            assign chk_addr_wr_w = (wr_addr_i[(WADDR_WIDTH - 1):W_ADDR_WIDTH_IMPL] == i0) ; 
                                        end
                                    else
                                        begin : genblk1
                                            assign chk_addr_wr_w = 1'b1 ; 
                                        end
                                    wire [(W_ADDR_WIDTH_IMPL - 1):0] act_wr_addr_w ; 
                                    if ((W_ADDR_WIDTH_IMPL > WADDR_WIDTH)) 
                                        begin : genblk2
                                            assign act_wr_addr_w[(W_ADDR_WIDTH_IMPL - 1):WADDR_WIDTH] = 'h0000 ; 
                                            assign act_wr_addr_w[(WADDR_WIDTH - 1):0] = wr_addr_i ; 
                                        end
                                    else
                                        begin : genblk2
                                            assign act_wr_addr_w = wr_addr_i[(W_ADDR_WIDTH_IMPL - 1):0] ; 
                                        end
                                    wire chk_addr_rd_w ; 
                                    if ((EBR_ADDR > 1)) 
                                        begin : genblk3
                                            assign chk_addr_rd_w = (rd_addr_i[(RADDR_WIDTH - 1):R_ADDR_WIDTH_IMPL] == i0) ; 
                                        end
                                    else
                                        begin : genblk3
                                            assign chk_addr_rd_w = 1'b1 ; 
                                        end
                                    wire [(R_ADDR_WIDTH_IMPL - 1):0] act_rd_addr_w ; 
                                    if ((R_ADDR_WIDTH_IMPL > RADDR_WIDTH)) 
                                        begin : genblk4
                                            assign act_rd_addr_w[(R_ADDR_WIDTH_IMPL - 1):RADDR_WIDTH] = 'h0000 ; 
                                            assign act_rd_addr_w[(RADDR_WIDTH - 1):0] = rd_addr_i ; 
                                        end
                                    else
                                        begin : genblk4
                                            assign act_rd_addr_w = rd_addr_i[(R_ADDR_WIDTH_IMPL - 1):0] ; 
                                        end
                                    wire [(EBR_DATA - 1):0] one_err_det_ind_w ; 
                                    wire [(EBR_DATA - 1):0] two_err_det_ind_w ; 
                                    if ((EBR_DATA == 1)) 
                                        begin : genblk5
                                            assign one_err_det_raw_w[i0] = one_err_det_ind_w[0] ; 
                                            assign two_err_det_raw_w[i0] = two_err_det_ind_w[0] ; 
                                        end
                                    else
                                        begin : genblk5
                                            assign one_err_det_raw_w[i0] = (|one_err_det_ind_w) ; 
                                            assign two_err_det_raw_w[i0] = (|two_err_det_ind_w) ; 
                                        end
                                    for (i1 = 0;(i1 < EBR_DATA);i1 = (i1 + 1))
                                    begin : DATA_x
                                        localparam ECO_POSX = (i1 * W_DATA_WIDTH_IMPL) ; 
                                        localparam ECO_POSY = (i0 * W_ADDR_DEPTH_IMPL) ; 
                                        wire [(W_DATA_WIDTH_IMPL - 1):0] act_wr_data_w ; 
                                        wire [(R_DATA_WIDTH_IMPL - 1):0] act_rd_data_w ; 
                                        wire one_err_det_ebr_w ; 
                                        wire two_err_det_ebr_w ; 
                                        assign one_err_det_ind_w[i1] = one_err_det_ebr_w ; 
                                        assign two_err_det_ind_w[i1] = two_err_det_ebr_w ; 
                                        if (((W_DATA_WIDTH_IMPL * (i1 + 1)) <= W_PORT_USE)) 
                                            begin : genblk1
                                                assign act_wr_data_w = master_data_in_w[((W_DATA_WIDTH_IMPL * (i1 + 1)) - 1):(W_DATA_WIDTH_IMPL * i1)] ; 
                                            end
                                        else
                                            begin : genblk1
                                                assign act_wr_data_w[(W_DATA_WIDTH_IMPL - 1):(W_PORT_USE - (i1 * W_DATA_WIDTH_IMPL))] = 'h0000 ; 
                                                assign act_wr_data_w[(W_PORT_USE - (1 + (W_DATA_WIDTH_IMPL * i1))):0] = master_data_in_w[(W_PORT_USE - 1):(W_DATA_WIDTH_IMPL * i1)] ; 
                                            end
                                        if (((R_DATA_WIDTH_IMPL * (i1 + 1)) <= R_PORT_USE)) 
                                            begin : genblk2
                                                assign raw_output_w[((R_DATA_WIDTH_IMPL * (i1 + 1)) - 1):(R_DATA_WIDTH_IMPL * i1)] = act_rd_data_w ; 
                                            end
                                        else
                                            begin : genblk2
                                                assign raw_output_w[(R_PORT_USE - 1):(R_DATA_WIDTH_IMPL * i1)] = act_rd_data_w[(R_PORT_USE - (1 + (R_DATA_WIDTH_IMPL * i1))):0] ; 
                                            end
                                        wire f_wr_en_w = (chk_addr_wr_w & wr_en_i) ; 
                                        wire f_rd_en_w = (chk_addr_rd_w & rd_en_i) ; 
                                        wire ff_rd_en_w ; 
                                        if ((REGMODE == "noreg")) 
                                            begin : genblk3
                                                assign ff_rd_en_w = f_rd_en_w ; 
                                            end
                                        else
                                            begin : genblk3
                                                reg f_rd_en_r ; 
                                                assign ff_rd_en_w = (f_rd_en_w | f_rd_en_r) ; 
                                                if ((RESETMODE == "sync")) 
                                                    begin : genblk1
                                                        always
                                                            @(posedge rd_clk_i)
                                                            begin
                                                                if (rst_i) 
                                                                    begin
                                                                        f_rd_en_r <=  1'b0 ;
                                                                    end
                                                                else
                                                                    begin
                                                                        f_rd_en_r <=  (f_rd_en_w & rd_clk_en_i) ;
                                                                    end
                                                            end
                                                    end
                                                else
                                                    begin : genblk1
                                                        always
                                                            @(posedge rd_clk_i or 
                                                                posedge rst_i)
                                                            begin
                                                                if (rst_i) 
                                                                    begin
                                                                        f_rd_en_r <=  1'b0 ;
                                                                    end
                                                                else
                                                                    begin
                                                                        f_rd_en_r <=  (f_rd_en_w & rd_clk_en_i) ;
                                                                    end
                                                            end
                                                    end
                                            end
                                        if ((INIT_MODE == "mem_file")) 
                                            begin : mem_init
                                                mem_ipgen_lscc_ram_dp_core #(.MEM_ID(MEM_ID),
                                                        .MEM_SIZE(MEM_SIZE),
                                                        .POSx(ECO_POSX),
                                                        .POSy(ECO_POSY),
                                                        .FAMILY(FAMILY),
                                                        ._FCODE_ICE_(_FCODE_ICE_),
                                                        ._FCODE_LIFCL_(_FCODE_LIFCL_),
                                                        ._FCODE_AP6_(_FCODE_AP6_),
                                                        ._FCODE_COMMON_(_FCODE_COMMON_),
                                                        .DATA_WIDTH_W(W_DATA_WIDTH_IMPL),
                                                        .DATA_WIDTH_R(R_DATA_WIDTH_IMPL),
                                                        .REGMODE(REGMODE),
                                                        .RESETMODE(RESETMODE),
                                                        .RESET_RELEASE(RESET_RELEASE),
                                                        .BYTE_ENABLE(0),
                                                        .INIT_MODE(INIT_MODE),
                                                        .OUTPUT_CLK_EN(OUTPUT_CLK_EN),
                                                        .BYTE_ENABLE_POL(BYTE_ENABLE_POL),
                                                        .INIT_VALUE_00(INIT_VALUE_00[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_01(INIT_VALUE_01[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_02(INIT_VALUE_02[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_03(INIT_VALUE_03[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_04(INIT_VALUE_04[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_05(INIT_VALUE_05[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_06(INIT_VALUE_06[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_07(INIT_VALUE_07[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_08(INIT_VALUE_08[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_09(INIT_VALUE_09[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_0A(INIT_VALUE_0A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_0B(INIT_VALUE_0B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_0C(INIT_VALUE_0C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_0D(INIT_VALUE_0D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_0E(INIT_VALUE_0E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_0F(INIT_VALUE_0F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                        .INIT_VALUE_10(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_10[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_11(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_11[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_12(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_12[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_13(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_13[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_14(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_14[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_15(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_15[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_16(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_16[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_17(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_17[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_18(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_18[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_19(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_19[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_1A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_1B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_1C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_1D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_1E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_1F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_20(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_20[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_21(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_21[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_22(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_22[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_23(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_23[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_24(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_24[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_25(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_25[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_26(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_26[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_27(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_27[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_28(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_28[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_29(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_29[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_2A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_2B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_2C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_2D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_2E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_2F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_30(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_30[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_31(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_31[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_32(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_32[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_33(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_33[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_34(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_34[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_35(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_35[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_36(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_36[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_37(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_37[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_38(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_38[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_39(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_39[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_3A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_3B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_3C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_3D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_3E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_3F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_40(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_40[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_41(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_41[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_42(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_42[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_43(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_43[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_44(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_44[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_45(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_45[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_46(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_46[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_47(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_47[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_48(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_48[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_49(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_49[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_4A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_4B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_4C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_4D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_4E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_4F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_50(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_50[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_51(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_51[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_52(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_52[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_53(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_53[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_54(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_54[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_55(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_55[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_56(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_56[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_57(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_57[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_58(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_58[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_59(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_59[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_5A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_5B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_5C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_5D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_5E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_5F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_60(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_60[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_61(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_61[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_62(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_62[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_63(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_63[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_64(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_64[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_65(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_65[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_66(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_66[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_67(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_67[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_68(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_68[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_69(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_69[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_6A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_6B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_6C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_6D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_6E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_6F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_70(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_70[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_71(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_71[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_72(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_72[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_73(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_73[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_74(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_74[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_75(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_75[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_76(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_76[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_77(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_77[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_78(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_78[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_79(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_79[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_7A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_7B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_7C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_7D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_7E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                        .INIT_VALUE_7F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00"))) u_mem0 (.wr_clk_i(wr_clk_i), 
                                                            .rd_clk_i(rd_clk_i), 
                                                            .rst_i(rst_i), 
                                                            .wr_clk_en_i(wr_clk_en_i), 
                                                            .rd_clk_en_i(rd_clk_en_i), 
                                                            .rd_out_clk_en_i(rd_out_clk_en_i), 
                                                            .wr_en_i(f_wr_en_w), 
                                                            .wr_data_i(act_wr_data_w), 
                                                            .wr_addr_i(act_wr_addr_w), 
                                                            .rd_en_i(ff_rd_en_w), 
                                                            .rd_addr_i(act_rd_addr_w), 
                                                            .ben_i(1'b1), 
                                                            .rd_data_o(act_rd_data_w), 
                                                            .one_err_det_o(one_err_det_ebr_w), 
                                                            .two_err_det_o(two_err_det_ebr_w)) ; 
                                            end
                                        else
                                            begin : no_init
                                                mem_ipgen_lscc_ram_dp_core #(.MEM_ID(MEM_ID),
                                                        .MEM_SIZE(MEM_SIZE),
                                                        .POSx(ECO_POSX),
                                                        .POSy(ECO_POSY),
                                                        .FAMILY(FAMILY),
                                                        ._FCODE_ICE_(_FCODE_ICE_),
                                                        ._FCODE_LIFCL_(_FCODE_LIFCL_),
                                                        ._FCODE_AP6_(_FCODE_AP6_),
                                                        ._FCODE_COMMON_(_FCODE_COMMON_),
                                                        .DATA_WIDTH_W(W_DATA_WIDTH_IMPL),
                                                        .DATA_WIDTH_R(R_DATA_WIDTH_IMPL),
                                                        .INIT_MODE(INIT_MODE),
                                                        .REGMODE(REGMODE),
                                                        .RESETMODE(RESETMODE),
                                                        .RESET_RELEASE(RESET_RELEASE),
                                                        .BYTE_ENABLE(0),
                                                        .OUTPUT_CLK_EN(OUTPUT_CLK_EN),
                                                        .BYTE_ENABLE_POL(BYTE_ENABLE_POL)) u_mem0 (.wr_clk_i(wr_clk_i), 
                                                            .rd_clk_i(rd_clk_i), 
                                                            .rst_i(rst_i), 
                                                            .wr_clk_en_i(wr_clk_en_i), 
                                                            .rd_clk_en_i(rd_clk_en_i), 
                                                            .rd_out_clk_en_i(rd_out_clk_en_i), 
                                                            .wr_en_i(f_wr_en_w), 
                                                            .wr_data_i(act_wr_data_w), 
                                                            .wr_addr_i(act_wr_addr_w), 
                                                            .rd_en_i(ff_rd_en_w), 
                                                            .rd_addr_i(act_rd_addr_w), 
                                                            .ben_i(1'b1), 
                                                            .rd_data_o(act_rd_data_w), 
                                                            .one_err_det_o(one_err_det_ebr_w), 
                                                            .two_err_det_o(two_err_det_ebr_w)) ; 
                                            end
                                    end
                                end
                                if ((EBR_ADDR == 1)) 
                                    begin : genblk2
                                        assign master_data_out_w = rd_data_raw_w[0] ; 
                                        assign one_err_det_o = ((ECC_ENABLE == 1) ? one_err_det_raw_w[0] : 1'b0) ; 
                                        assign two_err_det_o = ((ECC_ENABLE == 1) ? two_err_det_raw_w[0] : 1'b0) ; 
                                    end
                                else
                                    begin : genblk2
                                        reg [(R_PORT_USE - 1):0] rd_out_buff_r ; 
                                        reg [(RADDR_WIDTH - 1):0] rd_addr_0_r ; 
                                        reg one_err_det_r ; 
                                        reg two_err_det_r ; 
                                        assign one_err_det_o = ((ECC_ENABLE == 1) ? one_err_det_r : 1'b0) ; 
                                        assign two_err_det_o = ((ECC_ENABLE == 1) ? two_err_det_r : 1'b0) ; 
                                        if ((REGMODE == "noreg")) 
                                            begin : _nreg
                                                if ((RESETMODE == "sync")) 
                                                    begin : genblk1
                                                        always
                                                            @(posedge rd_clk_i)
                                                            begin
                                                                if (rst_i) 
                                                                    begin
                                                                        rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                    end
                                                                else
                                                                    begin
                                                                        rd_addr_0_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_0_r) ;
                                                                    end
                                                            end
                                                    end
                                                else
                                                    begin : genblk1
                                                        always
                                                            @(posedge rd_clk_i or 
                                                                posedge rst_i)
                                                            begin
                                                                if (rst_i) 
                                                                    begin
                                                                        rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                    end
                                                                else
                                                                    begin
                                                                        rd_addr_0_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_0_r) ;
                                                                    end
                                                            end
                                                    end
                                            end
                                        else
                                            begin : _reg
                                                reg [(RADDR_WIDTH - 1):0] rd_addr_1_r = {RADDR_WIDTH{1'b0}} ; 
                                                if ((RESETMODE == "sync")) 
                                                    begin : genblk1
                                                        always
                                                            @(posedge rd_clk_i)
                                                            begin
                                                                if (rst_i) 
                                                                    begin
                                                                        rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                        rd_addr_1_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                    end
                                                                else
                                                                    begin
                                                                        rd_addr_0_r <=  rd_addr_1_r ;
                                                                        rd_addr_1_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_1_r) ;
                                                                    end
                                                            end
                                                    end
                                                else
                                                    begin : genblk1
                                                        always
                                                            @(posedge rd_clk_i or 
                                                                posedge rst_i)
                                                            begin
                                                                if (rst_i) 
                                                                    begin
                                                                        rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                        rd_addr_1_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                    end
                                                                else
                                                                    begin
                                                                        rd_addr_0_r <=  rd_addr_1_r ;
                                                                        rd_addr_1_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_1_r) ;
                                                                    end
                                                            end
                                                    end
                                            end
                                        always
                                            @(*)
                                            begin
                                                rd_out_buff_r = rd_data_raw_w[rd_addr_0_r[(RADDR_WIDTH - 1):R_ADDR_WIDTH_IMPL]] ;
                                                one_err_det_r = one_err_det_raw_w[rd_addr_0_r[(RADDR_WIDTH - 1):R_ADDR_WIDTH_IMPL]] ;
                                                two_err_det_r = two_err_det_raw_w[rd_addr_0_r[(RADDR_WIDTH - 1):R_ADDR_WIDTH_IMPL]] ;
                                            end
                                        assign master_data_out_w = rd_out_buff_r ; 
                                    end
                            end
                    end
                else
                    begin : MIX_W_BYTE_EN
                        localparam MAX_DATA = ((RDATA_WIDTH > WDATA_WIDTH) ? RDATA_WIDTH : WDATA_WIDTH) ; 
                        localparam MIN_DATA = ((RDATA_WIDTH > WDATA_WIDTH) ? WDATA_WIDTH : RDATA_WIDTH) ; 
                        if ((is_byte_enable_good(MAX_DATA,
                                MIN_DATA,
                                FAMILY_CODE) == 1)) 
                            begin : BYTE_PASS
                                localparam W_DATA_WIDTH_IMPL = getCASE1DataImpl_wBen(WADDR_DEPTH,
                                            WDATA_WIDTH,
                                            RADDR_DEPTH,
                                            RDATA_WIDTH,
                                            1,
                                            FAMILY_CODE) ; 
                                localparam W_ADDR_DEPTH_IMPL = data_to_addr(W_DATA_WIDTH_IMPL,
                                            FAMILY_CODE) ; 
                                localparam W_ADDR_WIDTH_IMPL = clog2(W_ADDR_DEPTH_IMPL) ; 
                                localparam R_DATA_WIDTH_IMPL = getCASE1DataImpl_wBen(WADDR_DEPTH,
                                            WDATA_WIDTH,
                                            RADDR_DEPTH,
                                            RDATA_WIDTH,
                                            0,
                                            FAMILY_CODE) ; 
                                localparam R_ADDR_DEPTH_IMPL = data_to_addr(R_DATA_WIDTH_IMPL,
                                            FAMILY_CODE) ; 
                                localparam R_ADDR_WIDTH_IMPL = clog2(R_ADDR_DEPTH_IMPL) ; 
                                localparam EBR_ADDR = roundUP(WADDR_DEPTH,
                                            W_ADDR_DEPTH_IMPL) ; 
                                localparam EBR_DATA = roundUP(WDATA_WIDTH,
                                            W_DATA_WIDTH_IMPL) ; 
                                localparam TRUE_BYTE_WIDTH = getTrueByteWidth(W_DATA_WIDTH_IMPL,
                                            FAMILY_CODE) ; 
                                wire [(RDATA_WIDTH - 1):0] rd_data_raw_w [(EBR_ADDR - 1):0] ; 
                                wire [(BYTE_WIDTH - 1):0] byte_en_buffer_w ; 
                                wire [(WDATA_WIDTH - 1):0] master_data_in_w ; 
                                wire [(RDATA_WIDTH - 1):0] master_data_out_w ; 
                                if ((EBR_DATA > 1)) 
                                    begin : WIRE_chk
                                        if ((WDATA_WIDTH > RDATA_WIDTH)) 
                                            begin : W_OVR_R
                                                assign rd_data_o = master_data_out_w ; 
                                                wire [(R_DATA_WIDTH_IMPL - 1):0] master_data_ind_w [((WDATA_WIDTH / R_DATA_WIDTH_IMPL) - 1):0] ; 
                                                for (i_0 = 0;(i_0 < EBR_DATA);i_0 = (i_0 + 1))
                                                begin : genblk1
                                                    for (i_1 = 0;(i_1 < (WDATA_WIDTH / (EBR_DATA * R_DATA_WIDTH_IMPL)));i_1 = (i_1 + 1))
                                                    begin : genblk1
                                                        assign master_data_ind_w[(((WDATA_WIDTH / (EBR_DATA * R_DATA_WIDTH_IMPL)) * i_0) + i_1)] = wr_data_i[((((i_0 * R_DATA_WIDTH_IMPL) + ((i_1 * EBR_DATA) * R_DATA_WIDTH_IMPL)) + R_DATA_WIDTH_IMPL) - 1):((i_0 * R_DATA_WIDTH_IMPL) + ((i_1 * EBR_DATA) * R_DATA_WIDTH_IMPL))] ; 
                                                    end
                                                end
                                                localparam BYTE_EN_BUFF = (TRUE_BYTE_WIDTH / (WDATA_WIDTH / RDATA_WIDTH)) ; 
                                                for (i_0 = 0;(i_0 < (WDATA_WIDTH / (EBR_DATA * R_DATA_WIDTH_IMPL)));i_0 = (i_0 + 1))
                                                begin : genblk2
                                                    for (i_1 = 0;(i_1 < EBR_DATA);i_1 = (i_1 + 1))
                                                    begin : genblk1
                                                        assign byte_en_buffer_w[(((((i_1 * (WDATA_WIDTH / (EBR_DATA * R_DATA_WIDTH_IMPL))) + i_0) * BYTE_EN_BUFF) + BYTE_EN_BUFF) - 1):(((i_1 * (WDATA_WIDTH / (EBR_DATA * R_DATA_WIDTH_IMPL))) + i_0) * BYTE_EN_BUFF)] = ben_i[(((((i_0 * EBR_DATA) + i_1) * BYTE_EN_BUFF) + BYTE_EN_BUFF) - 1):(((i_0 * EBR_DATA) + i_1) * BYTE_EN_BUFF)] ; 
                                                    end
                                                end
                                                for (i_0 = 0;(i_0 < (WDATA_WIDTH / R_DATA_WIDTH_IMPL));i_0 = (i_0 + 1))
                                                begin : genblk3
                                                    assign master_data_in_w[(((i_0 * R_DATA_WIDTH_IMPL) + R_DATA_WIDTH_IMPL) - 1):(i_0 * R_DATA_WIDTH_IMPL)] = master_data_ind_w[i_0] ; 
                                                end
                                            end
                                        else
                                            begin : R_OVR_W
                                                assign master_data_in_w = wr_data_i ; 
                                                assign byte_en_buffer_w = ben_i ; 
                                                wire [(W_DATA_WIDTH_IMPL - 1):0] master_data_ind_out [((RDATA_WIDTH / W_DATA_WIDTH_IMPL) - 1):0] ; 
                                                for (i_0 = 0;(i_0 < (RDATA_WIDTH / WDATA_WIDTH));i_0 = (i_0 + 1))
                                                begin : genblk1
                                                    for (i_1 = 0;(i_1 < EBR_DATA);i_1 = (i_1 + 1))
                                                    begin : genblk1
                                                        assign master_data_ind_out[(i_1 + (i_0 * EBR_DATA))] = master_data_out_w[((((i_0 * W_DATA_WIDTH_IMPL) + (i_1 * R_DATA_WIDTH_IMPL)) + W_DATA_WIDTH_IMPL) - 1):((i_0 * W_DATA_WIDTH_IMPL) + (i_1 * R_DATA_WIDTH_IMPL))] ; 
                                                    end
                                                end
                                                for (i_0 = 0;(i_0 < (RDATA_WIDTH / W_DATA_WIDTH_IMPL));i_0 = (i_0 + 1))
                                                begin : genblk2
                                                    assign rd_data_o[(((i_0 + 1) * W_DATA_WIDTH_IMPL) - 1):(i_0 * W_DATA_WIDTH_IMPL)] = master_data_ind_out[i_0] ; 
                                                end
                                            end
                                    end
                                else
                                    if ((EBR_ADDR > 1)) 
                                        begin : genblk1
                                            assign master_data_in_w[(WDATA_WIDTH - 1):0] = wr_data_i ; 
                                            assign byte_en_buffer_w[(TRUE_BYTE_WIDTH - 1):0] = ben_i ; 
                                            assign rd_data_o = master_data_out_w[(RDATA_WIDTH - 1):0] ; 
                                        end
                                if (((EBR_ADDR == 1) && (EBR_DATA == 1))) 
                                    begin : SINGLE_IMPL
                                        localparam W_SINGULAR_DATA_x = WDATA_WIDTH ; 
                                        localparam W_SINGULAR_ADDR_x = clog2(data_to_addr(W_SINGULAR_DATA_x,
                                                        FAMILY_CODE)) ; 
                                        localparam R_SINGULAR_DATA_x = RDATA_WIDTH ; 
                                        localparam R_SINGULAR_ADDR_x = clog2(data_to_addr(R_SINGULAR_DATA_x,
                                                        FAMILY_CODE)) ; 
                                        wire [(W_SINGULAR_DATA_x - 1):0] single_true_wr_in_w ; 
                                        wire [(R_SINGULAR_DATA_x - 1):0] single_true_rd_out_w ; 
                                        wire [(W_SINGULAR_ADDR_x - 1):0] single_true_wr_addr_w ; 
                                        wire [(R_SINGULAR_ADDR_x - 1):0] single_true_rd_addr_w ; 
                                        assign single_true_wr_in_w[(WDATA_WIDTH - 1):0] = wr_data_i ; 
                                        if ((W_SINGULAR_ADDR_x > WADDR_WIDTH)) 
                                            begin : genblk1
                                                assign single_true_wr_addr_w[(W_SINGULAR_ADDR_x - 1):WADDR_WIDTH] = 'h0000 ; 
                                            end
                                        assign single_true_wr_addr_w[(WADDR_WIDTH - 1):0] = wr_addr_i ; 
                                        assign rd_data_o = single_true_rd_out_w ; 
                                        if ((R_SINGULAR_ADDR_x > RADDR_WIDTH)) 
                                            begin : genblk2
                                                assign single_true_rd_addr_w[(R_SINGULAR_ADDR_x - 1):RADDR_WIDTH] = 'h0000 ; 
                                            end
                                        assign single_true_rd_addr_w[(RADDR_WIDTH - 1):0] = rd_addr_i ; 
                                        wire ff_rd_en_w ; 
                                        if ((REGMODE == "noreg")) 
                                            begin : genblk3
                                                assign ff_rd_en_w = rd_en_i ; 
                                            end
                                        else
                                            begin : genblk3
                                                reg f_rd_en_r ; 
                                                assign ff_rd_en_w = (rd_en_i | f_rd_en_r) ; 
                                                if ((RESETMODE == "sync")) 
                                                    begin : genblk1
                                                        always
                                                            @(posedge rd_clk_i)
                                                            begin
                                                                if (rst_i) 
                                                                    begin
                                                                        f_rd_en_r <=  1'b0 ;
                                                                    end
                                                                else
                                                                    begin
                                                                        f_rd_en_r <=  (rd_clk_en_i & rd_en_i) ;
                                                                    end
                                                            end
                                                    end
                                                else
                                                    begin : genblk1
                                                        always
                                                            @(posedge rd_clk_i or 
                                                                posedge rst_i)
                                                            begin
                                                                if (rst_i) 
                                                                    begin
                                                                        f_rd_en_r <=  1'b0 ;
                                                                    end
                                                                else
                                                                    begin
                                                                        f_rd_en_r <=  (rd_clk_en_i & rd_en_i) ;
                                                                    end
                                                            end
                                                    end
                                            end
                                        if ((INIT_MODE == "mem_file")) 
                                            begin : mem_init
                                                mem_ipgen_lscc_ram_dp_core #(.MEM_ID(MEM_ID),
                                                        .MEM_SIZE(MEM_SIZE),
                                                        .FAMILY(FAMILY),
                                                        ._FCODE_ICE_(_FCODE_ICE_),
                                                        ._FCODE_LIFCL_(_FCODE_LIFCL_),
                                                        ._FCODE_AP6_(_FCODE_AP6_),
                                                        ._FCODE_COMMON_(_FCODE_COMMON_),
                                                        .DATA_WIDTH_W(W_SINGULAR_DATA_x),
                                                        .DATA_WIDTH_R(R_SINGULAR_DATA_x),
                                                        .REGMODE(REGMODE),
                                                        .RESETMODE(RESETMODE),
                                                        .RESET_RELEASE(RESET_RELEASE),
                                                        .BYTE_ENABLE(1),
                                                        .INIT_MODE(INIT_MODE),
                                                        .OUTPUT_CLK_EN(OUTPUT_CLK_EN),
                                                        .BYTE_ENABLE_POL(BYTE_ENABLE_POL),
                                                        .INIT_VALUE_00(INIT_VALUE_00),
                                                        .INIT_VALUE_01(INIT_VALUE_01),
                                                        .INIT_VALUE_02(INIT_VALUE_02),
                                                        .INIT_VALUE_03(INIT_VALUE_03),
                                                        .INIT_VALUE_04(INIT_VALUE_04),
                                                        .INIT_VALUE_05(INIT_VALUE_05),
                                                        .INIT_VALUE_06(INIT_VALUE_06),
                                                        .INIT_VALUE_07(INIT_VALUE_07),
                                                        .INIT_VALUE_08(INIT_VALUE_08),
                                                        .INIT_VALUE_09(INIT_VALUE_09),
                                                        .INIT_VALUE_0A(INIT_VALUE_0A),
                                                        .INIT_VALUE_0B(INIT_VALUE_0B),
                                                        .INIT_VALUE_0C(INIT_VALUE_0C),
                                                        .INIT_VALUE_0D(INIT_VALUE_0D),
                                                        .INIT_VALUE_0E(INIT_VALUE_0E),
                                                        .INIT_VALUE_0F(INIT_VALUE_0F),
                                                        .INIT_VALUE_10(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_10 : "0x00")),
                                                        .INIT_VALUE_11(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_11 : "0x00")),
                                                        .INIT_VALUE_12(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_12 : "0x00")),
                                                        .INIT_VALUE_13(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_13 : "0x00")),
                                                        .INIT_VALUE_14(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_14 : "0x00")),
                                                        .INIT_VALUE_15(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_15 : "0x00")),
                                                        .INIT_VALUE_16(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_16 : "0x00")),
                                                        .INIT_VALUE_17(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_17 : "0x00")),
                                                        .INIT_VALUE_18(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_18 : "0x00")),
                                                        .INIT_VALUE_19(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_19 : "0x00")),
                                                        .INIT_VALUE_1A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1A : "0x00")),
                                                        .INIT_VALUE_1B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1B : "0x00")),
                                                        .INIT_VALUE_1C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1C : "0x00")),
                                                        .INIT_VALUE_1D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1D : "0x00")),
                                                        .INIT_VALUE_1E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1E : "0x00")),
                                                        .INIT_VALUE_1F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1F : "0x00")),
                                                        .INIT_VALUE_20(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_20 : "0x00")),
                                                        .INIT_VALUE_21(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_21 : "0x00")),
                                                        .INIT_VALUE_22(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_22 : "0x00")),
                                                        .INIT_VALUE_23(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_23 : "0x00")),
                                                        .INIT_VALUE_24(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_24 : "0x00")),
                                                        .INIT_VALUE_25(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_25 : "0x00")),
                                                        .INIT_VALUE_26(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_26 : "0x00")),
                                                        .INIT_VALUE_27(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_27 : "0x00")),
                                                        .INIT_VALUE_28(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_28 : "0x00")),
                                                        .INIT_VALUE_29(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_29 : "0x00")),
                                                        .INIT_VALUE_2A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2A : "0x00")),
                                                        .INIT_VALUE_2B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2B : "0x00")),
                                                        .INIT_VALUE_2C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2C : "0x00")),
                                                        .INIT_VALUE_2D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2D : "0x00")),
                                                        .INIT_VALUE_2E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2E : "0x00")),
                                                        .INIT_VALUE_2F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2F : "0x00")),
                                                        .INIT_VALUE_30(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_30 : "0x00")),
                                                        .INIT_VALUE_31(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_31 : "0x00")),
                                                        .INIT_VALUE_32(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_32 : "0x00")),
                                                        .INIT_VALUE_33(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_33 : "0x00")),
                                                        .INIT_VALUE_34(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_34 : "0x00")),
                                                        .INIT_VALUE_35(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_35 : "0x00")),
                                                        .INIT_VALUE_36(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_36 : "0x00")),
                                                        .INIT_VALUE_37(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_37 : "0x00")),
                                                        .INIT_VALUE_38(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_38 : "0x00")),
                                                        .INIT_VALUE_39(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_39 : "0x00")),
                                                        .INIT_VALUE_3A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3A : "0x00")),
                                                        .INIT_VALUE_3B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3B : "0x00")),
                                                        .INIT_VALUE_3C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3C : "0x00")),
                                                        .INIT_VALUE_3D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3D : "0x00")),
                                                        .INIT_VALUE_3E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3E : "0x00")),
                                                        .INIT_VALUE_3F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3F : "0x00")),
                                                        .INIT_VALUE_40(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_40 : "0x00")),
                                                        .INIT_VALUE_41(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_41 : "0x00")),
                                                        .INIT_VALUE_42(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_42 : "0x00")),
                                                        .INIT_VALUE_43(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_43 : "0x00")),
                                                        .INIT_VALUE_44(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_44 : "0x00")),
                                                        .INIT_VALUE_45(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_45 : "0x00")),
                                                        .INIT_VALUE_46(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_46 : "0x00")),
                                                        .INIT_VALUE_47(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_47 : "0x00")),
                                                        .INIT_VALUE_48(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_48 : "0x00")),
                                                        .INIT_VALUE_49(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_49 : "0x00")),
                                                        .INIT_VALUE_4A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4A : "0x00")),
                                                        .INIT_VALUE_4B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4B : "0x00")),
                                                        .INIT_VALUE_4C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4C : "0x00")),
                                                        .INIT_VALUE_4D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4D : "0x00")),
                                                        .INIT_VALUE_4E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4E : "0x00")),
                                                        .INIT_VALUE_4F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4F : "0x00")),
                                                        .INIT_VALUE_50(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_50 : "0x00")),
                                                        .INIT_VALUE_51(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_51 : "0x00")),
                                                        .INIT_VALUE_52(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_52 : "0x00")),
                                                        .INIT_VALUE_53(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_53 : "0x00")),
                                                        .INIT_VALUE_54(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_54 : "0x00")),
                                                        .INIT_VALUE_55(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_55 : "0x00")),
                                                        .INIT_VALUE_56(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_56 : "0x00")),
                                                        .INIT_VALUE_57(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_57 : "0x00")),
                                                        .INIT_VALUE_58(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_58 : "0x00")),
                                                        .INIT_VALUE_59(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_59 : "0x00")),
                                                        .INIT_VALUE_5A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5A : "0x00")),
                                                        .INIT_VALUE_5B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5B : "0x00")),
                                                        .INIT_VALUE_5C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5C : "0x00")),
                                                        .INIT_VALUE_5D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5D : "0x00")),
                                                        .INIT_VALUE_5E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5E : "0x00")),
                                                        .INIT_VALUE_5F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5F : "0x00")),
                                                        .INIT_VALUE_60(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_60 : "0x00")),
                                                        .INIT_VALUE_61(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_61 : "0x00")),
                                                        .INIT_VALUE_62(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_62 : "0x00")),
                                                        .INIT_VALUE_63(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_63 : "0x00")),
                                                        .INIT_VALUE_64(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_64 : "0x00")),
                                                        .INIT_VALUE_65(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_65 : "0x00")),
                                                        .INIT_VALUE_66(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_66 : "0x00")),
                                                        .INIT_VALUE_67(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_67 : "0x00")),
                                                        .INIT_VALUE_68(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_68 : "0x00")),
                                                        .INIT_VALUE_69(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_69 : "0x00")),
                                                        .INIT_VALUE_6A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6A : "0x00")),
                                                        .INIT_VALUE_6B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6B : "0x00")),
                                                        .INIT_VALUE_6C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6C : "0x00")),
                                                        .INIT_VALUE_6D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6D : "0x00")),
                                                        .INIT_VALUE_6E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6E : "0x00")),
                                                        .INIT_VALUE_6F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6F : "0x00")),
                                                        .INIT_VALUE_70(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_70 : "0x00")),
                                                        .INIT_VALUE_71(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_71 : "0x00")),
                                                        .INIT_VALUE_72(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_72 : "0x00")),
                                                        .INIT_VALUE_73(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_73 : "0x00")),
                                                        .INIT_VALUE_74(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_74 : "0x00")),
                                                        .INIT_VALUE_75(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_75 : "0x00")),
                                                        .INIT_VALUE_76(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_76 : "0x00")),
                                                        .INIT_VALUE_77(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_77 : "0x00")),
                                                        .INIT_VALUE_78(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_78 : "0x00")),
                                                        .INIT_VALUE_79(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_79 : "0x00")),
                                                        .INIT_VALUE_7A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7A : "0x00")),
                                                        .INIT_VALUE_7B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7B : "0x00")),
                                                        .INIT_VALUE_7C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7C : "0x00")),
                                                        .INIT_VALUE_7D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7D : "0x00")),
                                                        .INIT_VALUE_7E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7E : "0x00")),
                                                        .INIT_VALUE_7F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7F : "0x00"))) u_mem0 (.wr_clk_i(wr_clk_i), 
                                                            .rd_clk_i(rd_clk_i), 
                                                            .rst_i(rst_i), 
                                                            .wr_clk_en_i(wr_clk_en_i), 
                                                            .rd_clk_en_i(rd_clk_en_i), 
                                                            .rd_out_clk_en_i(rd_out_clk_en_i), 
                                                            .wr_en_i(wr_en_i), 
                                                            .wr_data_i(single_true_wr_in_w), 
                                                            .wr_addr_i(single_true_wr_addr_w), 
                                                            .rd_en_i(ff_rd_en_w), 
                                                            .rd_addr_i(single_true_rd_addr_w), 
                                                            .ben_i(ben_i), 
                                                            .rd_data_o(single_true_rd_out_w), 
                                                            .one_err_det_o(one_err_det_o), 
                                                            .two_err_det_o(two_err_det_o)) ; 
                                            end
                                        else
                                            begin : no_init
                                                mem_ipgen_lscc_ram_dp_core #(.MEM_ID(MEM_ID),
                                                        .MEM_SIZE(MEM_SIZE),
                                                        .FAMILY(FAMILY),
                                                        ._FCODE_ICE_(_FCODE_ICE_),
                                                        ._FCODE_LIFCL_(_FCODE_LIFCL_),
                                                        ._FCODE_AP6_(_FCODE_AP6_),
                                                        ._FCODE_COMMON_(_FCODE_COMMON_),
                                                        .DATA_WIDTH_W(W_SINGULAR_DATA_x),
                                                        .DATA_WIDTH_R(R_SINGULAR_DATA_x),
                                                        .REGMODE(REGMODE),
                                                        .RESETMODE(RESETMODE),
                                                        .RESET_RELEASE(RESET_RELEASE),
                                                        .BYTE_ENABLE(1),
                                                        .INIT_MODE(INIT_MODE),
                                                        .OUTPUT_CLK_EN(OUTPUT_CLK_EN),
                                                        .BYTE_ENABLE_POL(BYTE_ENABLE_POL)) u_mem0 (.wr_clk_i(wr_clk_i), 
                                                            .rd_clk_i(rd_clk_i), 
                                                            .rst_i(rst_i), 
                                                            .wr_clk_en_i(wr_clk_en_i), 
                                                            .rd_clk_en_i(rd_clk_en_i), 
                                                            .rd_out_clk_en_i(rd_out_clk_en_i), 
                                                            .wr_en_i(wr_en_i), 
                                                            .wr_data_i(single_true_wr_in_w), 
                                                            .wr_addr_i(single_true_wr_addr_w), 
                                                            .rd_en_i(ff_rd_en_w), 
                                                            .rd_addr_i(single_true_rd_addr_w), 
                                                            .ben_i(ben_i), 
                                                            .rd_data_o(single_true_rd_out_w), 
                                                            .one_err_det_o(one_err_det_o), 
                                                            .two_err_det_o(two_err_det_o)) ; 
                                            end
                                    end
                                else
                                    begin : MULT_IMPL
                                        wire [(EBR_ADDR - 1):0] one_err_det_raw_w ; 
                                        wire [(EBR_ADDR - 1):0] two_err_det_raw_w ; 
                                        for (i0 = 0;(i0 < EBR_ADDR);i0 = (i0 + 1))
                                        begin : ADDR_x
                                            wire [(RDATA_WIDTH - 1):0] raw_output_w ; 
                                            assign rd_data_raw_w[i0] = raw_output_w ; 
                                            wire chk_addr_wr_w ; 
                                            if ((EBR_ADDR > 1)) 
                                                begin : genblk1
                                                    assign chk_addr_wr_w = (wr_addr_i[(WADDR_WIDTH - 1):W_ADDR_WIDTH_IMPL] == i0) ; 
                                                end
                                            else
                                                begin : genblk1
                                                    assign chk_addr_wr_w = 1'b1 ; 
                                                end
                                            wire [(W_ADDR_WIDTH_IMPL - 1):0] act_wr_addr_w ; 
                                            if ((W_ADDR_WIDTH_IMPL > WADDR_WIDTH)) 
                                                begin : genblk2
                                                    assign act_wr_addr_w[(W_ADDR_WIDTH_IMPL - 1):WADDR_WIDTH] = 'h0000 ; 
                                                    assign act_wr_addr_w[(WADDR_WIDTH - 1):0] = wr_addr_i ; 
                                                end
                                            else
                                                begin : genblk2
                                                    assign act_wr_addr_w = wr_addr_i[(W_ADDR_WIDTH_IMPL - 1):0] ; 
                                                end
                                            wire chk_addr_rd_w ; 
                                            if ((EBR_ADDR > 1)) 
                                                begin : genblk3
                                                    assign chk_addr_rd_w = (rd_addr_i[(RADDR_WIDTH - 1):R_ADDR_WIDTH_IMPL] == i0) ; 
                                                end
                                            else
                                                begin : genblk3
                                                    assign chk_addr_rd_w = 1'b1 ; 
                                                end
                                            wire [(R_ADDR_WIDTH_IMPL - 1):0] act_rd_addr_w ; 
                                            if ((R_ADDR_WIDTH_IMPL > RADDR_WIDTH)) 
                                                begin : genblk4
                                                    assign act_rd_addr_w[(R_ADDR_WIDTH_IMPL - 1):RADDR_WIDTH] = 'h0000 ; 
                                                    assign act_rd_addr_w[(RADDR_WIDTH - 1):0] = rd_addr_i ; 
                                                end
                                            else
                                                begin : genblk4
                                                    assign act_rd_addr_w = rd_addr_i[(R_ADDR_WIDTH_IMPL - 1):0] ; 
                                                end
                                            wire [(EBR_DATA - 1):0] one_err_det_ind_w ; 
                                            wire [(EBR_DATA - 1):0] two_err_det_ind_w ; 
                                            if ((EBR_DATA == 1)) 
                                                begin : genblk5
                                                    assign one_err_det_raw_w[i0] = one_err_det_ind_w[0] ; 
                                                    assign two_err_det_raw_w[i0] = two_err_det_ind_w[0] ; 
                                                end
                                            else
                                                begin : genblk5
                                                    assign one_err_det_raw_w[i0] = (|one_err_det_ind_w) ; 
                                                    assign two_err_det_raw_w[i0] = (|two_err_det_ind_w) ; 
                                                end
                                            for (i1 = 0;(i1 < EBR_DATA);i1 = (i1 + 1))
                                            begin : DATA_x
                                                localparam ECO_POSX = (i1 * W_DATA_WIDTH_IMPL) ; 
                                                localparam ECO_POSY = (i0 * W_ADDR_DEPTH_IMPL) ; 
                                                wire [(W_DATA_WIDTH_IMPL - 1):0] act_wr_data_w ; 
                                                wire [(R_DATA_WIDTH_IMPL - 1):0] act_rd_data_w ; 
                                                wire [(TRUE_BYTE_WIDTH - 1):0] act_ben_w ; 
                                                wire one_err_det_ebr_w ; 
                                                wire two_err_det_ebr_w ; 
                                                assign one_err_det_ind_w[i1] = one_err_det_ebr_w ; 
                                                assign two_err_det_ind_w[i1] = two_err_det_ebr_w ; 
                                                if (((W_DATA_WIDTH_IMPL * (i1 + 1)) <= WDATA_WIDTH)) 
                                                    begin : genblk1
                                                        assign act_wr_data_w = master_data_in_w[((W_DATA_WIDTH_IMPL * (i1 + 1)) - 1):(W_DATA_WIDTH_IMPL * i1)] ; 
                                                    end
                                                else
                                                    begin : genblk1
                                                        assign act_wr_data_w[(W_DATA_WIDTH_IMPL - 1):(WDATA_WIDTH - (i1 * W_DATA_WIDTH_IMPL))] = 'h0000 ; 
                                                        assign act_wr_data_w[(WDATA_WIDTH - (1 + (W_DATA_WIDTH_IMPL * i1))):0] = master_data_in_w[(WDATA_WIDTH - 1):(W_DATA_WIDTH_IMPL * i1)] ; 
                                                    end
                                                if (((R_DATA_WIDTH_IMPL * (i1 + 1)) <= RDATA_WIDTH)) 
                                                    begin : genblk2
                                                        assign raw_output_w[((R_DATA_WIDTH_IMPL * (i1 + 1)) - 1):(R_DATA_WIDTH_IMPL * i1)] = act_rd_data_w ; 
                                                    end
                                                else
                                                    begin : genblk2
                                                        assign raw_output_w[(RDATA_WIDTH - 1):(R_DATA_WIDTH_IMPL * i1)] = act_rd_data_w[(RDATA_WIDTH - (1 + (R_DATA_WIDTH_IMPL * i1))):0] ; 
                                                    end
                                                if ((TRUE_BYTE_WIDTH > 1)) 
                                                    begin : genblk3
                                                        if ((((i1 + 1) * TRUE_BYTE_WIDTH) <= BYTE_WIDTH)) 
                                                            begin : genblk1
                                                                assign act_ben_w = byte_en_buffer_w[(((i1 + 1) * TRUE_BYTE_WIDTH) - 1):(i1 * TRUE_BYTE_WIDTH)] ; 
                                                            end
                                                        else
                                                            begin : genblk1
                                                                assign act_ben_w[(BYTE_WIDTH - (1 + (i1 * TRUE_BYTE_WIDTH))):0] = byte_en_buffer_w[(BYTE_WIDTH - 1):(i1 * TRUE_BYTE_WIDTH)] ; 
                                                                assign act_ben_w[(TRUE_BYTE_WIDTH - 1):(BYTE_WIDTH - (i1 * TRUE_BYTE_WIDTH))] = {(TRUE_BYTE_WIDTH - (BYTE_WIDTH - (i1 * TRUE_BYTE_WIDTH))){1'b1}} ; 
                                                            end
                                                    end
                                                else
                                                    begin : genblk3
                                                        assign act_ben_w[0] = byte_en_buffer_w[i1] ; 
                                                    end
                                                wire f_wr_en_w = (chk_addr_wr_w & wr_en_i) ; 
                                                wire f_rd_en_w = (chk_addr_rd_w & rd_en_i) ; 
                                                wire ff_rd_en_w ; 
                                                if ((REGMODE == "noreg")) 
                                                    begin : genblk4
                                                        assign ff_rd_en_w = f_rd_en_w ; 
                                                    end
                                                else
                                                    begin : genblk4
                                                        reg f_rd_en_r ; 
                                                        assign ff_rd_en_w = (f_rd_en_w | f_rd_en_r) ; 
                                                        if ((RESETMODE == "sync")) 
                                                            begin : genblk1
                                                                always
                                                                    @(posedge rd_clk_i)
                                                                    begin
                                                                        if (rst_i) 
                                                                            begin
                                                                                f_rd_en_r <=  1'b0 ;
                                                                            end
                                                                        else
                                                                            begin
                                                                                f_rd_en_r <=  (f_rd_en_w & rd_clk_en_i) ;
                                                                            end
                                                                    end
                                                            end
                                                        else
                                                            begin : genblk1
                                                                always
                                                                    @(posedge rd_clk_i or 
                                                                        posedge rst_i)
                                                                    begin
                                                                        if (rst_i) 
                                                                            begin
                                                                                f_rd_en_r <=  1'b0 ;
                                                                            end
                                                                        else
                                                                            begin
                                                                                f_rd_en_r <=  (f_rd_en_w & rd_clk_en_i) ;
                                                                            end
                                                                    end
                                                            end
                                                    end
                                                if ((INIT_MODE == "mem_file")) 
                                                    begin : mem_init
                                                        mem_ipgen_lscc_ram_dp_core #(.MEM_ID(MEM_ID),
                                                                .MEM_SIZE(MEM_SIZE),
                                                                .POSx(ECO_POSX),
                                                                .POSy(ECO_POSY),
                                                                .FAMILY(FAMILY),
                                                                ._FCODE_ICE_(_FCODE_ICE_),
                                                                ._FCODE_LIFCL_(_FCODE_LIFCL_),
                                                                ._FCODE_AP6_(_FCODE_AP6_),
                                                                ._FCODE_COMMON_(_FCODE_COMMON_),
                                                                .DATA_WIDTH_W(W_DATA_WIDTH_IMPL),
                                                                .DATA_WIDTH_R(R_DATA_WIDTH_IMPL),
                                                                .REGMODE(REGMODE),
                                                                .RESETMODE(RESETMODE),
                                                                .RESET_RELEASE(RESET_RELEASE),
                                                                .BYTE_ENABLE(1),
                                                                .INIT_MODE(INIT_MODE),
                                                                .OUTPUT_CLK_EN(OUTPUT_CLK_EN),
                                                                .BYTE_ENABLE_POL(BYTE_ENABLE_POL),
                                                                .INIT_VALUE_00(INIT_VALUE_00[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_01(INIT_VALUE_01[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_02(INIT_VALUE_02[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_03(INIT_VALUE_03[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_04(INIT_VALUE_04[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_05(INIT_VALUE_05[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_06(INIT_VALUE_06[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_07(INIT_VALUE_07[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_08(INIT_VALUE_08[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_09(INIT_VALUE_09[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_0A(INIT_VALUE_0A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_0B(INIT_VALUE_0B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_0C(INIT_VALUE_0C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_0D(INIT_VALUE_0D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_0E(INIT_VALUE_0E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_0F(INIT_VALUE_0F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)]),
                                                                .INIT_VALUE_10(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_10[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_11(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_11[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_12(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_12[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_13(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_13[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_14(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_14[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_15(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_15[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_16(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_16[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_17(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_17[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_18(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_18[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_19(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_19[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_1A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_1B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_1C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_1D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_1E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_1F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_1F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_20(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_20[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_21(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_21[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_22(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_22[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_23(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_23[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_24(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_24[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_25(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_25[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_26(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_26[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_27(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_27[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_28(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_28[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_29(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_29[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_2A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_2B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_2C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_2D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_2E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_2F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_2F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_30(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_30[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_31(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_31[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_32(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_32[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_33(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_33[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_34(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_34[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_35(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_35[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_36(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_36[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_37(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_37[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_38(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_38[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_39(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_39[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_3A(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_3B(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_3C(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_3D(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_3E(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_3F(((checkINIT(FAMILY_CODE) >= 1) ? INIT_VALUE_3F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_40(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_40[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_41(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_41[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_42(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_42[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_43(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_43[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_44(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_44[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_45(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_45[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_46(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_46[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_47(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_47[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_48(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_48[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_49(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_49[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_4A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_4B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_4C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_4D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_4E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_4F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_4F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_50(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_50[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_51(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_51[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_52(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_52[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_53(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_53[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_54(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_54[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_55(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_55[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_56(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_56[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_57(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_57[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_58(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_58[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_59(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_59[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_5A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_5B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_5C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_5D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_5E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_5F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_5F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_60(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_60[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_61(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_61[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_62(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_62[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_63(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_63[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_64(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_64[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_65(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_65[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_66(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_66[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_67(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_67[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_68(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_68[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_69(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_69[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_6A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_6B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_6C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_6D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_6E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_6F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_6F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_70(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_70[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_71(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_71[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_72(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_72[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_73(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_73[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_74(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_74[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_75(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_75[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_76(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_76[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_77(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_77[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_78(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_78[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_79(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_79[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_7A(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7A[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_7B(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7B[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_7C(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7C[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_7D(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7D[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_7E(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7E[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00")),
                                                                .INIT_VALUE_7F(((checkINIT(FAMILY_CODE) >= 2) ? INIT_VALUE_7F[((((((i0 * EBR_DATA) + i1) + 1) * STRING_LENGTH) * 8) - 1):((((i0 * EBR_DATA) + i1) * STRING_LENGTH) * 8)] : "0x00"))) u_mem0 (.wr_clk_i(wr_clk_i), 
                                                                    .rd_clk_i(rd_clk_i), 
                                                                    .rst_i(rst_i), 
                                                                    .wr_clk_en_i(wr_clk_en_i), 
                                                                    .rd_clk_en_i(rd_clk_en_i), 
                                                                    .rd_out_clk_en_i(rd_out_clk_en_i), 
                                                                    .wr_en_i(f_wr_en_w), 
                                                                    .wr_data_i(act_wr_data_w), 
                                                                    .wr_addr_i(act_wr_addr_w), 
                                                                    .rd_en_i(ff_rd_en_w), 
                                                                    .rd_addr_i(act_rd_addr_w), 
                                                                    .ben_i(act_ben_w), 
                                                                    .rd_data_o(act_rd_data_w), 
                                                                    .one_err_det_o(one_err_det_ebr_w), 
                                                                    .two_err_det_o(two_err_det_ebr_w)) ; 
                                                    end
                                                else
                                                    begin : no_init
                                                        mem_ipgen_lscc_ram_dp_core #(.MEM_ID(MEM_ID),
                                                                .MEM_SIZE(MEM_SIZE),
                                                                .POSx(ECO_POSX),
                                                                .POSy(ECO_POSY),
                                                                .FAMILY(FAMILY),
                                                                ._FCODE_ICE_(_FCODE_ICE_),
                                                                ._FCODE_LIFCL_(_FCODE_LIFCL_),
                                                                ._FCODE_AP6_(_FCODE_AP6_),
                                                                ._FCODE_COMMON_(_FCODE_COMMON_),
                                                                .DATA_WIDTH_W(W_DATA_WIDTH_IMPL),
                                                                .DATA_WIDTH_R(R_DATA_WIDTH_IMPL),
                                                                .REGMODE(REGMODE),
                                                                .RESETMODE(RESETMODE),
                                                                .RESET_RELEASE(RESET_RELEASE),
                                                                .BYTE_ENABLE(1),
                                                                .OUTPUT_CLK_EN(OUTPUT_CLK_EN),
                                                                .BYTE_ENABLE_POL(BYTE_ENABLE_POL),
                                                                .INIT_MODE(INIT_MODE)) u_mem0 (.wr_clk_i(wr_clk_i), 
                                                                    .rd_clk_i(rd_clk_i), 
                                                                    .rst_i(rst_i), 
                                                                    .wr_clk_en_i(wr_clk_en_i), 
                                                                    .rd_clk_en_i(rd_clk_en_i), 
                                                                    .rd_out_clk_en_i(rd_out_clk_en_i), 
                                                                    .wr_en_i(f_wr_en_w), 
                                                                    .wr_data_i(act_wr_data_w), 
                                                                    .wr_addr_i(act_wr_addr_w), 
                                                                    .rd_en_i(ff_rd_en_w), 
                                                                    .rd_addr_i(act_rd_addr_w), 
                                                                    .ben_i(act_ben_w), 
                                                                    .rd_data_o(act_rd_data_w), 
                                                                    .one_err_det_o(one_err_det_ebr_w), 
                                                                    .two_err_det_o(two_err_det_ebr_w)) ; 
                                                    end
                                            end
                                        end
                                        if ((EBR_ADDR == 1)) 
                                            begin : genblk2
                                                assign master_data_out_w = rd_data_raw_w[0] ; 
                                                assign one_err_det_o = ((ECC_ENABLE == 1) ? one_err_det_raw_w[0] : 1'b0) ; 
                                                assign two_err_det_o = ((ECC_ENABLE == 1) ? two_err_det_raw_w[0] : 1'b0) ; 
                                            end
                                        else
                                            begin : genblk2
                                                reg [(RDATA_WIDTH - 1):0] rd_out_buff_r ; 
                                                reg one_err_det_r = 1'b0 ; 
                                                reg two_err_det_r = 1'b0 ; 
                                                reg [(RADDR_WIDTH - 1):0] rd_addr_0_r ; 
                                                assign one_err_det_o = ((ECC_ENABLE == 1) ? one_err_det_r : 1'b0) ; 
                                                assign two_err_det_o = ((ECC_ENABLE == 1) ? two_err_det_r : 1'b0) ; 
                                                if ((REGMODE == "noreg")) 
                                                    begin : _nreg
                                                        if ((RESETMODE == "sync")) 
                                                            begin : genblk1
                                                                always
                                                                    @(posedge rd_clk_i)
                                                                    begin
                                                                        if (rst_i) 
                                                                            begin
                                                                                rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                            end
                                                                        else
                                                                            begin
                                                                                rd_addr_0_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_0_r) ;
                                                                            end
                                                                    end
                                                            end
                                                        else
                                                            begin : genblk1
                                                                always
                                                                    @(posedge rd_clk_i or 
                                                                        posedge rst_i)
                                                                    begin
                                                                        if (rst_i) 
                                                                            begin
                                                                                rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                            end
                                                                        else
                                                                            begin
                                                                                rd_addr_0_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_0_r) ;
                                                                            end
                                                                    end
                                                            end
                                                    end
                                                else
                                                    begin : _reg
                                                        reg [(RADDR_WIDTH - 1):0] rd_addr_1_r ; 
                                                        if ((RESETMODE == "sync")) 
                                                            begin : genblk1
                                                                always
                                                                    @(posedge rd_clk_i)
                                                                    begin
                                                                        if (rst_i) 
                                                                            begin
                                                                                rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                                rd_addr_1_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                            end
                                                                        else
                                                                            begin
                                                                                rd_addr_0_r <=  rd_addr_1_r ;
                                                                                rd_addr_1_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_1_r) ;
                                                                            end
                                                                    end
                                                            end
                                                        else
                                                            begin : genblk1
                                                                always
                                                                    @(posedge rd_clk_i)
                                                                    begin
                                                                        if (rst_i) 
                                                                            begin
                                                                                rd_addr_0_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                                rd_addr_1_r <=  {RADDR_WIDTH{1'b0}} ;
                                                                            end
                                                                        else
                                                                            begin
                                                                                rd_addr_0_r <=  rd_addr_1_r ;
                                                                                rd_addr_1_r <=  ((rd_en_i & rd_clk_en_i) ? rd_addr_i : rd_addr_1_r) ;
                                                                            end
                                                                    end
                                                            end
                                                    end
                                                always
                                                    @(*)
                                                    begin
                                                        rd_out_buff_r = rd_data_raw_w[rd_addr_0_r[(RADDR_WIDTH - 1):R_ADDR_WIDTH_IMPL]] ;
                                                        one_err_det_r = one_err_det_raw_w[rd_addr_0_r[(RADDR_WIDTH - 1):R_ADDR_WIDTH_IMPL]] ;
                                                        two_err_det_r = two_err_det_raw_w[rd_addr_0_r[(RADDR_WIDTH - 1):R_ADDR_WIDTH_IMPL]] ;
                                                    end
                                                assign master_data_out_w = rd_out_buff_r ; 
                                            end
                                    end
                            end
                    end
    endgenerate
    //------------------------------------------------------------------------------
    // Function Definition
    //------------------------------------------------------------------------------
    function [1:0] checkINIT ; 
        input [31:0] dev_code ; 
        begin
            case (dev_code)
            _FCODE_LIFCL_ : 
                checkINIT = 1 ;
            _FCODE_AP6_ : 
                checkINIT = 2 ;
            default : 
                checkINIT = 0 ;
            endcase 
        end
    endfunction
    function [31:0] getTrueByteWidth ; 
        input [31:0] dwid_in ; 
        input [31:0] family_code ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                getTrueByteWidth = (((dwid_in == 36) || (dwid_in == 32)) ? 4 : (((dwid_in == 18) || (dwid_in == 16)) ? 2 : 1)) ;
            _FCODE_ICE_ : 
                getTrueByteWidth = ((dwid_in == 16) ? 2 : 1) ;
            _FCODE_AP6_ : 
                getTrueByteWidth = (((dwid_in == 72) || (dwid_in == 64)) ? 8 : (((dwid_in == 36) || (dwid_in == 32)) ? 4 : (((dwid_in == 18) || (dwid_in == 16)) ? 2 : 1))) ;
            endcase 
        end
    endfunction
    function [31:0] procData ; 
        input [31:0] TARGET_DATA ; 
        input isECC ; 
        input [31:0] FAMILY_CODE ; 
        begin
            procData = 1 ;
            while ((procData < TARGET_DATA))
                begin
                    case (FAMILY_CODE)
                    _FCODE_LIFCL_ : 
                        begin
                            if (isECC) 
                                begin
                                    if ((procData < 32)) 
                                        begin
                                            procData = 32 ;
                                        end
                                    else
                                        begin
                                            procData = (procData * 2) ;
                                        end
                                end
                            else
                                begin
                                    if ((procData < 8)) 
                                        begin
                                            procData = (procData * 2) ;
                                        end
                                    else
                                        begin
                                            if ((procData == 8)) 
                                                begin
                                                    procData = 9 ;
                                                end
                                            else
                                                if (((procData % 9) == 0)) 
                                                    begin
                                                        procData = ((procData / 9) * 16) ;
                                                    end
                                                else
                                                    begin
                                                        procData = ((procData / 8) * 9) ;
                                                    end
                                        end
                                end
                        end
                    _FCODE_ICE_ : 
                        procData = (procData * 2) ;
                    _FCODE_AP6_ : 
                        begin
                            if (isECC) 
                                begin
                                    if ((procData < 64)) 
                                        begin
                                            procData = 64 ;
                                        end
                                    else
                                        begin
                                            procData = (procData * 2) ;
                                        end
                                end
                            else
                                begin
                                    if ((procData < 8)) 
                                        begin
                                            procData = (procData * 2) ;
                                        end
                                    else
                                        begin
                                            if ((procData == 8)) 
                                                begin
                                                    procData = 9 ;
                                                end
                                            else
                                                if (((procData % 9) == 0)) 
                                                    begin
                                                        procData = ((procData / 9) * 16) ;
                                                    end
                                                else
                                                    begin
                                                        procData = ((procData / 8) * 9) ;
                                                    end
                                        end
                                end
                        end
                    default : 
                        procData = TARGET_DATA ;
                    endcase 
                end
        end
    endfunction
    function [31:0] getSingularCase ; 
        input [31:0] port_use ; 
        input [31:0] family_code ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    if ((port_use > 32)) 
                        getSingularCase = 36 ;
                    else
                        if ((port_use > 18)) 
                            getSingularCase = 32 ;
                        else
                            if ((port_use > 16)) 
                                getSingularCase = 18 ;
                            else
                                if ((port_use > 9)) 
                                    getSingularCase = 16 ;
                                else
                                    if ((port_use > 8)) 
                                        getSingularCase = 9 ;
                                    else
                                        getSingularCase = (2 ** clog2(port_use)) ;
                end
            _FCODE_ICE_ : 
                getSingularCase = (2 ** clog2(port_use)) ;
            _FCODE_AP6_ : 
                begin
                    if ((port_use > 64)) 
                        getSingularCase = 72 ;
                    else
                        if ((port_use > 36)) 
                            getSingularCase = 64 ;
                        else
                            if ((port_use > 32)) 
                                getSingularCase = 36 ;
                            else
                                if ((port_use > 18)) 
                                    getSingularCase = 32 ;
                                else
                                    if ((port_use > 16)) 
                                        getSingularCase = 18 ;
                                    else
                                        if ((port_use > 9)) 
                                            getSingularCase = 16 ;
                                        else
                                            if ((port_use > 8)) 
                                                getSingularCase = 9 ;
                                            else
                                                getSingularCase = (2 ** clog2(port_use)) ;
                end
            default : 
                getSingularCase = 8 ;
            endcase 
        end
    endfunction
    function [31:0] getCASE1DataImpl ; 
        input [31:0] wr_addr_depth ; 
        input [31:0] wr_data_width ; 
        input [31:0] rd_addr_depth ; 
        input [31:0] rd_data_width ; 
        input is_taking_write_port ; 
        input is_taking_total_ebr ; 
        input is_ecc ; 
        input [31:0] family_code ; 
        reg [5:0] num0, 
            num1, 
            limit ; 
        reg [31:0] divisor, 
            wr_addr_div, 
            wr_data_div, 
            rd_addr_div, 
            rd_data_div ; 
        reg [31:0] wr_addr_chk, 
            wr_data_chk, 
            rd_addr_chk, 
            rd_data_chk ; 
        reg [31:0] EBR_usage, 
            prod ; 
        begin
            divisor = ((wr_addr_depth > rd_addr_depth) ? (wr_addr_depth / rd_addr_depth) : (rd_addr_depth / wr_addr_depth)) ;
            EBR_usage = 32'hffffffff ;
            getCASE1DataImpl = 0 ;
            if ((is_ecc == 1)) 
                begin
                    if ((is_taking_write_port == 1)) 
                        begin
                            if ((family_code == _FCODE_AP6_)) 
                                getCASE1DataImpl = 64 ;
                            else
                                getCASE1DataImpl = 32 ;
                        end
                    else
                        begin
                            if ((family_code == _FCODE_AP6_)) 
                                getCASE1DataImpl = (64 / divisor) ;
                            else
                                getCASE1DataImpl = (32 / divisor) ;
                        end
                end
            else
                begin
                    if ((((family_code == _FCODE_LIFCL_) && (divisor <= 4)) || ((family_code == _FCODE_AP6_) && (divisor <= 8)))) 
                        begin
                            limit = ((family_code == _FCODE_LIFCL_) ? 3 : 4) ;
                            for (num0 = 0 ; (num0 < limit) ; num0 = (num0 + 1))
                                begin
                                    wr_data_div = getDatabase(9,
                                            num0,
                                            family_code) ;
                                    wr_addr_div = data_to_addr(wr_data_div,
                                            family_code) ;
                                    wr_addr_chk = roundUP(wr_addr_depth,
                                            wr_addr_div) ;
                                    wr_data_chk = roundUP(wr_data_width,
                                            wr_data_div) ;
                                    for (num1 = 0 ; (num1 < limit) ; num1 = (num1 + 1))
                                        begin
                                            rd_data_div = getDatabase(9,
                                                    num1,
                                                    family_code) ;
                                            rd_addr_div = data_to_addr(rd_data_div,
                                                    family_code) ;
                                            rd_addr_chk = roundUP(rd_addr_depth,
                                                    rd_addr_div) ;
                                            rd_data_chk = roundUP(rd_data_width,
                                                    rd_data_div) ;
                                            if (((wr_addr_chk == rd_addr_chk) && (wr_data_chk == rd_data_chk))) 
                                                begin
                                                    if ((((wr_data_width % wr_data_div) == 0) && ((rd_data_width % rd_data_div) == 0))) 
                                                        begin
                                                            prod = (wr_addr_chk * wr_data_chk) ;
                                                            if ((prod < EBR_usage)) 
                                                                begin
                                                                    EBR_usage = prod ;
                                                                    if ((is_taking_total_ebr == 1'b1)) 
                                                                        getCASE1DataImpl = EBR_usage ;
                                                                    else
                                                                        if ((is_taking_write_port == 1'b1)) 
                                                                            getCASE1DataImpl = wr_data_div ;
                                                                        else
                                                                            getCASE1DataImpl = rd_data_div ;
                                                                end
                                                        end
                                                end
                                        end
                                end
                        end
                    limit = ((family_code == _FCODE_LIFCL_) ? 6 : 7) ;
                    for (num0 = 0 ; (num0 < limit) ; num0 = (num0 + 1))
                        begin
                            wr_data_div = getDatabase(8,
                                    num0,
                                    family_code) ;
                            wr_addr_div = data_to_addr(wr_data_div,
                                    family_code) ;
                            wr_addr_chk = roundUP(wr_addr_depth,
                                    wr_addr_div) ;
                            wr_data_chk = roundUP(wr_data_width,
                                    wr_data_div) ;
                            for (num1 = 0 ; (num1 < limit) ; num1 = (num1 + 1))
                                begin
                                    rd_data_div = getDatabase(8,
                                            num1,
                                            family_code) ;
                                    rd_addr_div = data_to_addr(rd_data_div,
                                            family_code) ;
                                    rd_addr_chk = roundUP(rd_addr_depth,
                                            rd_addr_div) ;
                                    rd_data_chk = roundUP(rd_data_width,
                                            rd_data_div) ;
                                    if (((wr_addr_chk == rd_addr_chk) && (wr_data_chk == rd_data_chk))) 
                                        begin
                                            if ((((wr_data_width % wr_data_div) == 0) && ((rd_data_width % rd_data_div) == 0))) 
                                                begin
                                                    prod = (wr_addr_chk * wr_data_chk) ;
                                                    if ((prod < EBR_usage)) 
                                                        begin
                                                            EBR_usage = prod ;
                                                            if ((is_taking_total_ebr == 1'b1)) 
                                                                getCASE1DataImpl = EBR_usage ;
                                                            else
                                                                if ((is_taking_write_port == 1'b1)) 
                                                                    getCASE1DataImpl = wr_data_div ;
                                                                else
                                                                    getCASE1DataImpl = rd_data_div ;
                                                        end
                                                end
                                        end
                                end
                        end
                end
        end
    endfunction
    function [31:0] getCASE1DataImpl_wBen ; 
        input [31:0] wr_addr_depth ; 
        input [31:0] wr_data_width ; 
        input [31:0] rd_addr_depth ; 
        input [31:0] rd_data_width ; 
        input is_taking_write_port ; 
        input [31:0] family_code ; 
        reg [5:0] num0, 
            num1, 
            limit ; 
        reg [31:0] wr_addr_div, 
            wr_data_div, 
            rd_addr_div, 
            rd_data_div ; 
        reg [31:0] wr_addr_chk, 
            wr_data_chk, 
            rd_addr_chk, 
            rd_data_chk ; 
        reg [31:0] EBR_usage, 
            prod ; 
        begin
            if ((family_code == _FCODE_ICE_)) 
                begin
                    if ((wr_data_width > rd_data_width)) 
                        begin
                            if ((is_taking_write_port == 1)) 
                                getCASE1DataImpl_wBen = 16 ;
                            else
                                getCASE1DataImpl_wBen = 8 ;
                        end
                    else
                        begin
                            if ((is_taking_write_port == 1)) 
                                getCASE1DataImpl_wBen = 8 ;
                            else
                                getCASE1DataImpl_wBen = 16 ;
                        end
                end
            else
                if (((family_code == _FCODE_LIFCL_) || (family_code == _FCODE_AP6_))) 
                    begin
                        EBR_usage = 32'hffffffff ;
                        getCASE1DataImpl_wBen = 0 ;
                        limit = ((family_code == _FCODE_LIFCL_) ? 3 : 4) ;
                        if (((wr_data_width % 9) == 0)) 
                            begin
                                for (num0 = 0 ; (num0 < limit) ; num0 = (num0 + 1))
                                    begin
                                        wr_data_div = getDatabase_wBen(9,
                                                num0,
                                                family_code) ;
                                        wr_addr_div = data_to_addr(wr_data_div,
                                                family_code) ;
                                        wr_addr_chk = roundUP(wr_addr_depth,
                                                wr_addr_div) ;
                                        wr_data_chk = roundUP(wr_data_width,
                                                wr_data_div) ;
                                        for (num1 = 0 ; (num1 < limit) ; num1 = (num1 + 1))
                                            begin
                                                rd_data_div = getDatabase_wBen(9,
                                                        num1,
                                                        family_code) ;
                                                rd_addr_div = data_to_addr(rd_data_div,
                                                        family_code) ;
                                                rd_addr_chk = roundUP(rd_addr_depth,
                                                        rd_addr_div) ;
                                                rd_data_chk = roundUP(rd_data_width,
                                                        rd_data_div) ;
                                                if (((wr_addr_chk == rd_addr_chk) && (wr_data_chk == rd_data_chk))) 
                                                    begin
                                                        if ((((wr_data_width % wr_data_div) == 0) && ((rd_data_width % rd_data_div) == 0))) 
                                                            begin
                                                                prod = (wr_addr_chk * wr_data_chk) ;
                                                                if ((prod < EBR_usage)) 
                                                                    begin
                                                                        EBR_usage = prod ;
                                                                        if ((is_taking_write_port == 1'b1)) 
                                                                            getCASE1DataImpl_wBen = wr_data_div ;
                                                                        else
                                                                            getCASE1DataImpl_wBen = rd_data_div ;
                                                                    end
                                                            end
                                                    end
                                            end
                                    end
                            end
                        else
                            begin
                                for (num0 = 0 ; (num0 < limit) ; num0 = (num0 + 1))
                                    begin
                                        wr_data_div = getDatabase_wBen(8,
                                                num0,
                                                family_code) ;
                                        wr_addr_div = data_to_addr(wr_data_div,
                                                family_code) ;
                                        wr_addr_chk = roundUP(wr_addr_depth,
                                                wr_addr_div) ;
                                        wr_data_chk = roundUP(wr_data_width,
                                                wr_data_div) ;
                                        for (num1 = 0 ; (num1 < limit) ; num1 = (num1 + 1))
                                            begin
                                                rd_data_div = getDatabase_wBen(8,
                                                        num1,
                                                        family_code) ;
                                                rd_addr_div = data_to_addr(rd_data_div,
                                                        family_code) ;
                                                rd_addr_chk = roundUP(rd_addr_depth,
                                                        rd_addr_div) ;
                                                rd_data_chk = roundUP(rd_data_width,
                                                        rd_data_div) ;
                                                if (((wr_addr_chk == rd_addr_chk) && (wr_data_chk == rd_data_chk))) 
                                                    begin
                                                        if ((((wr_data_width % wr_data_div) == 0) && ((rd_data_width % rd_data_div) == 0))) 
                                                            begin
                                                                prod = (wr_addr_chk * wr_data_chk) ;
                                                                if ((prod < EBR_usage)) 
                                                                    begin
                                                                        EBR_usage = prod ;
                                                                        if ((is_taking_write_port == 1'b1)) 
                                                                            getCASE1DataImpl_wBen = wr_data_div ;
                                                                        else
                                                                            getCASE1DataImpl_wBen = rd_data_div ;
                                                                    end
                                                            end
                                                    end
                                            end
                                    end
                            end
                    end
        end
    endfunction
    function [31:0] getDatabase ; 
        input [31:0] base_count ; 
        input [31:0] index ; 
        input [31:0] family_code ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    case (base_count)
                    9 : 
                        begin
                            case (index)
                            0 : 
                                getDatabase = 9 ;
                            1 : 
                                getDatabase = 18 ;
                            default : 
                                getDatabase = 36 ;
                            endcase 
                        end
                    8 : 
                        begin
                            case (index)
                            0 : 
                                getDatabase = 1 ;
                            1 : 
                                getDatabase = 2 ;
                            2 : 
                                getDatabase = 4 ;
                            3 : 
                                getDatabase = 8 ;
                            4 : 
                                getDatabase = 16 ;
                            default : 
                                getDatabase = 32 ;
                            endcase 
                        end
                    default : 
                        getDatabase = 16 ;
                    endcase 
                end
            _FCODE_ICE_ : 
                begin
                    case (index)
                    0 : 
                        getDatabase = 2 ;
                    1 : 
                        getDatabase = 4 ;
                    2 : 
                        getDatabase = 8 ;
                    default : 
                        getDatabase = 16 ;
                    endcase 
                end
            _FCODE_AP6_ : 
                begin
                    case (base_count)
                    9 : 
                        begin
                            case (index)
                            0 : 
                                getDatabase = 9 ;
                            1 : 
                                getDatabase = 18 ;
                            2 : 
                                getDatabase = 36 ;
                            default : 
                                getDatabase = 72 ;
                            endcase 
                        end
                    8 : 
                        begin
                            case (index)
                            0 : 
                                getDatabase = 1 ;
                            1 : 
                                getDatabase = 2 ;
                            2 : 
                                getDatabase = 4 ;
                            3 : 
                                getDatabase = 8 ;
                            4 : 
                                getDatabase = 16 ;
                            5 : 
                                getDatabase = 32 ;
                            default : 
                                getDatabase = 64 ;
                            endcase 
                        end
                    default : 
                        getDatabase = 16 ;
                    endcase 
                end
            default : 
                getDatabase = 8 ;
            endcase 
        end
    endfunction
    function [31:0] getDatabase_wBen ; 
        input [31:0] base_count ; 
        input [31:0] index ; 
        input [31:0] family_code ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    case (base_count)
                    9 : 
                        begin
                            case (index)
                            0 : 
                                getDatabase_wBen = 9 ;
                            1 : 
                                getDatabase_wBen = 18 ;
                            default : 
                                getDatabase_wBen = 36 ;
                            endcase 
                        end
                    8 : 
                        begin
                            case (index)
                            0 : 
                                getDatabase_wBen = 8 ;
                            1 : 
                                getDatabase_wBen = 16 ;
                            default : 
                                getDatabase_wBen = 32 ;
                            endcase 
                        end
                    default : 
                        getDatabase_wBen = 16 ;
                    endcase 
                end
            _FCODE_AP6_ : 
                begin
                    case (base_count)
                    9 : 
                        begin
                            case (index)
                            0 : 
                                getDatabase_wBen = 9 ;
                            1 : 
                                getDatabase_wBen = 18 ;
                            2 : 
                                getDatabase_wBen = 36 ;
                            default : 
                                getDatabase_wBen = 72 ;
                            endcase 
                        end
                    8 : 
                        begin
                            case (index)
                            0 : 
                                getDatabase_wBen = 8 ;
                            1 : 
                                getDatabase_wBen = 16 ;
                            2 : 
                                getDatabase_wBen = 32 ;
                            default : 
                                getDatabase_wBen = 64 ;
                            endcase 
                        end
                    default : 
                        getDatabase_wBen = 16 ;
                    endcase 
                end
            default : 
                getDatabase_wBen = 8 ;
            endcase 
        end
    endfunction
    function [31:0] data_to_addr ; 
        input [31:0] data_size ; 
        input [31:0] family_code ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    case (data_size)
                    36 : 
                        data_to_addr = 512 ;
                    32 : 
                        data_to_addr = 512 ;
                    18 : 
                        data_to_addr = 1024 ;
                    16 : 
                        data_to_addr = 1024 ;
                    9 : 
                        data_to_addr = 2048 ;
                    8 : 
                        data_to_addr = 2048 ;
                    4 : 
                        data_to_addr = 4096 ;
                    2 : 
                        data_to_addr = 8192 ;
                    default : 
                        data_to_addr = 16384 ;
                    endcase 
                end
            _FCODE_ICE_ : 
                begin
                    case (data_size)
                    16 : 
                        data_to_addr = 256 ;
                    8 : 
                        data_to_addr = 512 ;
                    4 : 
                        data_to_addr = 1024 ;
                    2 : 
                        data_to_addr = 2048 ;
                    endcase 
                end
            _FCODE_AP6_ : 
                begin
                    case (data_size)
                    72 : 
                        data_to_addr = 512 ;
                    64 : 
                        data_to_addr = 512 ;
                    36 : 
                        data_to_addr = 1024 ;
                    32 : 
                        data_to_addr = 1024 ;
                    18 : 
                        data_to_addr = 2048 ;
                    16 : 
                        data_to_addr = 2048 ;
                    9 : 
                        data_to_addr = 4096 ;
                    8 : 
                        data_to_addr = 4096 ;
                    4 : 
                        data_to_addr = 8192 ;
                    2 : 
                        data_to_addr = 16384 ;
                    default : 
                        data_to_addr = 32768 ;
                    endcase 
                end
            default : 
                data_to_addr = 1024 ;
            endcase 
        end
    endfunction
    function [31:0] addr_to_data ; 
        input [31:0] addr_size ; 
        input [31:0] family_code ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    case (addr_size)
                    512 : 
                        addr_to_data = 36 ;
                    1024 : 
                        addr_to_data = 18 ;
                    2048 : 
                        addr_to_data = 9 ;
                    4096 : 
                        addr_to_data = 4 ;
                    8192 : 
                        addr_to_data = 2 ;
                    default : 
                        addr_to_data = 1 ;
                    endcase 
                end
            _FCODE_ICE_ : 
                begin
                    case (addr_size)
                    256 : 
                        addr_to_data = 16 ;
                    512 : 
                        addr_to_data = 8 ;
                    1024 : 
                        addr_to_data = 4 ;
                    2048 : 
                        addr_to_data = 2 ;
                    endcase 
                end
            _FCODE_AP6_ : 
                begin
                    case (addr_size)
                    512 : 
                        addr_to_data = 72 ;
                    1024 : 
                        addr_to_data = 36 ;
                    2048 : 
                        addr_to_data = 18 ;
                    4096 : 
                        addr_to_data = 9 ;
                    8192 : 
                        addr_to_data = 4 ;
                    16384 : 
                        addr_to_data = 2 ;
                    default : 
                        addr_to_data = 1 ;
                    endcase 
                end
            default : 
                addr_to_data = 1024 ;
            endcase 
        end
    endfunction
    function [31:0] getMinimaData ; 
        input [31:0] depth_impl ; 
        input [31:0] width_impl ; 
        input is_byte_enable ; 
        input [31:0] byte_size ; 
        input is_ecc ; 
        input [31:0] family_code ; 
        reg [31:0] temp_00, 
            temp_01, 
            temp_02, 
            temp_03, 
            temp_04, 
            temp_05, 
            temp_06 ; 
        begin
            case (family_code)
            _FCODE_LIFCL_ : 
                begin
                    if (is_ecc) 
                        begin
                            getMinimaData = 32 ;
                        end
                    else
                        begin
                            temp_00 = EBR_impl(depth_impl,
                                    width_impl,
                                    512,
                                    36) ;
                            temp_01 = EBR_impl(depth_impl,
                                    width_impl,
                                    1024,
                                    18) ;
                            temp_02 = EBR_impl(depth_impl,
                                    width_impl,
                                    2048,
                                    9) ;
                            temp_03 = EBR_impl(depth_impl,
                                    width_impl,
                                    4096,
                                    4) ;
                            temp_04 = EBR_impl(depth_impl,
                                    width_impl,
                                    8192,
                                    2) ;
                            temp_05 = EBR_impl(depth_impl,
                                    width_impl,
                                    16384,
                                    1) ;
                            if (((is_byte_enable == 1) && ((width_impl % 9) != 0))) 
                                begin
                                    temp_00 = EBR_impl(depth_impl,
                                            width_impl,
                                            512,
                                            32) ;
                                    temp_01 = EBR_impl(depth_impl,
                                            width_impl,
                                            1024,
                                            16) ;
                                    temp_02 = EBR_impl(depth_impl,
                                            width_impl,
                                            2048,
                                            8) ;
                                    if ((((((temp_00 < temp_01) && (temp_00 < temp_02)) && (temp_00 < temp_03)) && (temp_00 < temp_04)) && (temp_00 < temp_05))) 
                                        getMinimaData = 32 ;
                                    else
                                        if (((((temp_01 < temp_02) && (temp_01 < temp_03)) && (temp_01 < temp_04)) && (temp_01 < temp_05))) 
                                            getMinimaData = 16 ;
                                        else
                                            if ((((temp_02 < temp_03) && (temp_02 < temp_04)) && (temp_02 < temp_05))) 
                                                getMinimaData = 8 ;
                                            else
                                                if (((temp_03 < temp_04) && (temp_03 < temp_05))) 
                                                    getMinimaData = 4 ;
                                                else
                                                    if ((temp_04 < temp_05)) 
                                                        getMinimaData = 2 ;
                                                    else
                                                        getMinimaData = 1 ;
                                end
                            else
                                begin
                                    if ((((((temp_00 < temp_01) && (temp_00 < temp_02)) && (temp_00 < temp_03)) && (temp_00 < temp_04)) && (temp_00 < temp_05))) 
                                        getMinimaData = 36 ;
                                    else
                                        if (((((temp_01 < temp_02) && (temp_01 < temp_03)) && (temp_01 < temp_04)) && (temp_01 < temp_05))) 
                                            getMinimaData = 18 ;
                                        else
                                            if ((((temp_02 < temp_03) && (temp_02 < temp_04)) && (temp_02 < temp_05))) 
                                                getMinimaData = 9 ;
                                            else
                                                if (((temp_03 < temp_04) && (temp_03 < temp_05))) 
                                                    getMinimaData = 4 ;
                                                else
                                                    if ((temp_04 < temp_05)) 
                                                        getMinimaData = 2 ;
                                                    else
                                                        getMinimaData = 1 ;
                                end
                        end
                end
            _FCODE_ICE_ : 
                begin
                    temp_00 = EBR_impl(depth_impl,
                            width_impl,
                            256,
                            16) ;
                    temp_01 = EBR_impl(depth_impl,
                            width_impl,
                            512,
                            8) ;
                    temp_02 = EBR_impl(depth_impl,
                            width_impl,
                            1024,
                            4) ;
                    temp_03 = EBR_impl(depth_impl,
                            width_impl,
                            2048,
                            2) ;
                    if ((((temp_00 < temp_01) && (temp_00 < temp_02)) && (temp_00 < temp_03))) 
                        getMinimaData = 16 ;
                    else
                        if (((temp_01 < temp_02) && (temp_01 < temp_03))) 
                            getMinimaData = 8 ;
                        else
                            if ((temp_02 < temp_03)) 
                                getMinimaData = 4 ;
                            else
                                getMinimaData = 2 ;
                end
            _FCODE_AP6_ : 
                begin
                    if (is_ecc) 
                        begin
                            getMinimaData = 64 ;
                        end
                    else
                        begin
                            temp_00 = EBR_impl(depth_impl,
                                    width_impl,
                                    512,
                                    72) ;
                            temp_01 = EBR_impl(depth_impl,
                                    width_impl,
                                    1024,
                                    36) ;
                            temp_02 = EBR_impl(depth_impl,
                                    width_impl,
                                    2048,
                                    18) ;
                            temp_03 = EBR_impl(depth_impl,
                                    width_impl,
                                    4096,
                                    9) ;
                            temp_04 = EBR_impl(depth_impl,
                                    width_impl,
                                    8192,
                                    4) ;
                            temp_05 = EBR_impl(depth_impl,
                                    width_impl,
                                    16384,
                                    2) ;
                            temp_06 = EBR_impl(depth_impl,
                                    width_impl,
                                    32768,
                                    1) ;
                            if (((is_byte_enable == 1) && ((width_impl % 9) != 0))) 
                                begin
                                    temp_00 = EBR_impl(depth_impl,
                                            width_impl,
                                            512,
                                            64) ;
                                    temp_01 = EBR_impl(depth_impl,
                                            width_impl,
                                            1024,
                                            32) ;
                                    temp_02 = EBR_impl(depth_impl,
                                            width_impl,
                                            2048,
                                            16) ;
                                    temp_03 = EBR_impl(depth_impl,
                                            width_impl,
                                            4096,
                                            8) ;
                                    if (((((((temp_00 < temp_01) && (temp_00 < temp_02)) && (temp_00 < temp_03)) && (temp_00 < temp_04)) && (temp_00 < temp_05)) && (temp_00 < temp_06))) 
                                        getMinimaData = 64 ;
                                    else
                                        if ((((((temp_01 < temp_02) && (temp_01 < temp_03)) && (temp_01 < temp_04)) && (temp_01 < temp_05)) && (temp_01 < temp_06))) 
                                            getMinimaData = 32 ;
                                        else
                                            if (((((temp_02 < temp_03) && (temp_02 < temp_04)) && (temp_02 < temp_05)) && (temp_02 < temp_06))) 
                                                getMinimaData = 16 ;
                                            else
                                                if ((((temp_03 < temp_04) && (temp_03 < temp_05)) && (temp_03 < temp_06))) 
                                                    getMinimaData = 8 ;
                                                else
                                                    if (((temp_04 < temp_05) && (temp_04 < temp_06))) 
                                                        getMinimaData = 4 ;
                                                    else
                                                        if ((temp_05 < temp_06)) 
                                                            getMinimaData = 2 ;
                                                        else
                                                            getMinimaData = 1 ;
                                end
                            else
                                begin
                                    if (((((((temp_00 < temp_01) && (temp_00 < temp_02)) && (temp_00 < temp_03)) && (temp_00 < temp_04)) && (temp_00 < temp_05)) && (temp_00 < temp_06))) 
                                        getMinimaData = 72 ;
                                    else
                                        if ((((((temp_01 < temp_02) && (temp_01 < temp_03)) && (temp_01 < temp_04)) && (temp_01 < temp_05)) && (temp_01 < temp_06))) 
                                            getMinimaData = 36 ;
                                        else
                                            if (((((temp_02 < temp_03) && (temp_02 < temp_04)) && (temp_02 < temp_05)) && (temp_02 < temp_06))) 
                                                getMinimaData = 18 ;
                                            else
                                                if ((((temp_03 < temp_04) && (temp_03 < temp_05)) && (temp_03 < temp_06))) 
                                                    getMinimaData = 9 ;
                                                else
                                                    if (((temp_04 < temp_05) && (temp_04 < temp_06))) 
                                                        getMinimaData = 4 ;
                                                    else
                                                        if ((temp_05 < temp_06)) 
                                                            getMinimaData = 2 ;
                                                        else
                                                            getMinimaData = 1 ;
                                end
                        end
                end
            default : 
                getMinimaData = 8 ;
            endcase 
        end
    endfunction
    function [31:0] getByteSize ; 
        input [31:0] data_width ; 
        input [31:0] dev_code ; 
        begin
            case (dev_code)
            _FCODE_LIFCL_ : 
                begin
                    if (((data_width % 9) == 0)) 
                        getByteSize = 9 ;
                    else
                        getByteSize = 8 ;
                end
            _FCODE_ICE_ : 
                getByteSize = 8 ;
            _FCODE_AP6_ : 
                begin
                    if (((data_width % 9) == 0)) 
                        getByteSize = 9 ;
                    else
                        getByteSize = 8 ;
                end
            default : 
                getByteSize = 8 ;
            endcase 
        end
    endfunction
    function is_byte_enable_good ; 
        input [31:0] max_data ; 
        input [31:0] min_data ; 
        input [31:0] family_code ; 
        begin
            case (family_code)
            _FCODE_ICE_ : 
                is_byte_enable_good = ((((max_data / min_data) == 2) && ((max_data % 16) == 0)) ? 1'b1 : 1'b0) ;
            _FCODE_LIFCL_ : 
                begin
                    if (((max_data / min_data) == 4)) 
                        is_byte_enable_good = ((((max_data % 36) == 0) || ((max_data % 32) == 0)) ? 1'b1 : 1'b0) ;
                    else
                        if (((max_data / min_data) == 2)) 
                            is_byte_enable_good = ((((max_data % 16) == 0) || ((max_data % 18) == 0)) ? 1'b1 : 1'b0) ;
                        else
                            is_byte_enable_good = 1'b0 ;
                end
            _FCODE_AP6_ : 
                begin
                    if (((max_data / min_data) == 8)) 
                        is_byte_enable_good = ((((max_data % 72) == 0) || ((max_data % 64) == 0)) ? 1'b1 : 1'b0) ;
                    else
                        if (((max_data / min_data) == 4)) 
                            is_byte_enable_good = ((((max_data % 36) == 0) || ((max_data % 32) == 0)) ? 1'b1 : 1'b0) ;
                        else
                            if (((max_data / min_data) == 2)) 
                                is_byte_enable_good = ((((max_data % 16) == 0) || ((max_data % 18) == 0)) ? 1'b1 : 1'b0) ;
                            else
                                is_byte_enable_good = 1'b0 ;
                end
            default : 
                is_byte_enable_good = 1'b0 ;
            endcase 
        end
    endfunction
    function [31:0] EBR_impl ; 
        input [31:0] DEPTH_IMPL ; 
        input [31:0] WIDTH_IMPL ; 
        input [31:0] ADDR_DEPTH_X ; 
        input [31:0] DATA_WIDTH_X ; 
        begin
            EBR_impl = (roundUP(DEPTH_IMPL,
                    ADDR_DEPTH_X) * roundUP(WIDTH_IMPL,
                    DATA_WIDTH_X)) ;
        end
    endfunction
    function [31:0] roundUP ; 
        input [31:0] dividend ; 
        input [31:0] divisor ; 
        begin
            if ((divisor == 1)) 
                begin
                    roundUP = dividend ;
                end
            else
                if ((divisor == dividend)) 
                    begin
                        roundUP = 1 ;
                    end
                else
                    begin
                        roundUP = ((dividend / divisor) + (((dividend % divisor) == 0) ? 0 : 1)) ;
                    end
        end
    endfunction
    function [31:0] clog2 ; 
        input [31:0] value ; 
        reg [31:0] num ; 
        begin
            num = (value - 1) ;
            for (clog2 = 0 ; (num > 0) ; clog2 = (clog2 + 1))
                num = (num >> 1) ;
        end
    endfunction
endmodule



//=============================================================================
// lscc_ram_dp.v
// Local Variables:
// verilog-library-directories: ("../../common")
// End:
//=============================================================================
// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2017 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED 
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement. 
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02 
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS         
// Project               : Radiant Software 1.1
// File                  : lscc_ram_dp_core.v
// Title                 : 
// Dependencies          : 
// Description           : Implements a single pseudo dual port memory instance.
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             : 
// Mod. Date             : 
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_lscc_ram_dp_core #(parameter _FCODE_LIFCL_ = 1, 
        parameter _FCODE_ICE_ = 2, 
        parameter _FCODE_AP6_ = 3, 
        parameter _FCODE_COMMON_ = 0, 
        parameter MEM_ID = "MEM0", 
        parameter MEM_SIZE = "[18,1024]", 
        parameter FAMILY = "common", 
        parameter FAMILY_CODE = ((FAMILY == "LIFCL") ? _FCODE_LIFCL_ : ((FAMILY == "iCE40UP") ? _FCODE_ICE_ : ((FAMILY == "ap6a00") ? _FCODE_AP6_ : _FCODE_COMMON_))), 
        parameter DATA_WIDTH_W = 36, 
        parameter ADDR_WIDTH_W = getAddrWidth(DATA_WIDTH_W,
                FAMILY_CODE), 
        parameter DATA_WIDTH_R = 36, 
        parameter ADDR_WIDTH_R = getAddrWidth(DATA_WIDTH_R,
                FAMILY_CODE), 
        parameter REGMODE = "reg", 
        parameter GSR = "enabled", 
        parameter RESETMODE = "sync", 
        parameter RESET_RELEASE = "sync", 
        parameter INIT_FILE = "none", 
        parameter INIT_FILE_FORMAT = "binary", 
        parameter INIT_MODE = "none", 
        parameter BYTE_ENABLE = 0, 
        parameter BYTE_WIDTH = ((BYTE_ENABLE == 1) ? getByteWidth(DATA_WIDTH_W,
                FAMILY_CODE) : 1), 
        parameter ECC_ENABLE = 0, 
        parameter CSDECODE_W = 0, 
        parameter CSDECODE_R = 0, 
        parameter OPTIMIZATION = "speed", 
        parameter OUTPUT_CLK_EN = 0, 
        parameter BYTE_ENABLE_POL = "active-high", 
        parameter POSx = 0, 
        parameter POSy = 0, 
        parameter STRING_SIZE = calculateStringSize(POSx,
                POSy), 
        parameter INIT_VALUE_00 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_01 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_02 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_03 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_04 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_05 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_06 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_07 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_08 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_09 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_0F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_10 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_11 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_12 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_13 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_14 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_15 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_16 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_17 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_18 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_19 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_1F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_20 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_21 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_22 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_23 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_24 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_25 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_26 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_27 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_28 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_29 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_2F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_30 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_31 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_32 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_33 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_34 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_35 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_36 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_37 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_38 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_39 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_3F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_40 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_41 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_42 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_43 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_44 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_45 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_46 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_47 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_48 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_49 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_4F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_50 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_51 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_52 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_53 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_54 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_55 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_56 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_57 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_58 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_59 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_5F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_60 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_61 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_62 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_63 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_64 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_65 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_66 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_67 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_68 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_69 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_6F = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_70 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_71 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_72 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_73 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_74 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_75 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_76 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_77 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_78 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_79 = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7A = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7B = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7C = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7D = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7E = "0x0000000000000000000000000000000000000000000000000000000000000000", 
        parameter INIT_VALUE_7F = "0x0000000000000000000000000000000000000000000000000000000000000000") (
    //unused
    // -----------------------------------------------------------------------------
    // Input/Output Ports
    // -----------------------------------------------------------------------------
    input wr_clk_i, 
    input rd_clk_i, 
    input rst_i, 
    input wr_clk_en_i, 
    input rd_clk_en_i, 
    input rd_out_clk_en_i, 
    input wr_en_i, 
    input [(DATA_WIDTH_W - 1):0] wr_data_i, 
    input [(ADDR_WIDTH_W - 1):0] wr_addr_i, 
    input rd_en_i, 
    input [(ADDR_WIDTH_R - 1):0] rd_addr_i, 
    input [(BYTE_WIDTH - 1):0] ben_i, 
    output [(DATA_WIDTH_R - 1):0] rd_data_o, 
    output one_err_det_o, 
    output two_err_det_o) ;
    // -----------------------------------------------------------------------------
    // Local Parameters
    // -----------------------------------------------------------------------------
    localparam POS_X0 = (POSx % 10) ; 
    localparam POS_X1 = ((POSx / 10) % 10) ; 
    localparam POS_X2 = ((POSx / 100) % 10) ; 
    localparam POS_X3 = ((POSx / 1000) % 10) ; 
    localparam POS_X4 = ((POSx / 10000) % 10) ; 
    localparam POS_X5 = ((POSx / 100000) % 10) ; 
    localparam POS_X6 = ((POSx / 1000000) % 10) ; 
    localparam POS_X7 = ((POSx / 10000000) % 10) ; 
    localparam POS_Y0 = (POSy % 10) ; 
    localparam POS_Y1 = ((POSy / 10) % 10) ; 
    localparam POS_Y2 = ((POSy / 100) % 10) ; 
    localparam POS_Y3 = ((POSy / 1000) % 10) ; 
    localparam POS_Y4 = ((POSy / 10000) % 10) ; 
    localparam POS_Y5 = ((POSy / 100000) % 10) ; 
    localparam POS_Y6 = ((POSy / 1000000) % 10) ; 
    localparam POS_Y7 = ((POSy / 10000000) % 10) ; 
    localparam [79:0] NUM_STRING = "9876543210" ; 
    localparam BLOCK_POS = getStringFromPos(POSx,
                POSy) ; 
    localparam BLOCK_SIZE = ((DATA_WIDTH_W == 72) ? "[72,512]" : ((DATA_WIDTH_W == 64) ? "[64,512]" : ((DATA_WIDTH_W == 36) ? ((FAMILY == "ap6a00") ? "[36,1024]" : "[36,512]") : ((DATA_WIDTH_W == 32) ? ((FAMILY == "ap6a00") ? "[32,1024]" : "[32,512]") : ((DATA_WIDTH_W == 18) ? ((FAMILY == "ap6a00") ? "[18,2048]" : "[18,1024]") : ((DATA_WIDTH_W == 16) ? ((FAMILY == "ap6a00") ? "[16,2048]" : "[16,1024]") : ((DATA_WIDTH_W == 9) ? ((FAMILY == "ap6a00") ? "[9,4096]" : "[9,2048]") : ((DATA_WIDTH_W == 8) ? ((FAMILY == "ap6a00") ? "[8,4096]" : "[8,2048]") : ((DATA_WIDTH_W == 4) ? ((FAMILY == "ap6a00") ? "[4,8192]" : "[4,4096]") : ((DATA_WIDTH_W == 2) ? ((FAMILY == "ap6a00") ? "[2,16384]" : "[2,8192]") : ((FAMILY == "ap6a00") ? "[1,32768]" : "[1,16384]"))))))))))) ; 
    // -----------------------------------------------------------------------------
    // Generate Sequential Blocks
    // -----------------------------------------------------------------------------
    genvar i0 ; 
    generate
        if ((FAMILY_CODE == _FCODE_ICE_)) 
            begin : ICE_MEM
                wire [10:0] raddr_w ; 
                wire [10:0] waddr_w ; 
                wire [15:0] wdata_w ; 
                wire [15:0] rdata_w ; 
                wire [15:0] mask_w ; 
                wire [15:0] mask_t_w ; 
                wire [(DATA_WIDTH_R - 1):0] rd_data_w ; 
                for (i0 = 0;(i0 < 16);i0 = (i0 + 1))
                begin : genblk1
                    if ((i0 < 8)) 
                        begin: genblk1
                            assign mask_w[i0] = ((BYTE_ENABLE == 0) ? 1'b0 : ((DATA_WIDTH_W == 16) ? (~ben_i[0]) : 1'b0)) ; 
                        end
                    else
                        begin: genblk1
                            assign mask_w[i0] = ((BYTE_ENABLE == 0) ? 1'b0 : ((DATA_WIDTH_W == 16) ? (~ben_i[1]) : 1'b0)) ; 
                        end
                end
                if ((DATA_WIDTH_R == 16)) 
                    begin : genblk2
                        assign mask_t_w = mask_w ; 
                    end
                else
                    if ((DATA_WIDTH_R == 8)) 
                        begin : genblk2
                            assign mask_t_w[0] = mask_w[0] ; 
                            assign mask_t_w[2] = mask_w[1] ; 
                            assign mask_t_w[4] = mask_w[2] ; 
                            assign mask_t_w[6] = mask_w[3] ; 
                            assign mask_t_w[8] = mask_w[4] ; 
                            assign mask_t_w[10] = mask_w[5] ; 
                            assign mask_t_w[12] = mask_w[6] ; 
                            assign mask_t_w[14] = mask_w[7] ; 
                            assign mask_t_w[1] = mask_w[8] ; 
                            assign mask_t_w[3] = mask_w[9] ; 
                            assign mask_t_w[5] = mask_w[10] ; 
                            assign mask_t_w[7] = mask_w[11] ; 
                            assign mask_t_w[9] = mask_w[12] ; 
                            assign mask_t_w[11] = mask_w[13] ; 
                            assign mask_t_w[13] = mask_w[14] ; 
                            assign mask_t_w[15] = mask_w[15] ; 
                        end
                    else
                        if ((DATA_WIDTH_R == 4)) 
                            begin : genblk2
                                assign mask_t_w[0] = mask_w[0] ; 
                                assign mask_t_w[4] = mask_w[1] ; 
                                assign mask_t_w[8] = mask_w[2] ; 
                                assign mask_t_w[12] = mask_w[3] ; 
                                assign mask_t_w[1] = mask_w[4] ; 
                                assign mask_t_w[5] = mask_w[5] ; 
                                assign mask_t_w[9] = mask_w[6] ; 
                                assign mask_t_w[13] = mask_w[7] ; 
                                assign mask_t_w[2] = mask_w[8] ; 
                                assign mask_t_w[6] = mask_w[9] ; 
                                assign mask_t_w[10] = mask_w[10] ; 
                                assign mask_t_w[14] = mask_w[11] ; 
                                assign mask_t_w[3] = mask_w[12] ; 
                                assign mask_t_w[7] = mask_w[13] ; 
                                assign mask_t_w[11] = mask_w[14] ; 
                                assign mask_t_w[15] = mask_w[15] ; 
                            end
                        else
                            begin : genblk2
                                assign mask_t_w[0] = mask_w[0] ; 
                                assign mask_t_w[8] = mask_w[1] ; 
                                assign mask_t_w[1] = mask_w[2] ; 
                                assign mask_t_w[9] = mask_w[3] ; 
                                assign mask_t_w[2] = mask_w[4] ; 
                                assign mask_t_w[10] = mask_w[5] ; 
                                assign mask_t_w[3] = mask_w[6] ; 
                                assign mask_t_w[11] = mask_w[7] ; 
                                assign mask_t_w[4] = mask_w[8] ; 
                                assign mask_t_w[12] = mask_w[9] ; 
                                assign mask_t_w[5] = mask_w[10] ; 
                                assign mask_t_w[13] = mask_w[11] ; 
                                assign mask_t_w[6] = mask_w[12] ; 
                                assign mask_t_w[14] = mask_w[13] ; 
                                assign mask_t_w[7] = mask_w[14] ; 
                                assign mask_t_w[15] = mask_w[15] ; 
                            end
                if ((ADDR_WIDTH_R < 11)) 
                    begin: genblk3
                        assign raddr_w[10:ADDR_WIDTH_R] = {(11 - ADDR_WIDTH_R){1'b0}} ; 
                    end
                if ((ADDR_WIDTH_W < 11)) 
                    begin: genblk4
                        assign waddr_w[10:ADDR_WIDTH_W] = {(11 - ADDR_WIDTH_W){1'b0}} ; 
                    end
                if (((DATA_WIDTH_W == 16) && (DATA_WIDTH_R == 16))) 
                    begin : genblk5
                        assign wdata_w = wr_data_i ; 
                        assign waddr_w[(ADDR_WIDTH_W - 1):0] = wr_addr_i ; 
                        assign raddr_w[(ADDR_WIDTH_R - 1):0] = rd_addr_i ; 
                        assign rd_data_w = rdata_w ; 
                    end
                else
                    if (((DATA_WIDTH_W == 16) && (DATA_WIDTH_R == 8))) 
                        begin : genblk5
                            assign wdata_w[0] = wr_data_i[0] ; 
                            assign wdata_w[2] = wr_data_i[1] ; 
                            assign wdata_w[4] = wr_data_i[2] ; 
                            assign wdata_w[6] = wr_data_i[3] ; 
                            assign wdata_w[8] = wr_data_i[4] ; 
                            assign wdata_w[10] = wr_data_i[5] ; 
                            assign wdata_w[12] = wr_data_i[6] ; 
                            assign wdata_w[14] = wr_data_i[7] ; 
                            assign wdata_w[1] = wr_data_i[8] ; 
                            assign wdata_w[3] = wr_data_i[9] ; 
                            assign wdata_w[5] = wr_data_i[10] ; 
                            assign wdata_w[7] = wr_data_i[11] ; 
                            assign wdata_w[9] = wr_data_i[12] ; 
                            assign wdata_w[11] = wr_data_i[13] ; 
                            assign wdata_w[13] = wr_data_i[14] ; 
                            assign wdata_w[15] = wr_data_i[15] ; 
                            assign waddr_w[(ADDR_WIDTH_W - 1):0] = wr_addr_i ; 
                            assign raddr_w = {rd_addr_i[0],
                                        rd_addr_i[(ADDR_WIDTH_R - 1):1]} ; 
                            assign rd_data_w[7] = rdata_w[14] ; 
                            assign rd_data_w[6] = rdata_w[12] ; 
                            assign rd_data_w[5] = rdata_w[10] ; 
                            assign rd_data_w[4] = rdata_w[8] ; 
                            assign rd_data_w[3] = rdata_w[6] ; 
                            assign rd_data_w[2] = rdata_w[4] ; 
                            assign rd_data_w[1] = rdata_w[2] ; 
                            assign rd_data_w[0] = rdata_w[0] ; 
                        end
                    else
                        if (((DATA_WIDTH_W == 16) && (DATA_WIDTH_R == 4))) 
                            begin : genblk5
                                assign wdata_w[0] = wr_data_i[0] ; 
                                assign wdata_w[4] = wr_data_i[1] ; 
                                assign wdata_w[8] = wr_data_i[2] ; 
                                assign wdata_w[12] = wr_data_i[3] ; 
                                assign wdata_w[1] = wr_data_i[4] ; 
                                assign wdata_w[5] = wr_data_i[5] ; 
                                assign wdata_w[9] = wr_data_i[6] ; 
                                assign wdata_w[13] = wr_data_i[7] ; 
                                assign wdata_w[2] = wr_data_i[8] ; 
                                assign wdata_w[6] = wr_data_i[9] ; 
                                assign wdata_w[10] = wr_data_i[10] ; 
                                assign wdata_w[14] = wr_data_i[11] ; 
                                assign wdata_w[3] = wr_data_i[12] ; 
                                assign wdata_w[7] = wr_data_i[13] ; 
                                assign wdata_w[11] = wr_data_i[14] ; 
                                assign wdata_w[15] = wr_data_i[15] ; 
                                assign waddr_w[(ADDR_WIDTH_W - 1):0] = wr_addr_i ; 
                                assign raddr_w = {rd_addr_i[1:0],
                                            rd_addr_i[(ADDR_WIDTH_R - 1):2]} ; 
                                assign rd_data_w[3] = rdata_w[13] ; 
                                assign rd_data_w[2] = rdata_w[9] ; 
                                assign rd_data_w[1] = rdata_w[5] ; 
                                assign rd_data_w[0] = rdata_w[1] ; 
                            end
                        else
                            if (((DATA_WIDTH_W == 16) && (DATA_WIDTH_R == 2))) 
                                begin : genblk5
                                    assign wdata_w[0] = wr_data_i[0] ; 
                                    assign wdata_w[8] = wr_data_i[1] ; 
                                    assign wdata_w[1] = wr_data_i[2] ; 
                                    assign wdata_w[9] = wr_data_i[3] ; 
                                    assign wdata_w[2] = wr_data_i[4] ; 
                                    assign wdata_w[10] = wr_data_i[5] ; 
                                    assign wdata_w[3] = wr_data_i[6] ; 
                                    assign wdata_w[11] = wr_data_i[7] ; 
                                    assign wdata_w[4] = wr_data_i[8] ; 
                                    assign wdata_w[12] = wr_data_i[9] ; 
                                    assign wdata_w[5] = wr_data_i[10] ; 
                                    assign wdata_w[13] = wr_data_i[11] ; 
                                    assign wdata_w[6] = wr_data_i[12] ; 
                                    assign wdata_w[14] = wr_data_i[13] ; 
                                    assign wdata_w[7] = wr_data_i[14] ; 
                                    assign wdata_w[15] = wr_data_i[15] ; 
                                    assign waddr_w[(ADDR_WIDTH_W - 1):0] = wr_addr_i ; 
                                    assign raddr_w = {rd_addr_i[2:0],
                                                rd_addr_i[(ADDR_WIDTH_R - 1):3]} ; 
                                    assign rd_data_w[1] = rdata_w[11] ; 
                                    assign rd_data_w[0] = rdata_w[3] ; 
                                end
                            else
                                if (((DATA_WIDTH_W == 8) && (DATA_WIDTH_R == 16))) 
                                    begin : genblk5
                                        assign wdata_w[0] = wr_data_i[0] ; 
                                        assign wdata_w[2] = wr_data_i[1] ; 
                                        assign wdata_w[4] = wr_data_i[2] ; 
                                        assign wdata_w[6] = wr_data_i[3] ; 
                                        assign wdata_w[8] = wr_data_i[4] ; 
                                        assign wdata_w[10] = wr_data_i[5] ; 
                                        assign wdata_w[12] = wr_data_i[6] ; 
                                        assign wdata_w[14] = wr_data_i[7] ; 
                                        assign wdata_w[1] = 1'b0 ; 
                                        assign wdata_w[3] = 1'b0 ; 
                                        assign wdata_w[5] = 1'b0 ; 
                                        assign wdata_w[7] = 1'b0 ; 
                                        assign wdata_w[9] = 1'b0 ; 
                                        assign wdata_w[11] = 1'b0 ; 
                                        assign wdata_w[13] = 1'b0 ; 
                                        assign wdata_w[15] = 1'b0 ; 
                                        assign waddr_w = {wr_addr_i[0],
                                                    wr_addr_i[(ADDR_WIDTH_W - 1):1]} ; 
                                        assign raddr_w = rd_addr_i ; 
                                        assign rd_data_w[0] = rdata_w[0] ; 
                                        assign rd_data_w[1] = rdata_w[2] ; 
                                        assign rd_data_w[2] = rdata_w[4] ; 
                                        assign rd_data_w[3] = rdata_w[6] ; 
                                        assign rd_data_w[4] = rdata_w[8] ; 
                                        assign rd_data_w[5] = rdata_w[10] ; 
                                        assign rd_data_w[6] = rdata_w[12] ; 
                                        assign rd_data_w[7] = rdata_w[14] ; 
                                        assign rd_data_w[8] = rdata_w[1] ; 
                                        assign rd_data_w[9] = rdata_w[3] ; 
                                        assign rd_data_w[10] = rdata_w[5] ; 
                                        assign rd_data_w[11] = rdata_w[7] ; 
                                        assign rd_data_w[12] = rdata_w[9] ; 
                                        assign rd_data_w[13] = rdata_w[11] ; 
                                        assign rd_data_w[14] = rdata_w[13] ; 
                                        assign rd_data_w[15] = rdata_w[15] ; 
                                    end
                                else
                                    if (((DATA_WIDTH_W == 8) && (DATA_WIDTH_R == 8))) 
                                        begin : genblk5
                                            assign wdata_w[0] = wr_data_i[0] ; 
                                            assign wdata_w[2] = wr_data_i[1] ; 
                                            assign wdata_w[4] = wr_data_i[2] ; 
                                            assign wdata_w[6] = wr_data_i[3] ; 
                                            assign wdata_w[8] = wr_data_i[4] ; 
                                            assign wdata_w[10] = wr_data_i[5] ; 
                                            assign wdata_w[12] = wr_data_i[6] ; 
                                            assign wdata_w[14] = wr_data_i[7] ; 
                                            assign wdata_w[1] = 1'b0 ; 
                                            assign wdata_w[3] = 1'b0 ; 
                                            assign wdata_w[5] = 1'b0 ; 
                                            assign wdata_w[7] = 1'b0 ; 
                                            assign wdata_w[9] = 1'b0 ; 
                                            assign wdata_w[11] = 1'b0 ; 
                                            assign wdata_w[13] = 1'b0 ; 
                                            assign wdata_w[15] = 1'b0 ; 
                                            assign waddr_w = {wr_addr_i} ; 
                                            assign raddr_w = {rd_addr_i} ; 
                                            assign rd_data_w[0] = rdata_w[0] ; 
                                            assign rd_data_w[1] = rdata_w[2] ; 
                                            assign rd_data_w[2] = rdata_w[4] ; 
                                            assign rd_data_w[3] = rdata_w[6] ; 
                                            assign rd_data_w[4] = rdata_w[8] ; 
                                            assign rd_data_w[5] = rdata_w[10] ; 
                                            assign rd_data_w[6] = rdata_w[12] ; 
                                            assign rd_data_w[7] = rdata_w[14] ; 
                                        end
                                    else
                                        if (((DATA_WIDTH_W == 8) && (DATA_WIDTH_R == 4))) 
                                            begin : genblk5
                                                assign wdata_w[0] = wr_data_i[0] ; 
                                                assign wdata_w[4] = wr_data_i[1] ; 
                                                assign wdata_w[8] = wr_data_i[2] ; 
                                                assign wdata_w[12] = wr_data_i[3] ; 
                                                assign wdata_w[2] = wr_data_i[4] ; 
                                                assign wdata_w[6] = wr_data_i[5] ; 
                                                assign wdata_w[10] = wr_data_i[6] ; 
                                                assign wdata_w[14] = wr_data_i[7] ; 
                                                assign wdata_w[1] = 1'b0 ; 
                                                assign wdata_w[3] = 1'b0 ; 
                                                assign wdata_w[5] = 1'b0 ; 
                                                assign wdata_w[7] = 1'b0 ; 
                                                assign wdata_w[9] = 1'b0 ; 
                                                assign wdata_w[11] = 1'b0 ; 
                                                assign wdata_w[13] = 1'b0 ; 
                                                assign wdata_w[15] = 1'b0 ; 
                                                assign waddr_w = {wr_addr_i} ; 
                                                assign raddr_w = {rd_addr_i[0],
                                                            rd_addr_i[(ADDR_WIDTH_R - 1):1]} ; 
                                                assign rd_data_w[0] = rdata_w[1] ; 
                                                assign rd_data_w[1] = rdata_w[5] ; 
                                                assign rd_data_w[2] = rdata_w[9] ; 
                                                assign rd_data_w[3] = rdata_w[13] ; 
                                            end
                                        else
                                            if (((DATA_WIDTH_W == 8) && (DATA_WIDTH_R == 2))) 
                                                begin : genblk5
                                                    assign wdata_w[0] = wr_data_i[0] ; 
                                                    assign wdata_w[8] = wr_data_i[1] ; 
                                                    assign wdata_w[2] = wr_data_i[2] ; 
                                                    assign wdata_w[10] = wr_data_i[3] ; 
                                                    assign wdata_w[4] = wr_data_i[4] ; 
                                                    assign wdata_w[12] = wr_data_i[5] ; 
                                                    assign wdata_w[6] = wr_data_i[6] ; 
                                                    assign wdata_w[14] = wr_data_i[7] ; 
                                                    assign wdata_w[1] = 1'b0 ; 
                                                    assign wdata_w[3] = 1'b0 ; 
                                                    assign wdata_w[5] = 1'b0 ; 
                                                    assign wdata_w[7] = 1'b0 ; 
                                                    assign wdata_w[9] = 1'b0 ; 
                                                    assign wdata_w[11] = 1'b0 ; 
                                                    assign wdata_w[13] = 1'b0 ; 
                                                    assign wdata_w[15] = 1'b0 ; 
                                                    assign waddr_w = {wr_addr_i} ; 
                                                    assign raddr_w = {rd_addr_i[1:0],
                                                                rd_addr_i[(ADDR_WIDTH_R - 1):2]} ; 
                                                    assign rd_data_w[1] = rdata_w[11] ; 
                                                    assign rd_data_w[0] = rdata_w[3] ; 
                                                end
                                            else
                                                if (((DATA_WIDTH_W == 4) && (DATA_WIDTH_R == 16))) 
                                                    begin : genblk5
                                                        assign wdata_w[1] = wr_data_i[0] ; 
                                                        assign wdata_w[5] = wr_data_i[1] ; 
                                                        assign wdata_w[9] = wr_data_i[2] ; 
                                                        assign wdata_w[13] = wr_data_i[3] ; 
                                                        assign wdata_w[0] = 1'b0 ; 
                                                        assign wdata_w[4:2] = 3'b000 ; 
                                                        assign wdata_w[8:6] = 3'b000 ; 
                                                        assign wdata_w[12:10] = 3'b000 ; 
                                                        assign wdata_w[15:14] = 2'b00 ; 
                                                        assign waddr_w = {wr_addr_i[1:0],
                                                                    wr_addr_i[(ADDR_WIDTH_W - 1):2]} ; 
                                                        assign raddr_w = rd_addr_i ; 
                                                        assign rd_data_w[0] = rdata_w[0] ; 
                                                        assign rd_data_w[1] = rdata_w[4] ; 
                                                        assign rd_data_w[2] = rdata_w[8] ; 
                                                        assign rd_data_w[3] = rdata_w[12] ; 
                                                        assign rd_data_w[4] = rdata_w[1] ; 
                                                        assign rd_data_w[5] = rdata_w[5] ; 
                                                        assign rd_data_w[6] = rdata_w[9] ; 
                                                        assign rd_data_w[7] = rdata_w[13] ; 
                                                        assign rd_data_w[8] = rdata_w[2] ; 
                                                        assign rd_data_w[9] = rdata_w[6] ; 
                                                        assign rd_data_w[10] = rdata_w[10] ; 
                                                        assign rd_data_w[11] = rdata_w[14] ; 
                                                        assign rd_data_w[12] = rdata_w[3] ; 
                                                        assign rd_data_w[13] = rdata_w[7] ; 
                                                        assign rd_data_w[14] = rdata_w[11] ; 
                                                        assign rd_data_w[15] = rdata_w[15] ; 
                                                    end
                                                else
                                                    if (((DATA_WIDTH_W == 4) && (DATA_WIDTH_R == 8))) 
                                                        begin : genblk5
                                                            assign wdata_w[1] = wr_data_i[0] ; 
                                                            assign wdata_w[5] = wr_data_i[1] ; 
                                                            assign wdata_w[9] = wr_data_i[2] ; 
                                                            assign wdata_w[13] = wr_data_i[3] ; 
                                                            assign wdata_w[0] = 1'b0 ; 
                                                            assign wdata_w[4:2] = 3'b000 ; 
                                                            assign wdata_w[8:6] = 3'b000 ; 
                                                            assign wdata_w[12:10] = 3'b000 ; 
                                                            assign wdata_w[15:14] = 2'b00 ; 
                                                            assign waddr_w = {wr_addr_i[0],
                                                                        wr_addr_i[(ADDR_WIDTH_W - 1):1]} ; 
                                                            assign raddr_w = rd_addr_i ; 
                                                            assign rd_data_w[0] = rdata_w[0] ; 
                                                            assign rd_data_w[1] = rdata_w[4] ; 
                                                            assign rd_data_w[2] = rdata_w[8] ; 
                                                            assign rd_data_w[3] = rdata_w[12] ; 
                                                            assign rd_data_w[4] = rdata_w[2] ; 
                                                            assign rd_data_w[5] = rdata_w[6] ; 
                                                            assign rd_data_w[6] = rdata_w[10] ; 
                                                            assign rd_data_w[7] = rdata_w[14] ; 
                                                        end
                                                    else
                                                        if (((DATA_WIDTH_W == 4) && (DATA_WIDTH_R == 4))) 
                                                            begin : genblk5
                                                                assign wdata_w[1] = wr_data_i[0] ; 
                                                                assign wdata_w[5] = wr_data_i[1] ; 
                                                                assign wdata_w[9] = wr_data_i[2] ; 
                                                                assign wdata_w[13] = wr_data_i[3] ; 
                                                                assign wdata_w[0] = 1'b0 ; 
                                                                assign wdata_w[4:2] = 3'b000 ; 
                                                                assign wdata_w[8:6] = 3'b000 ; 
                                                                assign wdata_w[12:10] = 3'b000 ; 
                                                                assign wdata_w[15:14] = 2'b00 ; 
                                                                assign waddr_w[(ADDR_WIDTH_W - 1):0] = wr_addr_i ; 
                                                                assign raddr_w[(ADDR_WIDTH_R - 1):0] = rd_addr_i ; 
                                                                assign rd_data_w[0] = rdata_w[1] ; 
                                                                assign rd_data_w[1] = rdata_w[5] ; 
                                                                assign rd_data_w[2] = rdata_w[9] ; 
                                                                assign rd_data_w[3] = rdata_w[13] ; 
                                                            end
                                                        else
                                                            if (((DATA_WIDTH_W == 4) && (DATA_WIDTH_R == 2))) 
                                                                begin : genblk5
                                                                    assign wdata_w[1] = wr_data_i[0] ; 
                                                                    assign wdata_w[9] = wr_data_i[1] ; 
                                                                    assign wdata_w[5] = wr_data_i[2] ; 
                                                                    assign wdata_w[13] = wr_data_i[3] ; 
                                                                    assign wdata_w[0] = 1'b0 ; 
                                                                    assign wdata_w[4:2] = 3'b000 ; 
                                                                    assign wdata_w[8:6] = 3'b000 ; 
                                                                    assign wdata_w[12:10] = 3'b000 ; 
                                                                    assign wdata_w[15:14] = 2'b00 ; 
                                                                    assign waddr_w[(ADDR_WIDTH_W - 1):0] = wr_addr_i ; 
                                                                    assign raddr_w = {rd_addr_i[0],
                                                                                rd_addr_i[(ADDR_WIDTH_R - 1):1]} ; 
                                                                    assign rd_data_w[1] = rdata_w[11] ; 
                                                                    assign rd_data_w[0] = rdata_w[3] ; 
                                                                end
                                                            else
                                                                if (((DATA_WIDTH_W == 2) && (DATA_WIDTH_R == 16))) 
                                                                    begin : genblk5
                                                                        assign wdata_w[11] = wr_data_i[1] ; 
                                                                        assign wdata_w[3] = wr_data_i[0] ; 
                                                                        assign wdata_w[2:0] = 3'b000 ; 
                                                                        assign wdata_w[10:4] = 7'h00 ; 
                                                                        assign wdata_w[15:12] = 4'h0 ; 
                                                                        assign waddr_w = {wr_addr_i[2:0],
                                                                                wr_addr_i[(ADDR_WIDTH_W - 1):3]} ; 
                                                                        assign raddr_w = rd_addr_i ; 
                                                                        assign rd_data_w[0] = rdata_w[0] ; 
                                                                        assign rd_data_w[1] = rdata_w[8] ; 
                                                                        assign rd_data_w[2] = rdata_w[1] ; 
                                                                        assign rd_data_w[3] = rdata_w[9] ; 
                                                                        assign rd_data_w[4] = rdata_w[2] ; 
                                                                        assign rd_data_w[5] = rdata_w[10] ; 
                                                                        assign rd_data_w[6] = rdata_w[3] ; 
                                                                        assign rd_data_w[7] = rdata_w[11] ; 
                                                                        assign rd_data_w[8] = rdata_w[4] ; 
                                                                        assign rd_data_w[9] = rdata_w[12] ; 
                                                                        assign rd_data_w[10] = rdata_w[5] ; 
                                                                        assign rd_data_w[11] = rdata_w[13] ; 
                                                                        assign rd_data_w[12] = rdata_w[6] ; 
                                                                        assign rd_data_w[13] = rdata_w[14] ; 
                                                                        assign rd_data_w[14] = rdata_w[7] ; 
                                                                        assign rd_data_w[15] = rdata_w[15] ; 
                                                                    end
                                                                else
                                                                    if (((DATA_WIDTH_W == 2) && (DATA_WIDTH_R == 8))) 
                                                                        begin : genblk5
                                                                            assign wdata_w[11] = wr_data_i[1] ; 
                                                                            assign wdata_w[3] = wr_data_i[0] ; 
                                                                            assign wdata_w[2:0] = 3'b000 ; 
                                                                            assign wdata_w[10:4] = 7'h00 ; 
                                                                            assign wdata_w[15:12] = 4'h0 ; 
                                                                            assign waddr_w = {wr_addr_i[1:0],
                                                                                wr_addr_i[(ADDR_WIDTH_W - 1):2]} ; 
                                                                            assign raddr_w = rd_addr_i ; 
                                                                            assign rd_data_w[0] = rdata_w[0] ; 
                                                                            assign rd_data_w[1] = rdata_w[8] ; 
                                                                            assign rd_data_w[2] = rdata_w[2] ; 
                                                                            assign rd_data_w[3] = rdata_w[10] ; 
                                                                            assign rd_data_w[4] = rdata_w[4] ; 
                                                                            assign rd_data_w[5] = rdata_w[12] ; 
                                                                            assign rd_data_w[6] = rdata_w[6] ; 
                                                                            assign rd_data_w[7] = rdata_w[14] ; 
                                                                        end
                                                                    else
                                                                        if (((DATA_WIDTH_W == 2) && (DATA_WIDTH_R == 4))) 
                                                                            begin : genblk5
                                                                                assign wdata_w[11] = wr_data_i[1] ; 
                                                                                assign wdata_w[3] = wr_data_i[0] ; 
                                                                                assign wdata_w[2:0] = 3'b000 ; 
                                                                                assign wdata_w[10:4] = 7'h00 ; 
                                                                                assign wdata_w[15:12] = 4'h0 ; 
                                                                                assign waddr_w = {wr_addr_i[0],
                                                                                wr_addr_i[(ADDR_WIDTH_W - 1):1]} ; 
                                                                                assign raddr_w = rd_addr_i ; 
                                                                                assign rd_data_w[0] = rdata_w[1] ; 
                                                                                assign rd_data_w[1] = rdata_w[9] ; 
                                                                                assign rd_data_w[2] = rdata_w[5] ; 
                                                                                assign rd_data_w[3] = rdata_w[13] ; 
                                                                            end
                                                                        else
                                                                            begin : genblk5
                                                                                assign wdata_w[11] = wr_data_i[1] ; 
                                                                                assign wdata_w[3] = wr_data_i[0] ; 
                                                                                assign wdata_w[2:0] = 3'b000 ; 
                                                                                assign wdata_w[10:4] = 7'h00 ; 
                                                                                assign wdata_w[15:12] = 4'h0 ; 
                                                                                assign waddr_w = wr_addr_i ; 
                                                                                assign raddr_w = rd_addr_i ; 
                                                                                assign rd_data_w[0] = rdata_w[3] ; 
                                                                                assign rd_data_w[1] = rdata_w[11] ; 
                                                                            end
                wire t_wr_en_i = ((BYTE_ENABLE == 0) ? wr_en_i : ((BYTE_WIDTH > 1) ? wr_en_i : (wr_en_i & ben_i))) ; 
                PDP4K u_mem0 (.ADR(raddr_w), 
                            .ADW(waddr_w), 
                            .DI(wdata_w), 
                            .MASK_N(mask_t_w), 
                            .CER(rd_clk_en_i), 
                            .CKR(rd_clk_i), 
                            .RE(rd_en_i), 
                            .CEW(wr_clk_en_i), 
                            .CKW(wr_clk_i), 
                            .WE(t_wr_en_i), 
                            .DO(rdata_w)) ; 
                localparam R = ((DATA_WIDTH_R == 16) ? "16" : ((DATA_WIDTH_R == 8) ? "8" : ((DATA_WIDTH_R == 4) ? "4" : "2"))) ; 
                localparam W = ((DATA_WIDTH_W == 16) ? "16" : ((DATA_WIDTH_W == 8) ? "8" : ((DATA_WIDTH_W == 4) ? "4" : "2"))) ; 
                localparam X_T0 = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_T1 = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_T2 = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_T3 = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_T4 = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_T5 = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_T6 = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_T7 = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_T8 = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_T9 = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_TA = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_TB = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_TC = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_TD = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_TE = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X_TF = ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x0000000000000000000000000000000000000000000000000000000000000000") ; 
                localparam X0 = ((INIT_MODE == "mem_file") ? INIT_VALUE_00 : X_T0) ; 
                localparam X1 = ((INIT_MODE == "mem_file") ? INIT_VALUE_01 : X_T1) ; 
                localparam X2 = ((INIT_MODE == "mem_file") ? INIT_VALUE_02 : X_T2) ; 
                localparam X3 = ((INIT_MODE == "mem_file") ? INIT_VALUE_03 : X_T3) ; 
                localparam X4 = ((INIT_MODE == "mem_file") ? INIT_VALUE_04 : X_T4) ; 
                localparam X5 = ((INIT_MODE == "mem_file") ? INIT_VALUE_05 : X_T5) ; 
                localparam X6 = ((INIT_MODE == "mem_file") ? INIT_VALUE_06 : X_T6) ; 
                localparam X7 = ((INIT_MODE == "mem_file") ? INIT_VALUE_07 : X_T7) ; 
                localparam X8 = ((INIT_MODE == "mem_file") ? INIT_VALUE_08 : X_T8) ; 
                localparam X9 = ((INIT_MODE == "mem_file") ? INIT_VALUE_09 : X_T9) ; 
                localparam XA = ((INIT_MODE == "mem_file") ? INIT_VALUE_0A : X_TA) ; 
                localparam XB = ((INIT_MODE == "mem_file") ? INIT_VALUE_0B : X_TB) ; 
                localparam XC = ((INIT_MODE == "mem_file") ? INIT_VALUE_0C : X_TC) ; 
                localparam XD = ((INIT_MODE == "mem_file") ? INIT_VALUE_0D : X_TD) ; 
                localparam XE = ((INIT_MODE == "mem_file") ? INIT_VALUE_0E : X_TE) ; 
                localparam XF = ((INIT_MODE == "mem_file") ? INIT_VALUE_0F : X_TF) ; 
                defparam u_mem0.DATA_WIDTH_W = W ; 
                defparam u_mem0.DATA_WIDTH_R = R ; 
                defparam u_mem0.INITVAL_0 = X0 ; 
                defparam u_mem0.INITVAL_1 = X1 ; 
                defparam u_mem0.INITVAL_2 = X2 ; 
                defparam u_mem0.INITVAL_3 = X3 ; 
                defparam u_mem0.INITVAL_4 = X4 ; 
                defparam u_mem0.INITVAL_5 = X5 ; 
                defparam u_mem0.INITVAL_6 = X6 ; 
                defparam u_mem0.INITVAL_7 = X7 ; 
                defparam u_mem0.INITVAL_8 = X8 ; 
                defparam u_mem0.INITVAL_9 = X9 ; 
                defparam u_mem0.INITVAL_A = XA ; 
                defparam u_mem0.INITVAL_B = XB ; 
                defparam u_mem0.INITVAL_C = XC ; 
                defparam u_mem0.INITVAL_D = XD ; 
                defparam u_mem0.INITVAL_E = XE ; 
                defparam u_mem0.INITVAL_F = XF ; 
                if ((REGMODE == "reg")) 
                    begin : genblk6
                        reg [(DATA_WIDTH_R - 1):0] rd_buff_r ; 
                        assign rd_data_o = rd_buff_r ; 
                        if ((RESETMODE == "sync")) 
                            begin : genblk1
                                always
                                    @(posedge rd_clk_i)
                                    begin
                                        if ((rst_i == 1'b1)) 
                                            begin
                                                rd_buff_r <=  'h0 ;
                                            end
                                        else
                                            begin
                                                if ((rd_out_clk_en_i == 1'b1)) 
                                                    begin
                                                        rd_buff_r <=  rd_data_w ;
                                                    end
                                            end
                                    end
                            end
                        else
                            if ((RESET_RELEASE == "sync")) 
                                begin : genblk1
                                    always
                                        @(posedge rd_clk_i or 
                                            posedge rst_i)
                                        begin
                                            if ((rst_i == 1'b1)) 
                                                begin
                                                    rd_buff_r <=  'h0 ;
                                                end
                                            else
                                                begin
                                                    if ((rd_out_clk_en_i == 1'b1)) 
                                                        begin
                                                            rd_buff_r <=  rd_data_w ;
                                                        end
                                                end
                                        end
                                end
                            else
                                begin : genblk1
                                    always
                                        @(*)
                                        begin
                                            if ((rst_i == 1'b1)) 
                                                begin
                                                    rd_buff_r = 'h0 ;
                                                end
                                            else
                                                begin
                                                    if ((rd_out_clk_en_i == 1'b1)) 
                                                        begin
                                                            rd_buff_r = rd_data_w ;
                                                        end
                                                end
                                        end
                                end
                    end
                else
                    begin : genblk6
                        assign rd_data_o = rd_data_w ; 
                    end
            end
        else
            if ((FAMILY_CODE == _FCODE_LIFCL_)) 
                begin : LIFCL_MEM
                    localparam OUTREG = ((REGMODE == "reg") ? ((OUTPUT_CLK_EN == 0) ? "USED" : "BYPASSED") : "BYPASSED") ; 
                    localparam TRUE_CSW = ((CSDECODE_W == 0) ? "000" : ((CSDECODE_W == 1) ? "001" : ((CSDECODE_W == 2) ? "010" : ((CSDECODE_W == 3) ? "011" : ((CSDECODE_W == 4) ? "100" : ((CSDECODE_W == 5) ? "101" : ((CSDECODE_W == 6) ? "110" : "111"))))))) ; 
                    localparam TRUE_CSR = ((CSDECODE_R == 0) ? "000" : ((CSDECODE_R == 1) ? "001" : ((CSDECODE_R == 2) ? "010" : ((CSDECODE_R == 3) ? "011" : ((CSDECODE_R == 4) ? "100" : ((CSDECODE_R == 5) ? "101" : ((CSDECODE_R == 6) ? "110" : "111"))))))) ; 
                    localparam DW_W = (((DATA_WIDTH_W == 36) || (DATA_WIDTH_W == 32)) ? "X36" : (((DATA_WIDTH_W == 18) || (DATA_WIDTH_W == 16)) ? "X18" : (((DATA_WIDTH_W == 9) || (DATA_WIDTH_W == 8)) ? "X9" : ((DATA_WIDTH_W == 4) ? "X4" : ((DATA_WIDTH_W == 2) ? "X2" : "X1"))))) ; 
                    localparam DW_R = (((DATA_WIDTH_R == 36) || (DATA_WIDTH_R == 32)) ? "X36" : (((DATA_WIDTH_R == 18) || (DATA_WIDTH_R == 16)) ? "X18" : (((DATA_WIDTH_R == 9) || (DATA_WIDTH_R == 8)) ? "X9" : ((DATA_WIDTH_R == 4) ? "X4" : ((DATA_WIDTH_R == 2) ? "X2" : "X1"))))) ; 
                    localparam TRUE_RST = ((RESETMODE == "sync") ? "SYNC" : "ASYNC") ; 
                    localparam TRUE_RST_REL = ((RESET_RELEASE == "sync") ? "SYNC" : "ASYNC") ; 
                    localparam TRUE_ECC = (((ECC_ENABLE == 1) && (DATA_WIDTH_W == 32)) ? "ENABLED" : "DISABLED") ; 
                    localparam TRUE_GSR = ((GSR == "disabled") ? "DISABLED" : "ENABLED") ; 
                    wire [13:0] w_addr_w ; 
                    wire [13:0] r_addr_w ; 
                    wire [35:0] w_data_w ; 
                    wire [35:0] r_data_w ; 
                    wire [(DATA_WIDTH_R - 1):0] rd_data_w ; 
                    if (((REGMODE == "noreg") || (OUTPUT_CLK_EN == 0))) 
                        begin : genblk1
                            assign rd_data_o = rd_data_w ; 
                        end
                    else
                        begin : genblk1
                            reg [(DATA_WIDTH_R - 1):0] rd_data_r ; 
                            if ((RESETMODE == "sync")) 
                                begin : genblk1
                                    always
                                        @(posedge rd_clk_i)
                                        begin
                                            if ((rst_i == 1'b1)) 
                                                begin
                                                    rd_data_r <=  {DATA_WIDTH_R{1'b0}} ;
                                                end
                                            else
                                                if ((rd_out_clk_en_i == 1'b1)) 
                                                    begin
                                                        rd_data_r <=  rd_data_w ;
                                                    end
                                        end
                                end
                            else
                                begin : genblk1
                                    always
                                        @(posedge rd_clk_i or 
                                            posedge rst_i)
                                        begin
                                            if ((rst_i == 1'b1)) 
                                                begin
                                                    rd_data_r <=  {DATA_WIDTH_R{1'b0}} ;
                                                end
                                            else
                                                if ((rd_out_clk_en_i == 1'b1)) 
                                                    begin
                                                        rd_data_r <=  rd_data_w ;
                                                    end
                                        end
                                end
                            assign rd_data_o = rd_data_r ; 
                        end
                    if (((DATA_WIDTH_W == 36) || (DATA_WIDTH_W == 32))) 
                        begin : genblk2
                            assign w_addr_w[13:5] = wr_addr_i ; 
                            assign w_addr_w[4] = 1'b1 ; 
                            assign w_addr_w[3:0] = ((BYTE_ENABLE == 1) ? ben_i : 4'b1111) ; 
                            if ((DATA_WIDTH_W == 36)) 
                                begin : genblk1
                                    assign w_data_w = wr_data_i ; 
                                end
                            else
                                begin : genblk1
                                    assign w_data_w[35] = 1'b0 ; 
                                    assign w_data_w[26] = 1'b0 ; 
                                    assign w_data_w[17] = 1'b0 ; 
                                    assign w_data_w[8] = 1'b0 ; 
                                    assign w_data_w[34:27] = wr_data_i[31:24] ; 
                                    assign w_data_w[25:18] = wr_data_i[23:16] ; 
                                    assign w_data_w[16:9] = wr_data_i[15:8] ; 
                                    assign w_data_w[7:0] = wr_data_i[7:0] ; 
                                end
                        end
                    else
                        if (((DATA_WIDTH_W == 18) || (DATA_WIDTH_W == 16))) 
                            begin : genblk2
                                assign w_addr_w[13:5] = wr_addr_i[9:1] ; 
                                assign w_addr_w[4] = wr_addr_i[0] ; 
                                assign w_addr_w[3:2] = 2'b11 ; 
                                assign w_addr_w[1:0] = ((BYTE_ENABLE == 1) ? ben_i : 2'b11) ; 
                                assign w_data_w[35:18] = {18{1'b0}} ; 
                                if ((DATA_WIDTH_W == 18)) 
                                    begin : genblk1
                                        assign w_data_w[17:0] = wr_data_i ; 
                                    end
                                else
                                    begin : genblk1
                                        assign w_data_w[17] = 1'b0 ; 
                                        assign w_data_w[8] = 1'b0 ; 
                                        assign w_data_w[16:9] = wr_data_i[15:8] ; 
                                        assign w_data_w[7:0] = wr_data_i[7:0] ; 
                                    end
                            end
                        else
                            if (((DATA_WIDTH_W == 9) || (DATA_WIDTH_W == 8))) 
                                begin : genblk2
                                    assign w_addr_w[13:5] = wr_addr_i[10:2] ; 
                                    assign w_addr_w[4] = wr_addr_i[1] ; 
                                    assign w_addr_w[3] = wr_addr_i[0] ; 
                                    assign w_addr_w[2:0] = 3'b111 ; 
                                    assign w_data_w[35:9] = {27{1'b0}} ; 
                                    if ((DATA_WIDTH_W == 9)) 
                                        begin: genblk1
                                            assign w_data_w[8:0] = wr_data_i ; 
                                        end
                                    else
                                        begin: genblk1
                                            assign w_data_w[8:0] = {1'b0,
                                                        wr_data_i} ; 
                                        end
                                end
                            else
                                if ((DATA_WIDTH_W == 4)) 
                                    begin : genblk2
                                        assign w_addr_w[13:5] = wr_addr_i[11:3] ; 
                                        assign w_addr_w[4] = wr_addr_i[2] ; 
                                        assign w_addr_w[3] = wr_addr_i[1] ; 
                                        assign w_addr_w[2] = wr_addr_i[0] ; 
                                        assign w_addr_w[1:0] = 2'b11 ; 
                                        assign w_data_w[35:4] = {32{1'b0}} ; 
                                        assign w_data_w[3:0] = wr_data_i ; 
                                    end
                                else
                                    if ((DATA_WIDTH_W == 2)) 
                                        begin : genblk2
                                            assign w_addr_w[13:5] = wr_addr_i[12:4] ; 
                                            assign w_addr_w[4] = wr_addr_i[3] ; 
                                            assign w_addr_w[3] = wr_addr_i[2] ; 
                                            assign w_addr_w[2] = wr_addr_i[1] ; 
                                            assign w_addr_w[1] = wr_addr_i[0] ; 
                                            assign w_addr_w[0] = 1'b1 ; 
                                            assign w_data_w[35:2] = {34{1'b0}} ; 
                                            assign w_data_w[1:0] = wr_data_i ; 
                                        end
                                    else
                                        begin : genblk2
                                            assign w_addr_w[13:5] = wr_addr_i[13:5] ; 
                                            assign w_addr_w[4] = wr_addr_i[4] ; 
                                            assign w_addr_w[3] = wr_addr_i[3] ; 
                                            assign w_addr_w[2] = wr_addr_i[2] ; 
                                            assign w_addr_w[1] = wr_addr_i[1] ; 
                                            assign w_addr_w[0] = wr_addr_i[0] ; 
                                            assign w_data_w[35:1] = {35{1'b0}} ; 
                                            assign w_data_w[0] = wr_data_i ; 
                                        end
                    if (((DATA_WIDTH_R == 36) || (DATA_WIDTH_R == 32))) 
                        begin : genblk3
                            assign r_addr_w[13:5] = rd_addr_i ; 
                            assign r_addr_w[4] = 1'b1 ; 
                            assign r_addr_w[3:0] = 4'b1111 ; 
                            if ((DATA_WIDTH_R == 36)) 
                                begin : genblk1
                                    assign rd_data_w = r_data_w ; 
                                end
                            else
                                begin : genblk1
                                    assign rd_data_w[31:24] = r_data_w[34:27] ; 
                                    assign rd_data_w[23:16] = r_data_w[25:18] ; 
                                    assign rd_data_w[15:8] = r_data_w[16:9] ; 
                                    assign rd_data_w[7:0] = r_data_w[7:0] ; 
                                end
                        end
                    else
                        if (((DATA_WIDTH_R == 18) || (DATA_WIDTH_R == 16))) 
                            begin : genblk3
                                assign r_addr_w[13:5] = rd_addr_i[9:1] ; 
                                assign r_addr_w[4] = rd_addr_i[0] ; 
                                assign r_addr_w[3:0] = 4'b1111 ; 
                                if ((DATA_WIDTH_R == 18)) 
                                    begin : genblk1
                                        assign rd_data_w[17:0] = r_data_w[17:0] ; 
                                    end
                                else
                                    begin : genblk1
                                        assign rd_data_w[15:8] = r_data_w[16:9] ; 
                                        assign rd_data_w[7:0] = r_data_w[7:0] ; 
                                    end
                            end
                        else
                            if (((DATA_WIDTH_R == 9) || (DATA_WIDTH_R == 8))) 
                                begin : genblk3
                                    assign r_addr_w[13:5] = rd_addr_i[10:2] ; 
                                    assign r_addr_w[4] = rd_addr_i[1] ; 
                                    assign r_addr_w[3] = rd_addr_i[0] ; 
                                    assign r_addr_w[2:0] = 3'b111 ; 
                                    if ((DATA_WIDTH_R == 9)) 
                                        begin: genblk1
                                            assign rd_data_w = r_data_w[8:0] ; 
                                        end
                                    else
                                        begin: genblk1
                                            assign rd_data_w = r_data_w[7:0] ; 
                                        end
                                end
                            else
                                if ((DATA_WIDTH_R == 4)) 
                                    begin : genblk3
                                        assign r_addr_w[13:5] = rd_addr_i[11:3] ; 
                                        assign r_addr_w[4] = rd_addr_i[2] ; 
                                        assign r_addr_w[3] = rd_addr_i[1] ; 
                                        assign r_addr_w[2] = rd_addr_i[0] ; 
                                        assign r_addr_w[1:0] = 2'b11 ; 
                                        assign rd_data_w = r_data_w[3:0] ; 
                                    end
                                else
                                    if ((DATA_WIDTH_R == 2)) 
                                        begin : genblk3
                                            assign r_addr_w[13:5] = rd_addr_i[12:4] ; 
                                            assign r_addr_w[4] = rd_addr_i[3] ; 
                                            assign r_addr_w[3] = rd_addr_i[2] ; 
                                            assign r_addr_w[2] = rd_addr_i[1] ; 
                                            assign r_addr_w[1] = rd_addr_i[0] ; 
                                            assign r_addr_w[0] = 1'b1 ; 
                                            assign rd_data_w = r_data_w[1:0] ; 
                                        end
                                    else
                                        begin : genblk3
                                            assign r_addr_w[13:5] = rd_addr_i[13:5] ; 
                                            assign r_addr_w[4] = rd_addr_i[4] ; 
                                            assign r_addr_w[3] = rd_addr_i[3] ; 
                                            assign r_addr_w[2] = rd_addr_i[2] ; 
                                            assign r_addr_w[1] = rd_addr_i[1] ; 
                                            assign r_addr_w[0] = rd_addr_i[0] ; 
                                            assign rd_data_w = r_data_w[0] ; 
                                        end
                    wire t_wr_en_i = ((BYTE_ENABLE == 0) ? wr_en_i : ((BYTE_WIDTH > 1) ? wr_en_i : (wr_en_i & ben_i))) ; 
                    wire t_rd_en_i = rd_en_i ; 
                    wire [35:0] DI = w_data_w ; 
                    wire [13:0] ADW = w_addr_w ; 
                    wire [13:0] ADR = r_addr_w ; 
                    wire CLKW = wr_clk_i ; 
                    wire CLKR = rd_clk_i ; 
                    wire CEW = wr_clk_en_i ; 
                    wire CER = rd_clk_en_i ; 
                    wire [2:0] CSW = {t_wr_en_i,
                                t_wr_en_i,
                                t_wr_en_i} ; 
                    wire [2:0] CSR = {t_rd_en_i,
                                t_rd_en_i,
                                t_rd_en_i} ; 
                    wire RST = rst_i ; 
                    wire [35:0] DO ; 
                    assign r_data_w = DO ; 
                    localparam MEM_TYPE = "EBR" ; 
                    localparam T_MEM_SIZE = {"[",
                                MEM_SIZE,
                                "]"} ; 
                    (* ECO_MEM_TYPE=MEM_TYPE, ECO_MEM_ID=MEM_ID, ECO_MEM_SIZE=T_MEM_SIZE, ECO_MEM_BLOCK_SIZE=BLOCK_SIZE, ECO_MEM_BLOCK_POS=BLOCK_POS *) PDP16K pdp16k (.DI(DI), 
                                .ADW(ADW), 
                                .ADR(ADR), 
                                .CLKW(CLKW), 
                                .CLKR(CLKR), 
                                .CEW(CEW), 
                                .CER(CER), 
                                .CSW(CSW), 
                                .CSR(CSR), 
                                .RST(RST), 
                                .DO(DO), 
                                .ONEBITERR(one_err_det_o), 
                                .TWOBITERR(two_err_det_o)) ; 
                    defparam pdp16k.DATA_WIDTH_W = DW_W ; 
                    defparam pdp16k.DATA_WIDTH_R = DW_R ; 
                    defparam pdp16k.OUTREG = OUTREG ; 
                    defparam pdp16k.RESETMODE = TRUE_RST ; 
                    defparam pdp16k.CSDECODE_W = TRUE_CSW ; 
                    defparam pdp16k.CSDECODE_R = TRUE_CSR ; 
                    defparam pdp16k.ASYNC_RST_RELEASE = TRUE_RST_REL ; 
                    defparam pdp16k.INIT_DATA = "DYNAMIC" ; 
                    defparam pdp16k.ECC = (ECC_ENABLE ? "ENABLED" : "DISABLED") ; 
                    defparam pdp16k.INITVAL_00 = ((INIT_MODE == "mem_file") ? INIT_VALUE_00 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_01 = ((INIT_MODE == "mem_file") ? INIT_VALUE_01 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_02 = ((INIT_MODE == "mem_file") ? INIT_VALUE_02 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_03 = ((INIT_MODE == "mem_file") ? INIT_VALUE_03 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_04 = ((INIT_MODE == "mem_file") ? INIT_VALUE_04 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_05 = ((INIT_MODE == "mem_file") ? INIT_VALUE_05 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_06 = ((INIT_MODE == "mem_file") ? INIT_VALUE_06 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_07 = ((INIT_MODE == "mem_file") ? INIT_VALUE_07 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_08 = ((INIT_MODE == "mem_file") ? INIT_VALUE_08 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_09 = ((INIT_MODE == "mem_file") ? INIT_VALUE_09 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_0A = ((INIT_MODE == "mem_file") ? INIT_VALUE_0A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_0B = ((INIT_MODE == "mem_file") ? INIT_VALUE_0B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_0C = ((INIT_MODE == "mem_file") ? INIT_VALUE_0C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_0D = ((INIT_MODE == "mem_file") ? INIT_VALUE_0D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_0E = ((INIT_MODE == "mem_file") ? INIT_VALUE_0E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_0F = ((INIT_MODE == "mem_file") ? INIT_VALUE_0F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_10 = ((INIT_MODE == "mem_file") ? INIT_VALUE_10 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_11 = ((INIT_MODE == "mem_file") ? INIT_VALUE_11 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_12 = ((INIT_MODE == "mem_file") ? INIT_VALUE_12 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_13 = ((INIT_MODE == "mem_file") ? INIT_VALUE_13 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_14 = ((INIT_MODE == "mem_file") ? INIT_VALUE_14 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_15 = ((INIT_MODE == "mem_file") ? INIT_VALUE_15 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_16 = ((INIT_MODE == "mem_file") ? INIT_VALUE_16 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_17 = ((INIT_MODE == "mem_file") ? INIT_VALUE_17 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_18 = ((INIT_MODE == "mem_file") ? INIT_VALUE_18 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_19 = ((INIT_MODE == "mem_file") ? INIT_VALUE_19 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_1A = ((INIT_MODE == "mem_file") ? INIT_VALUE_1A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_1B = ((INIT_MODE == "mem_file") ? INIT_VALUE_1B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_1C = ((INIT_MODE == "mem_file") ? INIT_VALUE_1C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_1D = ((INIT_MODE == "mem_file") ? INIT_VALUE_1D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_1E = ((INIT_MODE == "mem_file") ? INIT_VALUE_1E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_1F = ((INIT_MODE == "mem_file") ? INIT_VALUE_1F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_20 = ((INIT_MODE == "mem_file") ? INIT_VALUE_20 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_21 = ((INIT_MODE == "mem_file") ? INIT_VALUE_21 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_22 = ((INIT_MODE == "mem_file") ? INIT_VALUE_22 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_23 = ((INIT_MODE == "mem_file") ? INIT_VALUE_23 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_24 = ((INIT_MODE == "mem_file") ? INIT_VALUE_24 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_25 = ((INIT_MODE == "mem_file") ? INIT_VALUE_25 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_26 = ((INIT_MODE == "mem_file") ? INIT_VALUE_26 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_27 = ((INIT_MODE == "mem_file") ? INIT_VALUE_27 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_28 = ((INIT_MODE == "mem_file") ? INIT_VALUE_28 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_29 = ((INIT_MODE == "mem_file") ? INIT_VALUE_29 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_2A = ((INIT_MODE == "mem_file") ? INIT_VALUE_2A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_2B = ((INIT_MODE == "mem_file") ? INIT_VALUE_2B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_2C = ((INIT_MODE == "mem_file") ? INIT_VALUE_2C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_2D = ((INIT_MODE == "mem_file") ? INIT_VALUE_2D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_2E = ((INIT_MODE == "mem_file") ? INIT_VALUE_2E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_2F = ((INIT_MODE == "mem_file") ? INIT_VALUE_2F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_30 = ((INIT_MODE == "mem_file") ? INIT_VALUE_30 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_31 = ((INIT_MODE == "mem_file") ? INIT_VALUE_31 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_32 = ((INIT_MODE == "mem_file") ? INIT_VALUE_32 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_33 = ((INIT_MODE == "mem_file") ? INIT_VALUE_33 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_34 = ((INIT_MODE == "mem_file") ? INIT_VALUE_34 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_35 = ((INIT_MODE == "mem_file") ? INIT_VALUE_35 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_36 = ((INIT_MODE == "mem_file") ? INIT_VALUE_36 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_37 = ((INIT_MODE == "mem_file") ? INIT_VALUE_37 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_38 = ((INIT_MODE == "mem_file") ? INIT_VALUE_38 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_39 = ((INIT_MODE == "mem_file") ? INIT_VALUE_39 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_3A = ((INIT_MODE == "mem_file") ? INIT_VALUE_3A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_3B = ((INIT_MODE == "mem_file") ? INIT_VALUE_3B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_3C = ((INIT_MODE == "mem_file") ? INIT_VALUE_3C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_3D = ((INIT_MODE == "mem_file") ? INIT_VALUE_3D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_3E = ((INIT_MODE == "mem_file") ? INIT_VALUE_3E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    defparam pdp16k.INITVAL_3F = ((INIT_MODE == "mem_file") ? INIT_VALUE_3F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                end
            else
                if ((FAMILY_CODE == _FCODE_AP6_)) 
                    begin : AP6_MEM
                        localparam OUTREG = ((REGMODE == "reg") ? ((OUTPUT_CLK_EN == 0) ? "USED" : "BYPASSED") : "BYPASSED") ; 
                        localparam TRUE_CSW = ((CSDECODE_W == 0) ? "000" : ((CSDECODE_W == 1) ? "001" : ((CSDECODE_W == 2) ? "010" : ((CSDECODE_W == 3) ? "011" : ((CSDECODE_W == 4) ? "100" : ((CSDECODE_W == 5) ? "101" : ((CSDECODE_W == 6) ? "110" : "111"))))))) ; 
                        localparam TRUE_CSR = ((CSDECODE_R == 0) ? "000" : ((CSDECODE_R == 1) ? "001" : ((CSDECODE_R == 2) ? "010" : ((CSDECODE_R == 3) ? "011" : ((CSDECODE_R == 4) ? "100" : ((CSDECODE_R == 5) ? "101" : ((CSDECODE_R == 6) ? "110" : "111"))))))) ; 
                        localparam DW_W = (((DATA_WIDTH_W == 72) || (DATA_WIDTH_W == 64)) ? "X72" : (((DATA_WIDTH_W == 36) || (DATA_WIDTH_W == 32)) ? "X36" : (((DATA_WIDTH_W == 18) || (DATA_WIDTH_W == 16)) ? "X18" : (((DATA_WIDTH_W == 9) || (DATA_WIDTH_W == 8)) ? "X9" : ((DATA_WIDTH_W == 4) ? "X4" : ((DATA_WIDTH_W == 2) ? "X2" : "X1")))))) ; 
                        localparam DW_R = (((DATA_WIDTH_R == 72) || (DATA_WIDTH_R == 64)) ? "X72" : (((DATA_WIDTH_R == 36) || (DATA_WIDTH_R == 32)) ? "X36" : (((DATA_WIDTH_R == 18) || (DATA_WIDTH_R == 16)) ? "X18" : (((DATA_WIDTH_R == 9) || (DATA_WIDTH_R == 8)) ? "X9" : ((DATA_WIDTH_R == 4) ? "X4" : ((DATA_WIDTH_R == 2) ? "X2" : "X1")))))) ; 
                        localparam TRUE_RST = ((RESETMODE == "sync") ? "SYNC" : "ASYNC") ; 
                        localparam TRUE_RST_REL = ((RESET_RELEASE == "sync") ? "SYNC" : "ASYNC") ; 
                        localparam TRUE_ECC = (((ECC_ENABLE == 1) && (DATA_WIDTH_W == 64)) ? "ENABLED" : "DISABLED") ; 
                        localparam TRUE_GSR = ((GSR == "disabled") ? "DISABLED" : "ENABLED") ; 
                        wire [14:0] w_addr_w ; 
                        wire [14:0] r_addr_w ; 
                        wire [71:0] w_data_w ; 
                        wire [71:0] r_data_w ; 
                        wire [(DATA_WIDTH_R - 1):0] rd_data_w ; 
                        if (((REGMODE == "noreg") || (OUTPUT_CLK_EN == 0))) 
                            begin : genblk1
                                assign rd_data_o = rd_data_w ; 
                            end
                        else
                            begin : genblk1
                                reg [(DATA_WIDTH_R - 1):0] rd_data_r ; 
                                if ((RESETMODE == "sync")) 
                                    begin : genblk1
                                        always
                                            @(posedge rd_clk_i)
                                            begin
                                                if ((rst_i == 1'b1)) 
                                                    begin
                                                        rd_data_r <=  {DATA_WIDTH_R{1'b0}} ;
                                                    end
                                                else
                                                    begin
                                                        rd_data_r <=  rd_data_w ;
                                                    end
                                            end
                                    end
                                else
                                    begin : genblk1
                                        always
                                            @(posedge rd_clk_i or 
                                                posedge rst_i)
                                            begin
                                                if ((rst_i == 1'b1)) 
                                                    begin
                                                        rd_data_r <=  {DATA_WIDTH_R{1'b0}} ;
                                                    end
                                                else
                                                    begin
                                                        rd_data_r <=  rd_data_w ;
                                                    end
                                            end
                                    end
                                assign rd_data_o = rd_data_r ; 
                            end
                        if (((DATA_WIDTH_W == 72) || (DATA_WIDTH_W == 64))) 
                            begin : genblk2
                                assign w_addr_w[14:6] = wr_addr_i ; 
                                assign w_addr_w[5:0] = ((BYTE_ENABLE == 1) ? ben_i[5:0] : 6'b11_1111) ; 
                                if ((DATA_WIDTH_W == 72)) 
                                    begin : genblk1
                                        assign w_data_w = wr_data_i ; 
                                    end
                                else
                                    begin : genblk1
                                        assign w_data_w[71] = 1'b0 ; 
                                        assign w_data_w[62] = 1'b0 ; 
                                        assign w_data_w[53] = 1'b0 ; 
                                        assign w_data_w[44] = 1'b0 ; 
                                        assign w_data_w[35] = 1'b0 ; 
                                        assign w_data_w[26] = 1'b0 ; 
                                        assign w_data_w[17] = 1'b0 ; 
                                        assign w_data_w[8] = 1'b0 ; 
                                        assign w_data_w[70:63] = wr_data_i[63:56] ; 
                                        assign w_data_w[61:54] = wr_data_i[55:48] ; 
                                        assign w_data_w[52:45] = wr_data_i[47:40] ; 
                                        assign w_data_w[43:36] = wr_data_i[39:32] ; 
                                        assign w_data_w[34:27] = wr_data_i[31:24] ; 
                                        assign w_data_w[25:18] = wr_data_i[23:16] ; 
                                        assign w_data_w[16:9] = wr_data_i[15:8] ; 
                                        assign w_data_w[7:0] = wr_data_i[7:0] ; 
                                    end
                            end
                        else
                            if (((DATA_WIDTH_W == 36) || (DATA_WIDTH_W == 32))) 
                                begin : genblk2
                                    assign w_addr_w[14:5] = wr_addr_i ; 
                                    assign w_addr_w[4] = 1'b1 ; 
                                    assign w_addr_w[3:0] = ((BYTE_ENABLE == 1) ? ben_i : 4'b1111) ; 
                                    assign w_data_w[71:36] = {36{1'b0}} ; 
                                    if ((DATA_WIDTH_W == 36)) 
                                        begin : genblk1
                                            assign w_data_w = wr_data_i ; 
                                        end
                                    else
                                        begin : genblk1
                                            assign w_data_w[35] = 1'b0 ; 
                                            assign w_data_w[26] = 1'b0 ; 
                                            assign w_data_w[17] = 1'b0 ; 
                                            assign w_data_w[8] = 1'b0 ; 
                                            assign w_data_w[34:27] = wr_data_i[31:24] ; 
                                            assign w_data_w[25:18] = wr_data_i[23:16] ; 
                                            assign w_data_w[16:9] = wr_data_i[15:8] ; 
                                            assign w_data_w[7:0] = wr_data_i[7:0] ; 
                                        end
                                end
                            else
                                if (((DATA_WIDTH_W == 18) || (DATA_WIDTH_W == 16))) 
                                    begin : genblk2
                                        assign w_addr_w[14:4] = wr_addr_i ; 
                                        assign w_addr_w[3:2] = 2'b11 ; 
                                        assign w_addr_w[1:0] = ((BYTE_ENABLE == 1) ? ben_i : 2'b11) ; 
                                        assign w_data_w[71:18] = {54{1'b0}} ; 
                                        if ((DATA_WIDTH_W == 18)) 
                                            begin : genblk1
                                                assign w_data_w[17:0] = wr_data_i ; 
                                            end
                                        else
                                            begin : genblk1
                                                assign w_data_w[17] = 1'b0 ; 
                                                assign w_data_w[8] = 1'b0 ; 
                                                assign w_data_w[16:9] = wr_data_i[15:8] ; 
                                                assign w_data_w[7:0] = wr_data_i[7:0] ; 
                                            end
                                    end
                                else
                                    if (((DATA_WIDTH_W == 9) || (DATA_WIDTH_W == 8))) 
                                        begin : genblk2
                                            assign w_addr_w[14:3] = wr_addr_i ; 
                                            assign w_addr_w[2:0] = 3'b111 ; 
                                            assign w_data_w[71:9] = {63{1'b0}} ; 
                                            if ((DATA_WIDTH_W == 9)) 
                                                begin: genblk1
                                                    assign w_data_w[8:0] = wr_data_i ; 
                                                end
                                            else
                                                begin: genblk1
                                                    assign w_data_w[8:0] = {1'b0,
                                                                wr_data_i} ; 
                                                end
                                        end
                                    else
                                        if ((DATA_WIDTH_W == 4)) 
                                            begin : genblk2
                                                assign w_addr_w[14:2] = wr_addr_i ; 
                                                assign w_addr_w[1:0] = 2'b11 ; 
                                                assign w_data_w[71:4] = {68{1'b0}} ; 
                                                assign w_data_w[3:0] = wr_data_i ; 
                                            end
                                        else
                                            if ((DATA_WIDTH_W == 2)) 
                                                begin : genblk2
                                                    assign w_addr_w[14:1] = wr_addr_i ; 
                                                    assign w_addr_w[0] = 1'b1 ; 
                                                    assign w_data_w[71:2] = {70{1'b0}} ; 
                                                    assign w_data_w[1:0] = wr_data_i ; 
                                                end
                                            else
                                                begin : genblk2
                                                    assign w_addr_w[14:0] = wr_addr_i ; 
                                                    assign w_data_w[71:1] = {71{1'b0}} ; 
                                                    assign w_data_w[0] = wr_data_i ; 
                                                end
                        if (((DATA_WIDTH_R == 72) || (DATA_WIDTH_R == 64))) 
                            begin : genblk3
                                assign r_addr_w[14:6] = rd_addr_i ; 
                                assign r_addr_w[5:0] = 6'b11_1111 ; 
                                if ((DATA_WIDTH_R == 72)) 
                                    begin : genblk1
                                        assign rd_data_w = r_data_w ; 
                                    end
                                else
                                    begin : genblk1
                                        assign rd_data_w[63:56] = r_data_w[70:63] ; 
                                        assign rd_data_w[55:48] = r_data_w[61:54] ; 
                                        assign rd_data_w[47:40] = r_data_w[52:45] ; 
                                        assign rd_data_w[39:32] = r_data_w[43:36] ; 
                                        assign rd_data_w[31:24] = r_data_w[34:27] ; 
                                        assign rd_data_w[23:16] = r_data_w[25:18] ; 
                                        assign rd_data_w[15:8] = r_data_w[16:9] ; 
                                        assign rd_data_w[7:0] = r_data_w[7:0] ; 
                                    end
                            end
                        else
                            if (((DATA_WIDTH_R == 36) || (DATA_WIDTH_R == 32))) 
                                begin : genblk3
                                    assign r_addr_w[14:5] = rd_addr_i ; 
                                    assign r_addr_w[4] = 1'b1 ; 
                                    assign r_addr_w[3:0] = 4'b1111 ; 
                                    if ((DATA_WIDTH_R == 36)) 
                                        begin : genblk1
                                            assign rd_data_w[35:0] = r_data_w[35:0] ; 
                                        end
                                    else
                                        begin : genblk1
                                            assign rd_data_w[31:24] = r_data_w[34:27] ; 
                                            assign rd_data_w[23:16] = r_data_w[25:18] ; 
                                            assign rd_data_w[15:8] = r_data_w[16:9] ; 
                                            assign rd_data_w[7:0] = r_data_w[7:0] ; 
                                        end
                                end
                            else
                                if (((DATA_WIDTH_R == 18) || (DATA_WIDTH_R == 16))) 
                                    begin : genblk3
                                        assign r_addr_w[14:4] = rd_addr_i ; 
                                        assign r_addr_w[3:2] = 2'b11 ; 
                                        assign r_addr_w[1:0] = 2'b11 ; 
                                        if ((DATA_WIDTH_R == 18)) 
                                            begin : genblk1
                                                assign rd_data_w[17:0] = r_data_w[17:0] ; 
                                            end
                                        else
                                            begin : genblk1
                                                assign rd_data_w[15:8] = r_data_w[16:9] ; 
                                                assign rd_data_w[7:0] = r_data_w[7:0] ; 
                                            end
                                    end
                                else
                                    if (((DATA_WIDTH_R == 9) || (DATA_WIDTH_R == 8))) 
                                        begin : genblk3
                                            assign r_addr_w[14:3] = rd_addr_i ; 
                                            assign r_addr_w[2:0] = 3'b111 ; 
                                            if ((DATA_WIDTH_R == 9)) 
                                                begin: genblk1
                                                    assign rd_data_w[8:0] = r_data_w[8:0] ; 
                                                end
                                            else
                                                begin: genblk1
                                                    assign rd_data_w[7:0] = r_data_w[7:0] ; 
                                                end
                                        end
                                    else
                                        if ((DATA_WIDTH_R == 4)) 
                                            begin : genblk3
                                                assign r_addr_w[14:2] = rd_addr_i ; 
                                                assign r_addr_w[1:0] = 2'b11 ; 
                                                assign rd_data_w = r_data_w[3:0] ; 
                                            end
                                        else
                                            if ((DATA_WIDTH_R == 2)) 
                                                begin : genblk3
                                                    assign r_addr_w[14:1] = rd_addr_i ; 
                                                    assign r_addr_w[0] = 1'b1 ; 
                                                    assign rd_data_w = r_data_w[1:0] ; 
                                                end
                                            else
                                                begin : genblk3
                                                    assign r_addr_w[14:0] = rd_addr_i ; 
                                                    assign rd_data_w = r_data_w[0] ; 
                                                end
                        wire t_wr_en_i = ((BYTE_ENABLE == 0) ? wr_en_i : ((BYTE_WIDTH > 1) ? wr_en_i : (wr_en_i & ben_i))) ; 
                        wire t_rd_en_i = rd_en_i ; 
                        wire [71:0] DI = w_data_w ; 
                        wire [14:0] ADW = w_addr_w ; 
                        wire [14:0] ADR = r_addr_w ; 
                        wire CLKW = wr_clk_i ; 
                        wire CLKR = rd_clk_i ; 
                        wire CEW = wr_clk_en_i ; 
                        wire CER = rd_clk_en_i ; 
                        wire [2:0] CSW = {t_wr_en_i,
                                    t_wr_en_i,
                                    t_wr_en_i} ; 
                        wire [2:0] CSR = {t_rd_en_i,
                                    t_rd_en_i,
                                    t_rd_en_i} ; 
                        wire RST = rst_i ; 
                        wire [71:0] DO ; 
                        wire BE6 = (((BYTE_ENABLE == 1) && (BYTE_WIDTH == 8)) ? ben_i[6] : 1'b1) ; 
                        wire BE7 = (((BYTE_ENABLE == 1) && (BYTE_WIDTH == 8)) ? ben_i[7] : 1'b1) ; 
                        assign r_data_w = DO ; 
                        localparam MEM_TYPE = "EBR" ; 
                        localparam T_MEM_SIZE = {"[",
                                    MEM_SIZE,
                                    "]"} ; 
                        (* ECO_MEM_TYPE=MEM_TYPE, ECO_MEM_ID=MEM_ID, ECO_MEM_SIZE=T_MEM_SIZE, ECO_MEM_BLOCK_SIZE=BLOCK_SIZE, ECO_MEM_BLOCK_POS=BLOCK_POS *) PDP32K pdp32k (.DI(DI), 
                                    .ADW(ADW), 
                                    .ADR(ADR), 
                                    .CLKW(CLKW), 
                                    .CLKR(CLKR), 
                                    .CEW(CEW), 
                                    .CER(CER), 
                                    .OCE(rd_out_clk_en_i), 
                                    .BE6(BE6), 
                                    .BE7(BE7), 
                                    .CSW(CSW), 
                                    .CSR(CSR), 
                                    .RST(RST), 
                                    .DO(DO), 
                                    .ONEBITERR(one_err_det_o), 
                                    .TWOBITERR(two_err_det_o)) ; 
                        defparam pdp32k.DATA_WIDTH_W = DW_W ; 
                        defparam pdp32k.DATA_WIDTH_R = DW_R ; 
                        defparam pdp32k.OUTREG = OUTREG ; 
                        defparam pdp32k.RESETMODE = TRUE_RST ; 
                        defparam pdp32k.CSDECODE_W = TRUE_CSW ; 
                        defparam pdp32k.CSDECODE_R = TRUE_CSR ; 
                        defparam pdp32k.ASYNC_RST_RELEASE = TRUE_RST_REL ; 
                        defparam pdp32k.INIT_DATA = "DYNAMIC" ; 
                        defparam pdp32k.ECC = (ECC_ENABLE ? "ENABLED" : "DISABLED") ; 
                        defparam pdp32k.INITVAL_00 = ((INIT_MODE == "mem_file") ? INIT_VALUE_00 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_01 = ((INIT_MODE == "mem_file") ? INIT_VALUE_01 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_02 = ((INIT_MODE == "mem_file") ? INIT_VALUE_02 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_03 = ((INIT_MODE == "mem_file") ? INIT_VALUE_03 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_04 = ((INIT_MODE == "mem_file") ? INIT_VALUE_04 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_05 = ((INIT_MODE == "mem_file") ? INIT_VALUE_05 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_06 = ((INIT_MODE == "mem_file") ? INIT_VALUE_06 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_07 = ((INIT_MODE == "mem_file") ? INIT_VALUE_07 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_08 = ((INIT_MODE == "mem_file") ? INIT_VALUE_08 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_09 = ((INIT_MODE == "mem_file") ? INIT_VALUE_09 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_0A = ((INIT_MODE == "mem_file") ? INIT_VALUE_0A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_0B = ((INIT_MODE == "mem_file") ? INIT_VALUE_0B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_0C = ((INIT_MODE == "mem_file") ? INIT_VALUE_0C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_0D = ((INIT_MODE == "mem_file") ? INIT_VALUE_0D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_0E = ((INIT_MODE == "mem_file") ? INIT_VALUE_0E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_0F = ((INIT_MODE == "mem_file") ? INIT_VALUE_0F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_10 = ((INIT_MODE == "mem_file") ? INIT_VALUE_10 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_11 = ((INIT_MODE == "mem_file") ? INIT_VALUE_11 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_12 = ((INIT_MODE == "mem_file") ? INIT_VALUE_12 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_13 = ((INIT_MODE == "mem_file") ? INIT_VALUE_13 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_14 = ((INIT_MODE == "mem_file") ? INIT_VALUE_14 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_15 = ((INIT_MODE == "mem_file") ? INIT_VALUE_15 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_16 = ((INIT_MODE == "mem_file") ? INIT_VALUE_16 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_17 = ((INIT_MODE == "mem_file") ? INIT_VALUE_17 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_18 = ((INIT_MODE == "mem_file") ? INIT_VALUE_18 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_19 = ((INIT_MODE == "mem_file") ? INIT_VALUE_19 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_1A = ((INIT_MODE == "mem_file") ? INIT_VALUE_1A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_1B = ((INIT_MODE == "mem_file") ? INIT_VALUE_1B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_1C = ((INIT_MODE == "mem_file") ? INIT_VALUE_1C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_1D = ((INIT_MODE == "mem_file") ? INIT_VALUE_1D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_1E = ((INIT_MODE == "mem_file") ? INIT_VALUE_1E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_1F = ((INIT_MODE == "mem_file") ? INIT_VALUE_1F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_20 = ((INIT_MODE == "mem_file") ? INIT_VALUE_20 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_21 = ((INIT_MODE == "mem_file") ? INIT_VALUE_21 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_22 = ((INIT_MODE == "mem_file") ? INIT_VALUE_22 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_23 = ((INIT_MODE == "mem_file") ? INIT_VALUE_23 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_24 = ((INIT_MODE == "mem_file") ? INIT_VALUE_24 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_25 = ((INIT_MODE == "mem_file") ? INIT_VALUE_25 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_26 = ((INIT_MODE == "mem_file") ? INIT_VALUE_26 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_27 = ((INIT_MODE == "mem_file") ? INIT_VALUE_27 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_28 = ((INIT_MODE == "mem_file") ? INIT_VALUE_28 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_29 = ((INIT_MODE == "mem_file") ? INIT_VALUE_29 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_2A = ((INIT_MODE == "mem_file") ? INIT_VALUE_2A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_2B = ((INIT_MODE == "mem_file") ? INIT_VALUE_2B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_2C = ((INIT_MODE == "mem_file") ? INIT_VALUE_2C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_2D = ((INIT_MODE == "mem_file") ? INIT_VALUE_2D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_2E = ((INIT_MODE == "mem_file") ? INIT_VALUE_2E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_2F = ((INIT_MODE == "mem_file") ? INIT_VALUE_2F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_30 = ((INIT_MODE == "mem_file") ? INIT_VALUE_30 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_31 = ((INIT_MODE == "mem_file") ? INIT_VALUE_31 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_32 = ((INIT_MODE == "mem_file") ? INIT_VALUE_32 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_33 = ((INIT_MODE == "mem_file") ? INIT_VALUE_33 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_34 = ((INIT_MODE == "mem_file") ? INIT_VALUE_34 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_35 = ((INIT_MODE == "mem_file") ? INIT_VALUE_35 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_36 = ((INIT_MODE == "mem_file") ? INIT_VALUE_36 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_37 = ((INIT_MODE == "mem_file") ? INIT_VALUE_37 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_38 = ((INIT_MODE == "mem_file") ? INIT_VALUE_38 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_39 = ((INIT_MODE == "mem_file") ? INIT_VALUE_39 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_3A = ((INIT_MODE == "mem_file") ? INIT_VALUE_3A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_3B = ((INIT_MODE == "mem_file") ? INIT_VALUE_3B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_3C = ((INIT_MODE == "mem_file") ? INIT_VALUE_3C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_3D = ((INIT_MODE == "mem_file") ? INIT_VALUE_3D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_3E = ((INIT_MODE == "mem_file") ? INIT_VALUE_3E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_3F = ((INIT_MODE == "mem_file") ? INIT_VALUE_3F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_40 = ((INIT_MODE == "mem_file") ? INIT_VALUE_40 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_41 = ((INIT_MODE == "mem_file") ? INIT_VALUE_41 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_42 = ((INIT_MODE == "mem_file") ? INIT_VALUE_42 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_43 = ((INIT_MODE == "mem_file") ? INIT_VALUE_43 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_44 = ((INIT_MODE == "mem_file") ? INIT_VALUE_44 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_45 = ((INIT_MODE == "mem_file") ? INIT_VALUE_45 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_46 = ((INIT_MODE == "mem_file") ? INIT_VALUE_46 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_47 = ((INIT_MODE == "mem_file") ? INIT_VALUE_47 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_48 = ((INIT_MODE == "mem_file") ? INIT_VALUE_48 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_49 = ((INIT_MODE == "mem_file") ? INIT_VALUE_49 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_4A = ((INIT_MODE == "mem_file") ? INIT_VALUE_4A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_4B = ((INIT_MODE == "mem_file") ? INIT_VALUE_4B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_4C = ((INIT_MODE == "mem_file") ? INIT_VALUE_4C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_4D = ((INIT_MODE == "mem_file") ? INIT_VALUE_4D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_4E = ((INIT_MODE == "mem_file") ? INIT_VALUE_4E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_4F = ((INIT_MODE == "mem_file") ? INIT_VALUE_4F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_50 = ((INIT_MODE == "mem_file") ? INIT_VALUE_50 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_51 = ((INIT_MODE == "mem_file") ? INIT_VALUE_51 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_52 = ((INIT_MODE == "mem_file") ? INIT_VALUE_52 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_53 = ((INIT_MODE == "mem_file") ? INIT_VALUE_53 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_54 = ((INIT_MODE == "mem_file") ? INIT_VALUE_54 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_55 = ((INIT_MODE == "mem_file") ? INIT_VALUE_55 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_56 = ((INIT_MODE == "mem_file") ? INIT_VALUE_56 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_57 = ((INIT_MODE == "mem_file") ? INIT_VALUE_57 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_58 = ((INIT_MODE == "mem_file") ? INIT_VALUE_58 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_59 = ((INIT_MODE == "mem_file") ? INIT_VALUE_59 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_5A = ((INIT_MODE == "mem_file") ? INIT_VALUE_5A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_5B = ((INIT_MODE == "mem_file") ? INIT_VALUE_5B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_5C = ((INIT_MODE == "mem_file") ? INIT_VALUE_5C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_5D = ((INIT_MODE == "mem_file") ? INIT_VALUE_5D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_5E = ((INIT_MODE == "mem_file") ? INIT_VALUE_5E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_5F = ((INIT_MODE == "mem_file") ? INIT_VALUE_5F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_60 = ((INIT_MODE == "mem_file") ? INIT_VALUE_60 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_61 = ((INIT_MODE == "mem_file") ? INIT_VALUE_61 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_62 = ((INIT_MODE == "mem_file") ? INIT_VALUE_62 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_63 = ((INIT_MODE == "mem_file") ? INIT_VALUE_63 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_64 = ((INIT_MODE == "mem_file") ? INIT_VALUE_64 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_65 = ((INIT_MODE == "mem_file") ? INIT_VALUE_65 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_66 = ((INIT_MODE == "mem_file") ? INIT_VALUE_66 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_67 = ((INIT_MODE == "mem_file") ? INIT_VALUE_67 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_68 = ((INIT_MODE == "mem_file") ? INIT_VALUE_68 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_69 = ((INIT_MODE == "mem_file") ? INIT_VALUE_69 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_6A = ((INIT_MODE == "mem_file") ? INIT_VALUE_6A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_6B = ((INIT_MODE == "mem_file") ? INIT_VALUE_6B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_6C = ((INIT_MODE == "mem_file") ? INIT_VALUE_6C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_6D = ((INIT_MODE == "mem_file") ? INIT_VALUE_6D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_6E = ((INIT_MODE == "mem_file") ? INIT_VALUE_6E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_6F = ((INIT_MODE == "mem_file") ? INIT_VALUE_6F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_70 = ((INIT_MODE == "mem_file") ? INIT_VALUE_70 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_71 = ((INIT_MODE == "mem_file") ? INIT_VALUE_71 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_72 = ((INIT_MODE == "mem_file") ? INIT_VALUE_72 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_73 = ((INIT_MODE == "mem_file") ? INIT_VALUE_73 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_74 = ((INIT_MODE == "mem_file") ? INIT_VALUE_74 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_75 = ((INIT_MODE == "mem_file") ? INIT_VALUE_75 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_76 = ((INIT_MODE == "mem_file") ? INIT_VALUE_76 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_77 = ((INIT_MODE == "mem_file") ? INIT_VALUE_77 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_78 = ((INIT_MODE == "mem_file") ? INIT_VALUE_78 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_79 = ((INIT_MODE == "mem_file") ? INIT_VALUE_79 : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_7A = ((INIT_MODE == "mem_file") ? INIT_VALUE_7A : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_7B = ((INIT_MODE == "mem_file") ? INIT_VALUE_7B : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_7C = ((INIT_MODE == "mem_file") ? INIT_VALUE_7C : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_7D = ((INIT_MODE == "mem_file") ? INIT_VALUE_7D : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_7E = ((INIT_MODE == "mem_file") ? INIT_VALUE_7E : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                        defparam pdp32k.INITVAL_7F = ((INIT_MODE == "mem_file") ? INIT_VALUE_7F : ((INIT_MODE == "all_one") ? "0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF" : "0x00000000000000000000000000000000000000000000000000000000000000000000000000000000")) ; 
                    end
    endgenerate
    //------------------------------------------------------------------------------
    // Function Definition
    //------------------------------------------------------------------------------
    function [31:0] calculateStringSize ; 
        input [31:0] x_calc ; 
        input [31:0] y_calc ; 
        reg [31:0] x_func ; 
        reg [31:0] y_func ; 
        begin
            if ((x_calc >= 10000000)) 
                begin
                    x_func = 8 ;
                end
            else
                if ((x_calc >= 1000000)) 
                    begin
                        x_func = 7 ;
                    end
                else
                    if ((x_calc >= 100000)) 
                        begin
                            x_func = 6 ;
                        end
                    else
                        if ((x_calc >= 10000)) 
                            begin
                                x_func = 5 ;
                            end
                        else
                            if ((x_calc >= 1000)) 
                                begin
                                    x_func = 4 ;
                                end
                            else
                                if ((x_calc >= 100)) 
                                    begin
                                        x_func = 3 ;
                                    end
                                else
                                    if ((x_calc >= 10)) 
                                        begin
                                            x_func = 2 ;
                                        end
                                    else
                                        begin
                                            x_func = 1 ;
                                        end
            if ((y_calc >= 10000000)) 
                begin
                    y_func = 8 ;
                end
            else
                if ((y_calc >= 1000000)) 
                    begin
                        y_func = 7 ;
                    end
                else
                    if ((y_calc >= 100000)) 
                        begin
                            y_func = 6 ;
                        end
                    else
                        if ((y_calc >= 10000)) 
                            begin
                                y_func = 5 ;
                            end
                        else
                            if ((y_calc >= 1000)) 
                                begin
                                    y_func = 4 ;
                                end
                            else
                                if ((y_calc >= 100)) 
                                    begin
                                        y_func = 3 ;
                                    end
                                else
                                    if ((y_calc >= 10)) 
                                        begin
                                            y_func = 2 ;
                                        end
                                    else
                                        begin
                                            y_func = 1 ;
                                        end
            calculateStringSize = (((3 + x_func) + y_func) * 8) ;
        end
    endfunction
    function [31:0] getByteWidth ; 
        input [31:0] data_width ; 
        input [31:0] dev_code ; 
        begin
            case (dev_code)
            _FCODE_LIFCL_ : 
                begin
                    if (((data_width == 36) || (data_width == 32))) 
                        getByteWidth = 4 ;
                    else
                        if (((data_width == 18) || (data_width == 16))) 
                            getByteWidth = 2 ;
                        else
                            getByteWidth = 1 ;
                end
            _FCODE_ICE_ : 
                begin
                    if ((data_width == 16)) 
                        getByteWidth = 2 ;
                    else
                        getByteWidth = 1 ;
                end
            _FCODE_AP6_ : 
                begin
                    if (((data_width == 72) || (data_width == 64))) 
                        getByteWidth = 8 ;
                    else
                        if (((data_width == 36) || (data_width == 32))) 
                            getByteWidth = 4 ;
                        else
                            if (((data_width == 18) || (data_width == 16))) 
                                getByteWidth = 2 ;
                            else
                                getByteWidth = 1 ;
                end
            default : 
                getByteWidth = 1 ;
            endcase 
        end
    endfunction
    function [(STRING_SIZE - 1):0] getStringFromPos ; 
        input [31:0] x ; 
        input [31:0] y ; 
        begin
            if ((y >= 10000000)) 
                begin
                    if ((x >= 10000000)) 
                        begin
                            getStringFromPos = {"[",
                                    NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                    NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                    ",",
                                    NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                    NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                    "]"} ;
                        end
                    else
                        if ((x >= 1000000)) 
                            begin
                                getStringFromPos = {"[",
                                        NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                        NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                        ",",
                                        NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                        NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                        NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                        "]"} ;
                            end
                        else
                            if ((x >= 100000)) 
                                begin
                                    getStringFromPos = {"[",
                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                            ",",
                                            NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                            NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                            "]"} ;
                                end
                            else
                                if ((x >= 10000)) 
                                    begin
                                        getStringFromPos = {"[",
                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                ",",
                                                NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                                NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                "]"} ;
                                    end
                                else
                                    if ((x >= 1000)) 
                                        begin
                                            getStringFromPos = {"[",
                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                    ",",
                                                    NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                                    NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                    "]"} ;
                                        end
                                    else
                                        if ((x >= 100)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                                        NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                        NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 10)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                                            NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y7 * 8) + 7):(POS_Y7 * 8)],
                                                            NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                end
            else
                if ((y >= 1000000)) 
                    begin
                        if ((x >= 10000000)) 
                            begin
                                getStringFromPos = {"[",
                                        NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                        NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                        NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                        ",",
                                        NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                        NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                        "]"} ;
                            end
                        else
                            if ((x >= 1000000)) 
                                begin
                                    getStringFromPos = {"[",
                                            NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                            ",",
                                            NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                            "]"} ;
                                end
                            else
                                if ((x >= 100000)) 
                                    begin
                                        getStringFromPos = {"[",
                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                ",",
                                                NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                "]"} ;
                                    end
                                else
                                    if ((x >= 10000)) 
                                        begin
                                            getStringFromPos = {"[",
                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                    ",",
                                                    NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                    "]"} ;
                                        end
                                    else
                                        if ((x >= 1000)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                        NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 100)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 10)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y6 * 8) + 7):(POS_Y6 * 8)],
                                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                    end
                else
                    if ((y >= 100000)) 
                        begin
                            if ((x >= 10000000)) 
                                begin
                                    getStringFromPos = {"[",
                                            NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                            NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                            ",",
                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                            "]"} ;
                                end
                            else
                                if ((x >= 1000000)) 
                                    begin
                                        getStringFromPos = {"[",
                                                NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                ",",
                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                "]"} ;
                                    end
                                else
                                    if ((x >= 100000)) 
                                        begin
                                            getStringFromPos = {"[",
                                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                    ",",
                                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                    "]"} ;
                                        end
                                    else
                                        if ((x >= 10000)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 1000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 100)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 10)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y5 * 8) + 7):(POS_Y5 * 8)],
                                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                        end
                    else
                        if ((y >= 10000)) 
                            begin
                                if ((x >= 10000000)) 
                                    begin
                                        getStringFromPos = {"[",
                                                NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                                NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                ",",
                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                "]"} ;
                                    end
                                else
                                    if ((x >= 1000000)) 
                                        begin
                                            getStringFromPos = {"[",
                                                    NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                    ",",
                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                    "]"} ;
                                        end
                                    else
                                        if ((x >= 100000)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 10000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 1000)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 100)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        if ((x >= 10)) 
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                                                        else
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y4 * 8) + 7):(POS_Y4 * 8)],
                                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                            end
                        else
                            if ((y >= 1000)) 
                                begin
                                    if ((x >= 10000000)) 
                                        begin
                                            getStringFromPos = {"[",
                                                    NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                                    NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                    ",",
                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                    "]"} ;
                                        end
                                    else
                                        if ((x >= 1000000)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                        NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 100000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 10000)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 1000)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        if ((x >= 100)) 
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                                                        else
                                                            if ((x >= 10)) 
                                                                begin
                                                                    getStringFromPos = {"[",
                                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                            ",",
                                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                            "]"} ;
                                                                end
                                                            else
                                                                begin
                                                                    getStringFromPos = {"[",
                                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                            ",",
                                                                            NUM_STRING[((POS_Y3 * 8) + 7):(POS_Y3 * 8)],
                                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                            "]"} ;
                                                                end
                                end
                            else
                                if ((y >= 100)) 
                                    begin
                                        if ((x >= 10000000)) 
                                            begin
                                                getStringFromPos = {"[",
                                                        NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                                        NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                        NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                        ",",
                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                        "]"} ;
                                            end
                                        else
                                            if ((x >= 1000000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 100000)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 10000)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        if ((x >= 1000)) 
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                                                        else
                                                            if ((x >= 100)) 
                                                                begin
                                                                    getStringFromPos = {"[",
                                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                            ",",
                                                                            NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                            "]"} ;
                                                                end
                                                            else
                                                                if ((x >= 10)) 
                                                                    begin
                                                                        getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                    end
                                                                else
                                                                    begin
                                                                        getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y2 * 8) + 7):(POS_Y2 * 8)],
                                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                    end
                                    end
                                else
                                    if ((y >= 10)) 
                                        begin
                                            if ((x >= 10000000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                                            NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 1000000)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 100000)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        if ((x >= 10000)) 
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                                                        else
                                                            if ((x >= 1000)) 
                                                                begin
                                                                    getStringFromPos = {"[",
                                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                            ",",
                                                                            NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                            "]"} ;
                                                                end
                                                            else
                                                                if ((x >= 100)) 
                                                                    begin
                                                                        getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                    end
                                                                else
                                                                    if ((x >= 10)) 
                                                                        begin
                                                                            getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                        end
                                                                    else
                                                                        begin
                                                                            getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y1 * 8) + 7):(POS_Y1 * 8)],
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                        end
                                        end
                                    else
                                        begin
                                            if ((x >= 10000000)) 
                                                begin
                                                    getStringFromPos = {"[",
                                                            NUM_STRING[((POS_X7 * 8) + 7):(POS_X7 * 8)],
                                                            NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                            NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                            NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                            ",",
                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                            "]"} ;
                                                end
                                            else
                                                if ((x >= 1000000)) 
                                                    begin
                                                        getStringFromPos = {"[",
                                                                NUM_STRING[((POS_X6 * 8) + 7):(POS_X6 * 8)],
                                                                NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                                NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                ",",
                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                "]"} ;
                                                    end
                                                else
                                                    if ((x >= 100000)) 
                                                        begin
                                                            getStringFromPos = {"[",
                                                                    NUM_STRING[((POS_X5 * 8) + 7):(POS_X5 * 8)],
                                                                    NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                    NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                    NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                    NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                    NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                    ",",
                                                                    NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                    "]"} ;
                                                        end
                                                    else
                                                        if ((x >= 10000)) 
                                                            begin
                                                                getStringFromPos = {"[",
                                                                        NUM_STRING[((POS_X4 * 8) + 7):(POS_X4 * 8)],
                                                                        NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                        NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                        NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                        NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                        ",",
                                                                        NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                        "]"} ;
                                                            end
                                                        else
                                                            if ((x >= 1000)) 
                                                                begin
                                                                    getStringFromPos = {"[",
                                                                            NUM_STRING[((POS_X3 * 8) + 7):(POS_X3 * 8)],
                                                                            NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                            NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                            NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                            ",",
                                                                            NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                            "]"} ;
                                                                end
                                                            else
                                                                if ((x >= 100)) 
                                                                    begin
                                                                        getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X2 * 8) + 7):(POS_X2 * 8)],
                                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                    end
                                                                else
                                                                    if ((x >= 10)) 
                                                                        begin
                                                                            getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X1 * 8) + 7):(POS_X1 * 8)],
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                        end
                                                                    else
                                                                        begin
                                                                            getStringFromPos = {"[",
                                                                                NUM_STRING[((POS_X0 * 8) + 7):(POS_X0 * 8)],
                                                                                ",",
                                                                                NUM_STRING[((POS_Y0 * 8) + 7):(POS_Y0 * 8)],
                                                                                "]"} ;
                                                                        end
                                        end
        end
    endfunction
    function [31:0] getAddrWidth ; 
        input [31:0] data_width ; 
        input [31:0] dev_code ; 
        begin
            case (dev_code)
            _FCODE_LIFCL_ : 
                begin
                    case (data_width)
                    36 : 
                        getAddrWidth = 9 ;
                    32 : 
                        getAddrWidth = 9 ;
                    18 : 
                        getAddrWidth = 10 ;
                    16 : 
                        getAddrWidth = 10 ;
                    9 : 
                        getAddrWidth = 11 ;
                    8 : 
                        getAddrWidth = 11 ;
                    4 : 
                        getAddrWidth = 12 ;
                    2 : 
                        getAddrWidth = 13 ;
                    1 : 
                        getAddrWidth = 14 ;
                    endcase 
                end
            _FCODE_ICE_ : 
                begin
                    case (data_width)
                    16 : 
                        getAddrWidth = 8 ;
                    8 : 
                        getAddrWidth = 9 ;
                    4 : 
                        getAddrWidth = 10 ;
                    2 : 
                        getAddrWidth = 11 ;
                    endcase 
                end
            _FCODE_AP6_ : 
                begin
                    case (data_width)
                    72 : 
                        getAddrWidth = 9 ;
                    64 : 
                        getAddrWidth = 9 ;
                    36 : 
                        getAddrWidth = 10 ;
                    32 : 
                        getAddrWidth = 10 ;
                    18 : 
                        getAddrWidth = 11 ;
                    16 : 
                        getAddrWidth = 11 ;
                    9 : 
                        getAddrWidth = 12 ;
                    8 : 
                        getAddrWidth = 12 ;
                    4 : 
                        getAddrWidth = 13 ;
                    2 : 
                        getAddrWidth = 14 ;
                    1 : 
                        getAddrWidth = 15 ;
                    endcase 
                end
            default : 
                getAddrWidth = 8 ;
            endcase 
        end
    endfunction

//=============================================================================
// lscc_ram_dp_core.v
// Local Variables:
// verilog-library-directories: ("../../common")
// End:
//=============================================================================
endmodule



/*******************************************************************************
    Verilog netlist generated by IPGEN Lattice Radiant Software (64-bit)
    2.3.b1.26.0
    Soft IP Version: 1.1.2
    2021 01 07 20:48:29
*******************************************************************************/
/*******************************************************************************
    Wrapper Module generated per user settings.
*******************************************************************************/
module mem_ipgen_lpddr4_mc_sch_ebr (wr_clk_i, 
        rd_clk_i, 
        rst_i, 
        wr_clk_en_i, 
        rd_en_i, 
        rd_clk_en_i, 
        wr_en_i, 
        ben_i, 
        wr_data_i, 
        wr_addr_i, 
        rd_addr_i, 
        rd_data_o) ;
    parameter WIDTH = 256 ; 
    parameter BYTE_EN_WIDTH = (WIDTH / 8) ; 
    parameter DEPTH = 16 ; 
    parameter DEPTH_LOG = $clog2(DEPTH) ; 
    input wr_clk_i ; 
    input rd_clk_i ; 
    input rst_i ; 
    input wr_clk_en_i ; 
    input rd_en_i ; 
    input rd_clk_en_i ; 
    input wr_en_i ; 
    input [(BYTE_EN_WIDTH - 1):0] ben_i ; 
    input [(WIDTH - 1):0] wr_data_i ; 
    input [(DEPTH_LOG - 1):0] wr_addr_i ; 
    input [(DEPTH_LOG - 1):0] rd_addr_i ; 
    output [(WIDTH - 1):0] rd_data_o ; 
    parameter MEM_ID = "ebr" ; 
    mem_ipgen_lscc_ram_dp #(.FAMILY("LFCPNX"),
            .MEM_ID(MEM_ID),
            .MEM_SIZE("WIDTH,DEPTH"),
            .WADDR_DEPTH(DEPTH),
            .WDATA_WIDTH(WIDTH),
            .RADDR_DEPTH(DEPTH),
            .RDATA_WIDTH(WIDTH),
            .WADDR_WIDTH(DEPTH_LOG),
            .REGMODE("noreg"),
            .RADDR_WIDTH(DEPTH_LOG),
            .OUTPUT_CLK_EN(0),
            .RESETMODE("sync"),
            .BYTE_ENABLE(1),
            .BYTE_WIDTH(BYTE_EN_WIDTH),
            .BYTE_SIZE(8),
            .ECC_ENABLE(0),
            .INIT_MODE("none"),
            .INIT_FILE("none"),
            .INIT_FILE_FORMAT("hex"),
            .INIT_VALUE_00("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_01("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_02("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_03("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_04("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_05("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_06("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_07("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_08("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_09("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_0A("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_0B("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_0C("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_0D("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_0E("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_0F("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_10("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_11("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_12("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_13("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_14("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_15("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_16("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_17("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_18("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_19("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_1A("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_1B("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_1C("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_1D("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_1E("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_1F("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_20("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_21("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_22("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_23("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_24("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_25("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_26("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_27("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_28("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_29("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_2A("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_2B("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_2C("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_2D("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_2E("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_2F("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_30("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_31("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_32("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_33("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_34("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_35("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_36("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_37("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_38("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_39("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_3A("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_3B("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_3C("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_3D("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_3E("0x0000000000000000000000000000000000000000000000000000000000000000"),
            .INIT_VALUE_3F("0x0000000000000000000000000000000000000000000000000000000000000000")) lscc_ram_dp_inst (.wr_clk_i(wr_clk_i), 
                .rd_clk_i(rd_clk_i), 
                .rst_i(rst_i), 
                .wr_clk_en_i(wr_clk_en_i), 
                .rd_en_i(rd_en_i), 
                .rd_clk_en_i(rd_clk_en_i), 
                .rd_out_clk_en_i(1'b1), 
                .wr_en_i(wr_en_i), 
                .ben_i(ben_i[(BYTE_EN_WIDTH - 1):0]), 
                .wr_data_i(wr_data_i[(WIDTH - 1):0]), 
                .wr_addr_i(wr_addr_i[(DEPTH_LOG - 1):0]), 
                .rd_addr_i(rd_addr_i[(DEPTH_LOG - 1):0]), 
                .rd_data_o(rd_data_o[(WIDTH - 1):0]), 
                .one_err_det_o(), 
                .two_err_det_o()) ; 
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lpddr4_mc_sync_fifo.v
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
module mem_ipgen_lpddr4_mc_sync_fifo (clk_i, 
        rst_i, 
        wr_en_i, 
        rd_en_i, 
        wr_data_i, 
        full_o, 
        almost_full_o, 
        empty_o, 
        rd_data_nxt, 
        rd_data_o) ;
    parameter WIDTH = 16 ; 
    parameter DEPTH = 4 ; 
    parameter DEPTH_LOG = $clog2(DEPTH) ; 
    input clk_i ; 
    input rst_i ; 
    input wr_en_i ; 
    input rd_en_i ; 
    input [(WIDTH - 1):0] wr_data_i ; 
    output full_o ; 
    output almost_full_o ; 
    output empty_o ; 
    output [(WIDTH - 1):0] rd_data_nxt ; 
    output [(WIDTH - 1):0] rd_data_o ; 
    mem_ipgen_lscc_soft_fifo_dist #(.IMPLEMENTATION("LUT"),
            .ADDRESS_DEPTH(DEPTH),
            .ADDRESS_WIDTH(DEPTH_LOG),
            .DATA_WIDTH(WIDTH),
            .REGMODE("noreg"),
            .RESET_MODE("async"),
            .ENABLE_ALMOST_FULL_FLAG("TRUE"),
            .ENABLE_ALMOST_EMPTY_FLAG("FALSE"),
            .ALMOST_FULL_ASSERTION("static-single"),
            .ALMOST_FULL_ASSERT_LVL((DEPTH - 2)),
            .ALMOST_FULL_DEASSERT_LVL((DEPTH - 3)),
            .ALMOST_EMPTY_ASSERTION("static-dual"),
            .ALMOST_EMPTY_ASSERT_LVL(1),
            .ALMOST_EMPTY_DEASSERT_LVL(2),
            .ENABLE_DATA_COUNT("FALSE"),
            .FAMILY("LAV-AT")) u_fifo (.clk_i(clk_i), 
                .rst_i(rst_i), 
                .wr_en_i(wr_en_i), 
                .rd_en_i(rd_en_i), 
                .wr_data_i(wr_data_i), 
                .almost_full_th_i({DEPTH_LOG{1'b1}}),  // unused
            .almost_full_clr_th_i({DEPTH_LOG{1'b1}}),  // unused
            .almost_empty_th_i({DEPTH_LOG{1'b1}}),  // unused
            .almost_empty_clr_th_i({DEPTH_LOG{1'b1}}),  // unused
            .full_o(full_o), 
                .empty_o(empty_o), 
                .almost_full_o(almost_full_o), 
                .almost_empty_o(), 
                .data_cnt_o(), 
                .rd_data_nxt(rd_data_nxt), 
                .rd_data_o(rd_data_o)) ; 
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               : Radiant Software 1.1
// File                  : lscc_soft_fifo_dist.v
// Title                 :
// Dependencies          :
// Description           : Implements a dual clock FIFO.
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             :
// Mod. Date             :
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_lscc_soft_fifo_dist #(parameter IMPLEMENTATION = "EBR", 
        parameter ADDRESS_DEPTH = 512, 
        parameter ADDRESS_WIDTH = clog2(ADDRESS_DEPTH), 
        parameter DATA_WIDTH = 18, 
        parameter REGMODE = "reg", 
        parameter RESET_MODE = "async", 
        parameter ENABLE_ALMOST_FULL_FLAG = "TRUE", 
        parameter ENABLE_ALMOST_EMPTY_FLAG = "TRUE", 
        parameter ALMOST_FULL_ASSERTION = "static-dual", 
        parameter ALMOST_FULL_ASSERT_LVL = 1023, 
        parameter ALMOST_FULL_DEASSERT_LVL = 1020, 
        parameter ALMOST_EMPTY_ASSERTION = "static-dual", 
        parameter ALMOST_EMPTY_ASSERT_LVL = 1, 
        parameter ALMOST_EMPTY_DEASSERT_LVL = 4, 
        parameter ENABLE_DATA_COUNT = "FALSE", 
        parameter FAMILY = "common") (
    //----------------------------
    // Parameters
    //----
    //----------------------------
    // Inputs
    //----------------------------
    input clk_i, 
    input [(DATA_WIDTH - 1):0] wr_data_i, 
    input wr_en_i, 
    input rd_en_i, 
    input rst_i, 
    input [(ADDRESS_WIDTH - 1):0] almost_full_th_i, 
    input [(ADDRESS_WIDTH - 1):0] almost_full_clr_th_i, 
    input [(ADDRESS_WIDTH - 1):0] almost_empty_th_i, 
    input [(ADDRESS_WIDTH - 1):0] almost_empty_clr_th_i, 
    //----------------------------
    // Outputs
    //----------------------------
    output [(DATA_WIDTH - 1):0] rd_data_o, 
    output [(DATA_WIDTH - 1):0] rd_data_nxt, 
    output full_o, 
    output empty_o, 
    output almost_full_o, 
    output almost_empty_o, 
    output [ADDRESS_WIDTH:0] data_cnt_o) ;
    //----------------------------
    // Wire and Registers
    //----------------------------
    (* syn_preserve=1 *) reg full_r ; 
    (* syn_preserve=1 *) reg full_mem_r ; 
    (* syn_preserve=1 *) reg full_ext_r ; 
    (* syn_preserve=1 *) reg empty_r ; 
    (* syn_preserve=1 *) reg empty_mem_r ; 
    (* syn_preserve=1 *) reg empty_ext_r ; 
    (* syn_preserve=1 *) reg [ADDRESS_WIDTH:0] wr_addr_r ; 
    (* syn_preserve=1 *) reg [ADDRESS_WIDTH:0] wr_addr_p1_r ; 
    (* syn_preserve=1 *) reg [ADDRESS_WIDTH:0] wr_addr_p1cmp_r ; 
    (* syn_preserve=1 *) reg [(ADDRESS_WIDTH - 1):0] wr_cmpaddr_r ; 
    (* syn_preserve=1 *) reg [(ADDRESS_WIDTH - 1):0] waddr_r ; 
    (* syn_preserve=1 *) reg [(ADDRESS_WIDTH - 1):0] wr_cmpaddr_p1_r ; 
    (* syn_preserve=1 *) reg [ADDRESS_WIDTH:0] rd_addr_r ; 
    (* syn_preserve=1 *) reg [ADDRESS_WIDTH:0] rd_addr_p1_r ; 
    (* syn_preserve=1 *) reg [ADDRESS_WIDTH:0] rd_addr_p1cmp_r ; 
    (* syn_preserve=1 *) reg [(ADDRESS_WIDTH - 1):0] rd_cmpaddr_r ; 
    (* syn_preserve=1 *) reg [(ADDRESS_WIDTH - 1):0] raddr_r ; 
    (* syn_preserve=1 *) reg [(ADDRESS_WIDTH - 1):0] rd_cmpaddr_p1_r ; 
    // WRITE address controller
    wire [ADDRESS_WIDTH:0] wr_addr_nxt_w = ((wr_en_i & (~full_r)) ? wr_addr_p1_r : wr_addr_r) ; 
    wire [ADDRESS_WIDTH:0] wr_addr_nxt_p1_w = (wr_addr_nxt_w + 1'b1) ; 
    // READ address controller
    wire [ADDRESS_WIDTH:0] rd_addr_nxt_w = ((rd_en_i & (~empty_r)) ? rd_addr_p1_r : rd_addr_r) ; 
    wire [ADDRESS_WIDTH:0] rd_addr_nxt_p1_w = (rd_addr_nxt_w + 1'b1) ; 
    // Flag controller
    wire full_nxt_w = (((((~(rd_en_i & (~empty_r))) & (wr_en_i & (~full_r))) & (wr_cmpaddr_p1_r == rd_cmpaddr_r)) & (wr_addr_p1cmp_r[ADDRESS_WIDTH] != rd_addr_r[ADDRESS_WIDTH])) || ((~((wr_cmpaddr_r != rd_cmpaddr_r) || rd_en_i)) & full_r)) ; 
    wire empty_nxt_w = ((((rd_en_i & (~empty_r)) & (rd_addr_p1cmp_r == wr_addr_r)) & (~(wr_en_i & (~full_r)))) || ((~((wr_cmpaddr_r != rd_cmpaddr_r) || wr_en_i)) & empty_r)) ; 
    assign full_o = full_ext_r ; 
    assign empty_o = empty_ext_r ; 
    //----------------------------
    // Sequential Circuit
    //----------------------------
    if ((RESET_MODE == "sync")) 
        begin : MASTER_SYNC
            always
                @(posedge clk_i)
                begin
                    if (rst_i) 
                        begin
                            full_ext_r <=  1'b0 ;
                            full_r <=  1'b0 ;
                            full_mem_r <=  1'b0 ;
                            empty_ext_r <=  1'b1 ;
                            empty_r <=  1'b1 ;
                            empty_mem_r <=  1'b1 ;
                            wr_addr_r <=  {(ADDRESS_WIDTH + 1){1'b0}} ;
                            wr_addr_p1_r <=  {{ADDRESS_WIDTH{1'b0}},
                                    1'b1} ;
                            wr_cmpaddr_r <=  {ADDRESS_WIDTH{1'b0}} ;
                            wr_addr_p1cmp_r <=  {{ADDRESS_WIDTH{1'b0}},
                                    1'b1} ;
                            waddr_r <=  {ADDRESS_WIDTH{1'b0}} ;
                            wr_cmpaddr_p1_r <=  {{(ADDRESS_WIDTH - 1){1'b0}},
                                    1'b1} ;
                            rd_addr_r <=  {(ADDRESS_WIDTH + 1){1'b0}} ;
                            rd_addr_p1_r <=  {{ADDRESS_WIDTH{1'b0}},
                                    1'b1} ;
                            rd_addr_p1cmp_r <=  {{ADDRESS_WIDTH{1'b0}},
                                    1'b1} ;
                            rd_cmpaddr_r <=  {ADDRESS_WIDTH{1'b0}} ;
                            raddr_r <=  {ADDRESS_WIDTH{1'b0}} ;
                            rd_cmpaddr_p1_r <=  {{(ADDRESS_WIDTH - 1){1'b0}},
                                    1'b1} ;
                        end
                    else
                        begin
                            full_ext_r <=  full_nxt_w ;
                            full_r <=  full_nxt_w ;
                            full_mem_r <=  full_nxt_w ;
                            empty_ext_r <=  empty_nxt_w ;
                            empty_r <=  empty_nxt_w ;
                            empty_mem_r <=  empty_nxt_w ;
                            wr_addr_r <=  wr_addr_nxt_w ;
                            wr_addr_p1_r <=  wr_addr_nxt_p1_w ;
                            wr_cmpaddr_r <=  wr_addr_nxt_w[(ADDRESS_WIDTH - 1):0] ;
                            wr_addr_p1cmp_r <=  wr_addr_nxt_p1_w ;
                            waddr_r <=  wr_addr_nxt_w[(ADDRESS_WIDTH - 1):0] ;
                            wr_cmpaddr_p1_r <=  wr_addr_nxt_p1_w[(ADDRESS_WIDTH - 1):0] ;
                            rd_addr_r <=  rd_addr_nxt_w ;
                            rd_addr_p1_r <=  rd_addr_nxt_p1_w ;
                            rd_addr_p1cmp_r <=  rd_addr_nxt_p1_w ;
                            rd_cmpaddr_r <=  rd_addr_nxt_w[(ADDRESS_WIDTH - 1):0] ;
                            raddr_r <=  rd_addr_nxt_w[(ADDRESS_WIDTH - 1):0] ;
                            rd_cmpaddr_p1_r <=  rd_addr_nxt_p1_w[(ADDRESS_WIDTH - 1):0] ;
                        end
                end
        end
    else
        begin : MASTER_ASYNC
            always
                @(posedge clk_i or 
                    posedge rst_i)
                begin
                    if (rst_i) 
                        begin
                            full_ext_r <=  1'b0 ;
                            full_r <=  1'b0 ;
                            full_mem_r <=  1'b0 ;
                            empty_ext_r <=  1'b1 ;
                            empty_r <=  1'b1 ;
                            empty_mem_r <=  1'b1 ;
                            wr_addr_r <=  {(ADDRESS_WIDTH + 1){1'b0}} ;
                            wr_addr_p1_r <=  {{ADDRESS_WIDTH{1'b0}},
                                    1'b1} ;
                            wr_cmpaddr_r <=  {ADDRESS_WIDTH{1'b0}} ;
                            wr_addr_p1cmp_r <=  {{ADDRESS_WIDTH{1'b0}},
                                    1'b1} ;
                            waddr_r <=  {ADDRESS_WIDTH{1'b0}} ;
                            wr_cmpaddr_p1_r <=  {{(ADDRESS_WIDTH - 1){1'b0}},
                                    1'b1} ;
                            rd_addr_r <=  {(ADDRESS_WIDTH + 1){1'b0}} ;
                            rd_addr_p1_r <=  {{ADDRESS_WIDTH{1'b0}},
                                    1'b1} ;
                            rd_addr_p1cmp_r <=  {{ADDRESS_WIDTH{1'b0}},
                                    1'b1} ;
                            rd_cmpaddr_r <=  {ADDRESS_WIDTH{1'b0}} ;
                            raddr_r <=  {ADDRESS_WIDTH{1'b0}} ;
                            rd_cmpaddr_p1_r <=  {{(ADDRESS_WIDTH - 1){1'b0}},
                                    1'b1} ;
                        end
                    else
                        begin
                            full_ext_r <=  full_nxt_w ;
                            full_r <=  full_nxt_w ;
                            full_mem_r <=  full_nxt_w ;
                            empty_ext_r <=  empty_nxt_w ;
                            empty_r <=  empty_nxt_w ;
                            empty_mem_r <=  empty_nxt_w ;
                            wr_addr_r <=  wr_addr_nxt_w ;
                            wr_addr_p1_r <=  wr_addr_nxt_p1_w ;
                            wr_cmpaddr_r <=  wr_addr_nxt_w[(ADDRESS_WIDTH - 1):0] ;
                            wr_addr_p1cmp_r <=  wr_addr_nxt_p1_w ;
                            waddr_r <=  wr_addr_nxt_w[(ADDRESS_WIDTH - 1):0] ;
                            wr_cmpaddr_p1_r <=  wr_addr_nxt_p1_w[(ADDRESS_WIDTH - 1):0] ;
                            rd_addr_r <=  rd_addr_nxt_w ;
                            rd_addr_p1_r <=  rd_addr_nxt_p1_w ;
                            rd_addr_p1cmp_r <=  rd_addr_nxt_p1_w ;
                            rd_cmpaddr_r <=  rd_addr_nxt_w[(ADDRESS_WIDTH - 1):0] ;
                            raddr_r <=  rd_addr_nxt_w[(ADDRESS_WIDTH - 1):0] ;
                            rd_cmpaddr_p1_r <=  rd_addr_nxt_p1_w[(ADDRESS_WIDTH - 1):0] ;
                        end
                end
        end
    //----------------------------
    // MISCELLANEOUS Features
    //----------------------------
    if ((((ENABLE_ALMOST_FULL_FLAG == "TRUE") || (ENABLE_ALMOST_EMPTY_FLAG == "TRUE")) || (ENABLE_DATA_COUNT == "TRUE"))) 
        begin : MISC
            (* syn_preserve=1 *) reg full_flag_r ; 
            (* syn_preserve=1 *) reg empty_flag_r ; 
            (* syn_preserve=1 *) reg [ADDRESS_WIDTH:0] wr_flag_addr_r ; 
            (* syn_preserve=1 *) reg [ADDRESS_WIDTH:0] wr_flag_addr_p1_r ; 
            (* syn_preserve=1 *) reg [ADDRESS_WIDTH:0] rd_flag_addr_r ; 
            (* syn_preserve=1 *) reg [ADDRESS_WIDTH:0] rd_flag_addr_p1_r ; 
            wire [ADDRESS_WIDTH:0] diff_norm_w = (wr_flag_addr_r - rd_flag_addr_r) ; 
            wire [ADDRESS_WIDTH:0] diff_wr_w = (wr_flag_addr_p1_r - rd_flag_addr_r) ; 
            wire [ADDRESS_WIDTH:0] diff_rd_w = (wr_flag_addr_r - rd_flag_addr_p1_r) ; 
            wire wr_w = (wr_en_i & (~full_flag_r)) ; 
            wire rd_w = (rd_en_i & (~empty_flag_r)) ; 
            wire [ADDRESS_WIDTH:0] diff_w = ((wr_w == rd_w) ? diff_norm_w : (wr_w ? diff_wr_w : diff_rd_w)) ; 
            if ((RESET_MODE == "sync")) 
                begin : SYNC_CON
                    always
                        @(posedge clk_i)
                        begin
                            if (rst_i) 
                                begin
                                    wr_flag_addr_r <=  {(ADDRESS_WIDTH + 1){1'b0}} ;
                                    wr_flag_addr_p1_r <=  {{ADDRESS_WIDTH{1'b0}},
                                            1'b1} ;
                                    rd_flag_addr_r <=  {(ADDRESS_WIDTH + 1){1'b0}} ;
                                    rd_flag_addr_p1_r <=  {{ADDRESS_WIDTH{1'b0}},
                                            1'b1} ;
                                    full_flag_r <=  1'b0 ;
                                    empty_flag_r <=  1'b1 ;
                                end
                            else
                                begin
                                    wr_flag_addr_r <=  wr_addr_nxt_w ;
                                    wr_flag_addr_p1_r <=  wr_addr_nxt_p1_w ;
                                    rd_flag_addr_r <=  rd_addr_nxt_w ;
                                    rd_flag_addr_p1_r <=  rd_addr_nxt_p1_w ;
                                    full_flag_r <=  full_nxt_w ;
                                    empty_flag_r <=  empty_nxt_w ;
                                end
                        end
                end
            else
                begin : ASYNC_CON
                    always
                        @(posedge clk_i or 
                            posedge rst_i)
                        begin
                            if (rst_i) 
                                begin
                                    wr_flag_addr_r <=  {(ADDRESS_WIDTH + 1){1'b0}} ;
                                    wr_flag_addr_p1_r <=  {{ADDRESS_WIDTH{1'b0}},
                                            1'b1} ;
                                    rd_flag_addr_r <=  {(ADDRESS_WIDTH + 1){1'b0}} ;
                                    rd_flag_addr_p1_r <=  {{ADDRESS_WIDTH{1'b0}},
                                            1'b1} ;
                                    full_flag_r <=  1'b0 ;
                                    empty_flag_r <=  1'b1 ;
                                end
                            else
                                begin
                                    wr_flag_addr_r <=  wr_addr_nxt_w ;
                                    wr_flag_addr_p1_r <=  wr_addr_nxt_p1_w ;
                                    rd_flag_addr_r <=  rd_addr_nxt_w ;
                                    rd_flag_addr_p1_r <=  rd_addr_nxt_p1_w ;
                                    full_flag_r <=  full_nxt_w ;
                                    empty_flag_r <=  empty_nxt_w ;
                                end
                        end
                end
            // Almost Flag Controller
            if ((ENABLE_ALMOST_FULL_FLAG == "TRUE")) 
                begin : AFull
                    wire [(ADDRESS_WIDTH - 1):0] almost_full_tick_w = (((ALMOST_FULL_ASSERTION == "static-single") || (ALMOST_FULL_ASSERTION == "static-dual")) ? ALMOST_FULL_ASSERT_LVL : almost_full_th_i) ; 
                    wire [(ADDRESS_WIDTH - 1):0] almost_full_tock_w = ((ALMOST_FULL_ASSERTION == "static-single") ? ALMOST_FULL_ASSERT_LVL : ((ALMOST_FULL_ASSERTION == "static-dual") ? ALMOST_FULL_DEASSERT_LVL : ((ALMOST_FULL_ASSERTION == "dynamic-single") ? almost_full_th_i : almost_full_clr_th_i))) ; 
                    reg almost_full_r ; 
                    reg almost_full_ext_r ; 
                    wire almost_full_nxt_w ; 
                    if (((ALMOST_FULL_ASSERTION == "static-single") || (ALMOST_FULL_ASSERTION == "dynamic-single"))) 
                        begin : genblk1
                            assign almost_full_nxt_w = (~(diff_w < almost_full_tick_w)) ; 
                        end
                    else
                        begin : genblk1
                            assign almost_full_nxt_w = ((~(diff_w < almost_full_tick_w)) | ((diff_w > almost_full_tock_w) & almost_full_r)) ; 
                        end
                    assign almost_full_o = almost_full_ext_r ; 
                    if ((RESET_MODE == "sync")) 
                        begin : genblk2
                            always
                                @(posedge clk_i)
                                begin
                                    if (rst_i) 
                                        begin
                                            almost_full_ext_r <=  1'b0 ;
                                            almost_full_r <=  1'b0 ;
                                        end
                                    else
                                        begin
                                            almost_full_ext_r <=  almost_full_nxt_w ;
                                            almost_full_r <=  almost_full_nxt_w ;
                                        end
                                end
                        end
                    else
                        begin : genblk2
                            always
                                @(posedge clk_i or 
                                    posedge rst_i)
                                begin
                                    if (rst_i) 
                                        begin
                                            almost_full_ext_r <=  1'b0 ;
                                            almost_full_r <=  1'b0 ;
                                        end
                                    else
                                        begin
                                            almost_full_ext_r <=  almost_full_nxt_w ;
                                            almost_full_r <=  almost_full_nxt_w ;
                                        end
                                end
                        end
                end
            else
                begin : genblk2
                    assign almost_full_o = 1'b0 ; 
                end
            // Almost Empty Controller
            if ((ENABLE_ALMOST_EMPTY_FLAG == "TRUE")) 
                begin : AEmpty
                    wire [(ADDRESS_WIDTH - 1):0] almost_empty_tick_w = (((ALMOST_EMPTY_ASSERTION == "static-single") || (ALMOST_EMPTY_ASSERTION == "static-dual")) ? ALMOST_EMPTY_ASSERT_LVL : almost_empty_th_i) ; 
                    wire [(ADDRESS_WIDTH - 1):0] almost_empty_tock_w = ((ALMOST_EMPTY_ASSERTION == "static-single") ? ALMOST_EMPTY_ASSERT_LVL : ((ALMOST_EMPTY_ASSERTION == "static-dual") ? ALMOST_EMPTY_DEASSERT_LVL : ((ALMOST_EMPTY_ASSERTION == "dynamic-single") ? almost_empty_th_i : almost_empty_clr_th_i))) ; 
                    reg almost_empty_r ; 
                    reg almost_empty_ext_r ; 
                    wire almost_empty_nxt_w ; 
                    if (((ALMOST_EMPTY_ASSERTION == "static-single") || (ALMOST_EMPTY_ASSERTION == "dynamic-single"))) 
                        begin : genblk1
                            assign almost_empty_nxt_w = (~(diff_w > almost_empty_tick_w)) ; 
                        end
                    else
                        begin : genblk1
                            assign almost_empty_nxt_w = ((diff_w < almost_empty_tock_w) & ((~(diff_w > almost_empty_tick_w)) | almost_empty_r)) ; 
                        end
                    assign almost_empty_o = almost_empty_ext_r ; 
                    if ((RESET_MODE == "sync")) 
                        begin : genblk2
                            always
                                @(posedge clk_i)
                                begin
                                    if (rst_i) 
                                        begin
                                            almost_empty_ext_r <=  1'b1 ;
                                            almost_empty_r <=  1'b1 ;
                                        end
                                    else
                                        begin
                                            almost_empty_ext_r <=  almost_empty_nxt_w ;
                                            almost_empty_r <=  almost_empty_nxt_w ;
                                        end
                                end
                        end
                    else
                        begin : genblk2
                            always
                                @(posedge clk_i or 
                                    posedge rst_i)
                                begin
                                    if (rst_i) 
                                        begin
                                            almost_empty_ext_r <=  1'b1 ;
                                            almost_empty_r <=  1'b1 ;
                                        end
                                    else
                                        begin
                                            almost_empty_ext_r <=  almost_empty_nxt_w ;
                                            almost_empty_r <=  almost_empty_nxt_w ;
                                        end
                                end
                        end
                end
            else
                begin : genblk3
                    assign almost_empty_o = 1'b0 ; 
                end
            // Enable Data Count Controller
            if ((ENABLE_DATA_COUNT == "TRUE")) 
                begin : genblk4
                    reg [ADDRESS_WIDTH:0] data_cnt_r ; 
                    assign data_cnt_o = data_cnt_r ; 
                    if ((RESET_MODE == "sync")) 
                        begin : genblk1
                            always
                                @(posedge clk_i)
                                begin
                                    if (rst_i) 
                                        begin
                                            data_cnt_r <=  {(ADDRESS_WIDTH + 1){1'b0}} ;
                                        end
                                    else
                                        begin
                                            data_cnt_r <=  diff_w ;
                                        end
                                end
                        end
                    else
                        begin : genblk1
                            always
                                @(posedge clk_i or 
                                    posedge rst_i)
                                begin
                                    if (rst_i) 
                                        begin
                                            data_cnt_r <=  {(ADDRESS_WIDTH + 1){1'b0}} ;
                                        end
                                    else
                                        begin
                                            data_cnt_r <=  diff_w ;
                                        end
                                end
                        end
                end
            else
                begin : genblk4
                    assign data_cnt_o = {(ADDRESS_WIDTH + 1){1'b0}} ; 
                end
        end
    // -----------------
    // -- FIFO MEMORY --
    // -----------------
    wire wr_fifo_en_w = (wr_en_i & (~full_mem_r)) ; 
    wire rd_fifo_en_w = (rd_en_i & (~empty_mem_r)) ; 
    (* syn_ramstyle="distributed" *) reg [(DATA_WIDTH - 1):0] mem [((2 ** ADDRESS_WIDTH) - 1):0] ; 
    reg [(DATA_WIDTH - 1):0] data_raw_r ; 
    wire [(DATA_WIDTH - 1):0] data_raw_nxt ; 
    reg [(DATA_WIDTH - 1):0] data_buff_r ; 
    assign rd_data_o = ((REGMODE == "reg") ? data_buff_r : data_raw_r) ; 
    assign rd_data_nxt = ((REGMODE == "reg") ? data_raw_r : data_raw_nxt) ; 
    always
        @(posedge clk_i)
        begin
            if ((wr_fifo_en_w == 1'b1)) 
                begin
                    mem[waddr_r] <=  wr_data_i ;
                end
        end
    assign data_raw_nxt = (rd_fifo_en_w ? mem[raddr_r] : data_raw_r) ; 
    always
        @(posedge clk_i)
        begin
            data_raw_r <=  data_raw_nxt ;
        end
    if ((REGMODE == "reg")) 
        begin : mem_reg
            if ((RESET_MODE == "sync")) 
                begin : sync
                    always
                        @(posedge clk_i)
                        begin
                            if ((rst_i == 1'b1)) 
                                begin
                                    data_buff_r <=  {DATA_WIDTH{1'b0}} ;
                                end
                            else
                                begin
                                    data_buff_r <=  data_raw_r ;
                                end
                        end
                end
            else
                begin : async
                    always
                        @(posedge clk_i or 
                            posedge rst_i)
                        begin
                            if ((rst_i == 1'b1)) 
                                begin
                                    data_buff_r <=  {DATA_WIDTH{1'b0}} ;
                                end
                            else
                                begin
                                    data_buff_r <=  data_raw_r ;
                                end
                        end
                end
        end
    //------------------------------------------------------------------------------
    // Function Definition
    //------------------------------------------------------------------------------
    function [31:0] clog2 ; 
        input [31:0] value ; 
        reg [31:0] num ; 
        begin
            num = (value - 1) ;
            for (clog2 = 0 ; (num > 0) ; clog2 = (clog2 + 1))
                num = (num >> 1) ;
        end
    endfunction
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lscc_apb_cdc.sv
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
module mem_ipgen_lscc_apb_cdc #(parameter ADDR_WIDTH = 10, 
        parameter DATA_WIDTH = 32, 
        parameter PSLVERR_EN = 0, 
        parameter REVEAL_DBG_EN = 1) (
    input apb_s0_pclk_i, 
    input apb_s0_presetn_i, 
    input apb_s0_psel_slv_i, 
    input [(ADDR_WIDTH - 1):0] apb_s0_paddr_slv_i, 
    input apb_s0_pwrite_slv_i, 
    input [(DATA_WIDTH - 1):0] apb_s0_pwdata_slv_i, 
    input apb_s0_penable_slv_i, 
    output reg apb_s0_pready_slv_o, 
    output apb_s0_pslverr_slv_o, 
    (* syn_preserve=1 *) output reg [(DATA_WIDTH - 1):0] apb_s0_prdata_slv_o, 
    input apb_m0_pclk_i, 
    input apb_m0_presetn_i, 
    input apb_m0_pready_mst_i, 
    input apb_m0_pslverr_mst_i, 
    input [(DATA_WIDTH - 1):0] apb_m0_prdata_mst_i, 
    output reg apb_m0_psel_mst_o, 
    (* syn_preserve=1 *) output reg [(ADDR_WIDTH - 1):0] apb_m0_paddr_mst_o, 
    (* syn_preserve=1 *) output reg apb_m0_pwrite_mst_o, 
    (* syn_preserve=1 *) output reg [(DATA_WIDTH - 1):0] apb_m0_pwdata_mst_o, 
    output reg apb_m0_penable_mst_o) ;
    localparam WRITE_POS = (ADDR_WIDTH + DATA_WIDTH) ; 
    localparam VALID_POS = ((ADDR_WIDTH + DATA_WIDTH) + 1) ; 
    localparam BUFF_WIDTH = ((ADDR_WIDTH + DATA_WIDTH) + 2) ; 
    localparam ST_IDLE = 2'b00 ; 
    localparam ST_SETUP = 2'b01 ; 
    localparam ST_ACCESS = 2'b11 ; 
    // Registered using apb_s0_pclk_i
    reg [(BUFF_WIDTH - 1):0] s_buf0_r ; 
    reg [(BUFF_WIDTH - 1):0] s_buf1_r ; 
    reg s_wsel_r ; 
    (* syn_preserve=1 *) reg s_s2m_pend0_r ; 
    (* syn_preserve=1 *) reg s_s2m_pend1_r ; 
    (* syn_preserve=1 *) reg s_s2m_pend0_rep_r ; 
    (* syn_preserve=1 *) reg s_s2m_pend1_rep_r ; 
    wire s_s2m_pend0_nxt ; 
    wire s_s2m_pend1_nxt ; 
    reg s_m2s_b0_r0 ; 
    reg s_m2s_b0_r1 ; 
    reg s_m2s_b0_r2 ; 
    reg s_m2s_b1_r0 ; 
    reg s_m2s_b1_r1 ; 
    reg s_m2s_b1_r2 ; 
    reg s_m2s_rdata_r0 ; 
    reg s_m2s_rdata_r1 ; 
    reg s_m2s_rdata_r2 ; 
    //  reg                  s_clear_buf0_r;
    //  reg                  s_clear_buf1_r;
    // Registered using apb_m0_pclk_i
    reg m_rsel_r ; 
    reg m_s2m_b0_r0 ; 
    reg m_s2m_b0_r1 ; 
    reg m_s2m_b0_r2 ; 
    reg m_s2m_b1_r0 ; 
    reg m_s2m_b1_r1 ; 
    reg m_s2m_b1_r2 ; 
    (* syn_preserve=1 *) reg m_m2s_pend0_r ; 
    (* syn_preserve=1 *) reg m_m2s_pend1_r ; 
    (* syn_preserve=1 *) reg m_m2s_pend0_rep_r ; 
    (* syn_preserve=1 *) reg m_m2s_pend1_rep_r ; 
    wire m_m2s_pend0_nxt ; 
    wire m_m2s_pend1_nxt ; 
    (* syn_preserve=1 *) reg m_m2s_rdata_pend_r ; 
    (* syn_preserve=1 *) reg m_m2s_rdata_pend_rep_r ; 
    wire m_m2s_rdata_pend_nxt ; 
    reg [(DATA_WIDTH - 1):0] m_m2s_prdata_r ; 
    reg [1:0] apbm_sm_curr ; 
    reg [1:0] apbm_sm_next ; 
    reg m_buf0_valid_r ; 
    reg m_buf1_valid_r ; 
    wire s_clear_buf0_w ; 
    wire s_clear_buf1_w ; 
    wire s_buf0_wr_ok_w ; 
    wire s_buf1_wr_ok_w ; 
    wire s_tx_done_w ; 
    wire s_rdata_valid_w ; 
    wire m_buf0_valid_w ; 
    wire m_buf1_valid_w ; 
    wire s_buffer_empty ; 
    wire s_pending_tx_w ; 
    assign s_pending_tx_w = ((apb_s0_psel_slv_i & apb_s0_penable_slv_i) & (~apb_s0_pready_slv_o)) ; 
    assign s_clear_buf0_w = (s_m2s_b0_r2 != s_m2s_b0_r1) ; 
    assign s_clear_buf1_w = (s_m2s_b1_r2 != s_m2s_b1_r1) ; 
    assign s_buffer_empty = ((~s_buf0_r[VALID_POS]) & (~s_buf1_r[VALID_POS])) ; 
    assign s_buf0_wr_ok_w = (((~s_wsel_r) & (~s_buf0_r[VALID_POS])) & ((apb_s0_psel_slv_i & (~apb_s0_penable_slv_i)) | s_pending_tx_w)) ; 
    //  assign s_buf0_wr_ok_w = ~s_wsel_r & apb_s0_psel_slv_i & (
    //                          (~apb_s0_penable_slv_i & ~s_buf0_r[VALID_POS]));              // setup state and buffer0 is empty
    //                        | (apb_s0_pwrite_slv_i & s_buf0_r[VALID_POS] & s_clear_buf0_w)// buffer0 has data and buffer0 clear is asserted
    //                        | (s_pending_tx_w & s_buffer_empty));
    assign s_buf1_wr_ok_w = ((s_wsel_r & (~s_buf1_r[VALID_POS])) & ((apb_s0_psel_slv_i & (~apb_s0_penable_slv_i)) | s_pending_tx_w)) ; 
    //  assign s_buf1_wr_ok_w =  s_wsel_r & apb_s0_psel_slv_i & (
    //                          (~apb_s0_penable_slv_i & ~s_buf1_r[VALID_POS]));              // setup state and buffer1 is empty
    //                        | (apb_s0_pwrite_slv_i & s_buf1_r[VALID_POS] & s_clear_buf1_w)  // buffer1 has data and buffer1 clear is asserted
    //                        | (s_pending_tx_w & s_buffer_empty));  
    // These get optimized in synthesis 
    //  assign apb_m0_psel_mst_o    = apbm_sm_curr[0]; 
    //  assign apb_m0_penable_mst_o = apbm_sm_curr[1];
    assign s_tx_done_w = ((apb_s0_psel_slv_i & apb_s0_penable_slv_i) & apb_s0_pready_slv_o) ; 
    assign s_rdata_valid_w = (s_m2s_rdata_r2 != s_m2s_rdata_r1) ; 
    assign m_buf0_valid_w = (m_s2m_b0_r2 != m_s2m_b0_r1) ; 
    assign m_buf1_valid_w = (m_s2m_b1_r2 != m_s2m_b1_r1) ; 
    assign s_s2m_pend0_nxt = (s_buf0_wr_ok_w ? (~s_s2m_pend0_rep_r) : s_s2m_pend0_rep_r) ; 
    assign s_s2m_pend1_nxt = (s_buf1_wr_ok_w ? (~s_s2m_pend1_rep_r) : s_s2m_pend1_rep_r) ; 
    always
        @(posedge apb_s0_pclk_i or 
            negedge apb_s0_presetn_i)
        begin
            if ((!apb_s0_presetn_i)) 
                begin
                    s_buf0_r <=  {BUFF_WIDTH{1'b0}} ;
                    s_buf1_r <=  {BUFF_WIDTH{1'b0}} ;
                    s_wsel_r <=  1'b0 ;
                    s_m2s_b0_r0 <=  1'b0 ;
                    s_m2s_b0_r1 <=  1'b0 ;
                    s_m2s_b0_r2 <=  1'b0 ;
                    s_m2s_b1_r0 <=  1'b0 ;
                    s_m2s_b1_r1 <=  1'b0 ;
                    s_m2s_b1_r2 <=  1'b0 ;
                    s_s2m_pend0_r <=  1'b0 ;
                    s_s2m_pend1_r <=  1'b0 ;
                    s_s2m_pend0_rep_r <=  1'b0 ;
                    s_s2m_pend1_rep_r <=  1'b0 ;
                    //      s_clear_buf0_r  <= 1'b0;
                    //      s_clear_buf1_r  <= 1'b0;
                end
            else
                begin
                    s_s2m_pend0_r <=  s_s2m_pend0_nxt ;
                    s_s2m_pend1_r <=  s_s2m_pend1_nxt ;
                    s_s2m_pend0_rep_r <=  s_s2m_pend0_nxt ;
                    s_s2m_pend1_rep_r <=  s_s2m_pend1_nxt ;
                    if (s_buf0_wr_ok_w) 
                        s_buf0_r <=  {1'b1,
                                apb_s0_pwrite_slv_i,
                                apb_s0_paddr_slv_i,
                                apb_s0_pwdata_slv_i} ;
                    else
                        if (s_clear_buf0_w) 
                            s_buf0_r[VALID_POS] <=  1'b0 ;
                    if (s_buf1_wr_ok_w) 
                        s_buf1_r <=  {1'b1,
                                apb_s0_pwrite_slv_i,
                                apb_s0_paddr_slv_i,
                                apb_s0_pwdata_slv_i} ;
                    else
                        if (s_clear_buf1_w) 
                            s_buf1_r[VALID_POS] <=  1'b0 ;
                    if (s_tx_done_w) 
                        s_wsel_r <=  (~s_wsel_r) ;
                    // Triple registers for CDC
                    s_m2s_b0_r0 <=  m_m2s_pend0_r ;
                    s_m2s_b0_r1 <=  s_m2s_b0_r0 ;
                    s_m2s_b0_r2 <=  s_m2s_b0_r1 ;
                    s_m2s_b1_r0 <=  m_m2s_pend1_r ;
                    s_m2s_b1_r1 <=  s_m2s_b1_r0 ;
                    s_m2s_b1_r2 <=  s_m2s_b1_r1 ;
                    //      s_clear_buf0_r  <= s_clear_buf0_w;
                    //      s_clear_buf1_r  <= s_clear_buf1_w;
                end
        end// always
    // read data logic on Slave port side
    always
        @(posedge apb_s0_pclk_i or 
            negedge apb_s0_presetn_i)
        begin
            if ((!apb_s0_presetn_i)) 
                begin
                    s_m2s_rdata_r0 <=  1'b0 ;
                    s_m2s_rdata_r1 <=  1'b0 ;
                    s_m2s_rdata_r2 <=  1'b0 ;
                    apb_s0_pready_slv_o <=  1'b0 ;
                    apb_s0_prdata_slv_o <=  {DATA_WIDTH{1'b0}} ;
                end
            else
                begin
                    if (s_rdata_valid_w) 
                        apb_s0_prdata_slv_o <=  m_m2s_prdata_r ;
                    if (apb_s0_psel_slv_i) 
                        begin
                            if (apb_s0_pwrite_slv_i) 
                                apb_s0_pready_slv_o <=  (s_wsel_r ? s_buf1_wr_ok_w : s_buf0_wr_ok_w) ;
                            else
                                apb_s0_pready_slv_o <=  s_rdata_valid_w ;
                        end
                    else
                        apb_s0_pready_slv_o <=  1'b0 ;
                    // Triple registers for CDC
                    s_m2s_rdata_r0 <=  m_m2s_rdata_pend_r ;
                    s_m2s_rdata_r1 <=  s_m2s_rdata_r0 ;
                    s_m2s_rdata_r2 <=  s_m2s_rdata_r1 ;
                end
        end// always
    wire m_tx_done_w ; 
    wire m_rd_done_w ; 
    wire m_rsel_nxt ; 
    wire m_new_req_w ; 
    assign m_tx_done_w = ((apbm_sm_curr == ST_ACCESS) ? apb_m0_pready_mst_i : 1'b0) ; 
    assign m_rd_done_w = (m_tx_done_w & (~apb_m0_pwrite_mst_o)) ; 
    assign m_rsel_nxt = (m_tx_done_w ? (~m_rsel_r) : m_rsel_r) ; 
    //assign m_new_req_w          = m_rsel_nxt ? (m_buf1_valid_r | m_buf1_valid_w) : (m_buf0_valid_r | m_buf0_valid_w);
    assign m_new_req_w = (m_rsel_nxt ? m_buf1_valid_r : m_buf0_valid_r) ; 
    assign m_m2s_rdata_pend_nxt = (m_rd_done_w ? (~m_m2s_rdata_pend_rep_r) : m_m2s_rdata_pend_rep_r) ; 
    // read data logic on Master port side
    always
        @(posedge apb_m0_pclk_i or 
            negedge apb_m0_presetn_i)
        begin
            if ((!apb_m0_presetn_i)) 
                begin
                    m_m2s_prdata_r <=  {DATA_WIDTH{1'b0}} ;
                    m_m2s_rdata_pend_r <=  1'b0 ;
                    m_m2s_rdata_pend_rep_r <=  1'b0 ;
                end
            else
                begin
                    // will remain static until the next read done
                    // Read will be spaced due to CDC so no risk of data collision
                    if (m_rd_done_w) 
                        m_m2s_prdata_r <=  apb_m0_prdata_mst_i ;
                    m_m2s_rdata_pend_r <=  m_m2s_rdata_pend_nxt ;
                    m_m2s_rdata_pend_rep_r <=  m_m2s_rdata_pend_nxt ;
                end
        end// always
    always
        @(*)
        begin
            case (apbm_sm_curr)
            ST_IDLE : 
                begin
                    apbm_sm_next = (m_new_req_w ? ST_SETUP : ST_IDLE) ;
                end
            ST_SETUP : 
                begin
                    apbm_sm_next = ST_ACCESS ;
                end
            ST_ACCESS : 
                begin
                    if (apb_m0_pready_mst_i) 
                        begin
                            if (m_new_req_w) 
                                // there is new request
                                apbm_sm_next = ST_SETUP ;
                            else
                                apbm_sm_next = ST_IDLE ;
                        end
                    else
                        apbm_sm_next = ST_ACCESS ;
                end
            default : 
                begin
                    apbm_sm_next = ST_IDLE ;
                end
            endcase 
        end// always
    // APB master state register and state output
    always
        @(posedge apb_m0_pclk_i or 
            negedge apb_m0_presetn_i)
        begin
            if ((!apb_m0_presetn_i)) 
                begin
                    apbm_sm_curr <=  ST_IDLE ;
                    apb_m0_pwdata_mst_o <=  {DATA_WIDTH{1'b0}} ;
                    apb_m0_paddr_mst_o <=  {ADDR_WIDTH{1'b0}} ;
                    apb_m0_pwrite_mst_o <=  1'b0 ;
                    apb_m0_psel_mst_o <=  1'b0 ;
                    apb_m0_penable_mst_o <=  1'b0 ;
                end
            else
                begin
                    apbm_sm_curr <=  apbm_sm_next ;
                    if ((apbm_sm_next == ST_SETUP)) 
                        begin
                            if (m_rsel_nxt) 
                                begin
                                    apb_m0_pwdata_mst_o <=  s_buf1_r[(DATA_WIDTH - 1):0] ;
                                    apb_m0_paddr_mst_o <=  s_buf1_r[(VALID_POS - 2):DATA_WIDTH] ;
                                    apb_m0_pwrite_mst_o <=  s_buf1_r[(VALID_POS - 1)] ;
                                end
                            else
                                begin
                                    apb_m0_pwdata_mst_o <=  s_buf0_r[(DATA_WIDTH - 1):0] ;
                                    apb_m0_paddr_mst_o <=  s_buf0_r[(VALID_POS - 2):DATA_WIDTH] ;
                                    apb_m0_pwrite_mst_o <=  s_buf0_r[(VALID_POS - 1)] ;
                                end
                        end
                    case (apbm_sm_next)
                    ST_SETUP : 
                        begin
                            apb_m0_psel_mst_o <=  1'b1 ;
                            apb_m0_penable_mst_o <=  1'b0 ;
                        end
                    ST_ACCESS : 
                        begin
                            apb_m0_psel_mst_o <=  1'b1 ;
                            apb_m0_penable_mst_o <=  1'b1 ;
                        end
                    default : 
                        begin
                            apb_m0_psel_mst_o <=  1'b0 ;
                            apb_m0_penable_mst_o <=  1'b0 ;
                        end
                    endcase 
                end
        end// always
    reg buff_empty_r ; 
    wire only_buff0_valid_w = (m_buf0_valid_r & (~m_buf1_valid_r)) ; 
    wire only_buff1_valid_w = ((~m_buf0_valid_r) & m_buf1_valid_r) ; 
    assign m_m2s_pend0_nxt = (((m_buf0_valid_r && m_tx_done_w) && (!m_rsel_r)) ? (~m_m2s_pend0_rep_r) : m_m2s_pend0_rep_r) ; 
    assign m_m2s_pend1_nxt = (((m_buf1_valid_r && m_tx_done_w) && m_rsel_r) ? (~m_m2s_pend1_rep_r) : m_m2s_pend1_rep_r) ; 
    always
        @(posedge apb_m0_pclk_i or 
            negedge apb_m0_presetn_i)
        begin
            if ((!apb_m0_presetn_i)) 
                begin
                    m_s2m_b0_r0 <=  1'b0 ;
                    m_s2m_b0_r1 <=  1'b0 ;
                    m_s2m_b0_r2 <=  1'b0 ;
                    m_s2m_b1_r0 <=  1'b0 ;
                    m_s2m_b1_r1 <=  1'b0 ;
                    m_s2m_b1_r2 <=  1'b0 ;
                    m_buf0_valid_r <=  1'b0 ;
                    m_buf1_valid_r <=  1'b0 ;
                    m_m2s_pend0_r <=  1'b0 ;
                    m_m2s_pend1_r <=  1'b0 ;
                    m_m2s_pend0_rep_r <=  1'b0 ;
                    m_m2s_pend1_rep_r <=  1'b0 ;
                    m_rsel_r <=  1'b0 ;
                    buff_empty_r <=  1'b0 ;
                end
            else
                begin
                    buff_empty_r <=  ((~m_buf0_valid_r) & (~m_buf1_valid_r)) ;
                    if (m_tx_done_w) 
                        m_rsel_r <=  (~m_rsel_r) ;
                    else
                        if (buff_empty_r) 
                            begin
                                // Buffers are previously empty
                                // correcting the m_rsel_r in case race condition happens
                                if ((only_buff0_valid_w & m_rsel_r)) 
                                    m_rsel_r <=  1'b0 ;
                                else
                                    if ((only_buff1_valid_w & (!m_rsel_r))) 
                                        m_rsel_r <=  1'b1 ;
                            end
                    // Double registers for CDC - capturing the s_s2m_pend*
                    m_s2m_b0_r0 <=  s_s2m_pend0_r ;
                    m_s2m_b0_r1 <=  m_s2m_b0_r0 ;
                    m_s2m_b0_r2 <=  m_s2m_b0_r1 ;
                    m_s2m_b1_r0 <=  s_s2m_pend1_r ;
                    m_s2m_b1_r1 <=  m_s2m_b1_r0 ;
                    m_s2m_b1_r2 <=  m_s2m_b1_r1 ;
                    m_m2s_pend0_r <=  m_m2s_pend0_nxt ;
                    m_m2s_pend1_r <=  m_m2s_pend1_nxt ;
                    m_m2s_pend0_rep_r <=  m_m2s_pend0_nxt ;
                    m_m2s_pend1_rep_r <=  m_m2s_pend1_nxt ;
                    if (m_buf0_valid_r) 
                        begin
                            if ((m_tx_done_w && (!m_rsel_r))) 
                                m_buf0_valid_r <=  1'b0 ;
                        end
                    else
                        m_buf0_valid_r <=  m_buf0_valid_w ;
                    if (m_buf1_valid_r) 
                        begin
                            if ((m_tx_done_w && m_rsel_r)) 
                                m_buf1_valid_r <=  1'b0 ;
                        end
                    else
                        m_buf1_valid_r <=  m_buf1_valid_w ;
                end
        end// always
    generate
        if ((PSLVERR_EN == 1)) 
            begin : ERR
                reg s_pslverr ; 
                reg m_m2s_pslverr ; 
                always
                    @(posedge apb_s0_pclk_i or 
                        negedge apb_s0_presetn_i)
                    begin
                        if ((!apb_s0_presetn_i)) 
                            begin
                                s_pslverr <=  1'b0 ;
                            end
                        else
                            begin
                                if (s_rdata_valid_w) 
                                    s_pslverr <=  m_m2s_pslverr ;
                            end
                    end
                assign apb_s0_pslverr_slv_o = s_pslverr ; 
                always
                    @(posedge apb_m0_pclk_i or 
                        negedge apb_m0_presetn_i)
                    begin
                        if ((!apb_m0_presetn_i)) 
                            begin
                                m_m2s_pslverr <=  1'b0 ;
                            end
                        else
                            begin
                                if (m_rd_done_w) 
                                    m_m2s_pslverr <=  apb_m0_pslverr_mst_i ;
                            end
                    end
            end
        else
            begin : NO_ERR
                assign apb_s0_pslverr_slv_o = 0 ; 
            end
    endgenerate

// Added for Reveal
/*
    reg rvl_s_buf0_valid_r0;
    reg rvl_s_buf0_valid_r1;
    reg rvl_s_buf1_valid_r0;
    reg rvl_s_buf1_valid_r1;
    
    always @(posedge apb_m0_pclk_i or negedge apb_m0_presetn_i) begin
      if (!apb_m0_presetn_i) begin
        rvl_s_buf0_valid_r0  <= 1'b0;
        rvl_s_buf0_valid_r1  <= 1'b0;
        rvl_s_buf1_valid_r0  <= 1'b0;
        rvl_s_buf1_valid_r1  <= 1'b0;
      end
      else begin
        rvl_s_buf0_valid_r0  <= s_buf0_r[VALID_POS];
        rvl_s_buf1_valid_r0  <= s_buf1_r[VALID_POS];
        rvl_s_buf0_valid_r1  <= rvl_s_buf0_valid_r0;
        rvl_s_buf1_valid_r1  <= rvl_s_buf1_valid_r0;
      end
    end
*/
//endgenerate
endmodule



/*******************************************************************************
    Verilog netlist generated by IPGEN Lattice Radiant Software (64-bit)
    3.1.0.43.0
    Soft IP Version: 1.1.0
    2022 01 31 00:42:29
*******************************************************************************/
/*******************************************************************************
    Wrapper Module generated per user settings.
*******************************************************************************/
module mem_ipgen_lpddr4_mc_dpram (wr_clk_i, 
        rd_clk_i, 
        wr_clk_en_i, 
        rd_en_i, 
        rd_clk_en_i, 
        wr_en_i, 
        wr_data_i, 
        wr_addr_i, 
        rd_addr_i, 
        rd_data_o) ;
    parameter WIDTH = 26 ; 
    parameter DEPTH = 8 ; 
    parameter DEPTH_LOG = $clog2(DEPTH) ; 
    input wr_clk_i ; 
    input rd_clk_i ; 
    input wr_clk_en_i ; 
    input rd_en_i ; 
    input rd_clk_en_i ; 
    input wr_en_i ; 
    input [(WIDTH - 1):0] wr_data_i ; 
    input [(DEPTH_LOG - 1):0] wr_addr_i ; 
    input [(DEPTH_LOG - 1):0] rd_addr_i ; 
    output [(WIDTH - 1):0] rd_data_o ; 
    mem_ipgen_dpram_ipgen_lscc_distributed_dpram #(.FAMILY("common"),
            .WADDR_DEPTH(DEPTH),
            .WDATA_WIDTH(WIDTH),
            .RADDR_DEPTH(DEPTH),
            .RDATA_WIDTH(WIDTH),
            .WADDR_WIDTH(DEPTH_LOG),
            .REGMODE("noreg"),
            .RADDR_WIDTH(DEPTH_LOG),
            .RESETMODE("sync"),
            .INIT_MODE("none"),
            .INIT_FILE("none"),
            .INIT_FILE_FORMAT("hex")) lscc_distributed_dpram_inst (.wr_clk_i(wr_clk_i), 
                .rd_clk_i(rd_clk_i), 
                .rst_i(1'b0), 
                .wr_clk_en_i(wr_clk_en_i), 
                .rd_en_i(rd_en_i), 
                .rd_clk_en_i(rd_clk_en_i), 
                .wr_en_i(wr_en_i), 
                .wr_data_i(wr_data_i), 
                .wr_addr_i(wr_addr_i), 
                .rd_addr_i(rd_addr_i), 
                .rd_data_o(rd_data_o)) ; 
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               : Radiant Software 1.1
// File                  : lscc_distributed_dpram.v
// Title                 :
// Dependencies          :
// Description           : Implements a pseudo Dual Port RAM using distributed memory.
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             :
// Mod. Date             :
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_dpram_ipgen_lscc_distributed_dpram #(parameter WADDR_DEPTH = 256, 
        parameter WADDR_WIDTH = clog2(WADDR_DEPTH), 
        parameter WDATA_WIDTH = 8, 
        parameter RADDR_DEPTH = 256, 
        parameter RADDR_WIDTH = clog2(RADDR_DEPTH), 
        parameter RDATA_WIDTH = 8, 
        parameter REGMODE = "reg", 
        parameter GSR = "", 
        parameter RESETMODE = "sync", 
        parameter INIT_FILE = "none", 
        parameter INIT_FILE_FORMAT = "binary", 
        parameter FAMILY = "common", 
        parameter MODULE_TYPE = "lscc_distributed_dpram", 
        parameter INIT_MODE = "none", 
        parameter BYTE_ENABLE = 0, 
        parameter BYTE_SIZE = 8, 
        parameter BYTE_WIDTH = 0, 
        parameter PIPELINES = 0, 
        parameter ECC_ENABLE = "") (
    // -----------------------------------------------------------------------------
    // Input/Output Ports
    // -----------------------------------------------------------------------------
    input wr_clk_i, 
    input rd_clk_i, 
    input rst_i, 
    input wr_clk_en_i, 
    input rd_clk_en_i, 
    input wr_en_i, 
    input [(WDATA_WIDTH - 1):0] wr_data_i, 
    input [(WADDR_WIDTH - 1):0] wr_addr_i, 
    input rd_en_i, 
    input [(RADDR_WIDTH - 1):0] rd_addr_i, 
    output [(RDATA_WIDTH - 1):0] rd_data_o) ;
    // -----------------------------------------------------------------------------
    // Local Parameters
    // -----------------------------------------------------------------------------
    // -----------------------------------------------------------------------------
    // Register Declarations
    // -----------------------------------------------------------------------------
    (* syn_ramstyle="distributed" *) reg [(RDATA_WIDTH - 1):0] mem [((2 ** RADDR_WIDTH) - 1):0] ; 
    reg [(RDATA_WIDTH - 1):0] out_raw ; 
    reg [(RDATA_WIDTH - 1):0] out_buffer ; 
    wire write_enable = (wr_clk_en_i & wr_en_i) ; 
    wire read_enable = (rd_clk_en_i & rd_en_i) ; 
    assign rd_data_o = ((REGMODE == "noreg") ? out_raw : out_buffer) ; 
    // -----------------------------------------------------------------------------
    // Initial Block
    // -----------------------------------------------------------------------------
    initial
        begin
            if (((INIT_MODE == "mem_file") && (INIT_FILE != "none"))) 
                begin
                    if ((INIT_FILE_FORMAT == "hex")) 
                        begin
                            $readmemh (INIT_FILE,
                                    mem,
                                    0,
                                    (RADDR_DEPTH - 1)) ;
                        end
                    else
                        begin
                            $readmemb (INIT_FILE,
                                    mem,
                                    0,
                                    (RADDR_DEPTH - 1)) ;
                        end
                end
        end
    // -----------------------------------------------------------------------------
    // Generate Sequential Blocks
    // -----------------------------------------------------------------------------
    always
        @(posedge wr_clk_i)
        begin
            if ((write_enable == 1'b1)) 
                begin
                    mem[wr_addr_i] <=  wr_data_i ;
                end
        end
    always
        @(*)
        begin
            out_raw = mem[rd_addr_i] ;
        end
    if ((REGMODE == "reg")) 
        begin : genblk1
            if ((RESETMODE == "async")) 
                begin : genblk1
                    always
                        @(posedge rd_clk_i or 
                            posedge rst_i)
                        begin
                            if ((rst_i == 1'b1)) 
                                begin
                                    out_buffer <=  'h0 ;
                                end
                            else
                                if ((read_enable == 1'b1)) 
                                    begin
                                        out_buffer <=  out_raw ;
                                    end
                        end
                end
            else
                begin : genblk1
                    always
                        @(posedge rd_clk_i)
                        begin
                            if ((rst_i == 1'b1)) 
                                begin
                                    out_buffer <=  'h0 ;
                                end
                            else
                                if ((read_enable == 1'b1)) 
                                    begin
                                        out_buffer <=  out_raw ;
                                    end
                        end
                end
        end
    //------------------------------------------------------------------------------
    // Function Definition
    //------------------------------------------------------------------------------
    function [31:0] clog2 ; 
        input [31:0] value ; 
        reg [31:0] num ; 
        begin
            num = (value - 1) ;
            for (clog2 = 0 ; (num > 0) ; clog2 = (clog2 + 1))
                num = (num >> 1) ;
        end
    endfunction
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lpddr4_mc_async_fifo.v
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
module mem_ipgen_lpddr4_mc_async_fifo (wr_clk_i, 
        rd_clk_i, 
        rst_i, 
        rp_rst_i, 
        wr_en_i, 
        rd_en_i, 
        wr_data_i, 
        full_o, 
        almost_full_o, 
        empty_o, 
        rd_data_nxt, 
        rd_data_o) ;
    parameter WIDTH = 16 ; 
    parameter DEPTH = 4 ; 
    parameter DEPTH_LOG = $clog2(DEPTH) ; 
    input wr_clk_i ; 
    input rd_clk_i ; 
    input rst_i ; 
    input rp_rst_i ; 
    input wr_en_i ; 
    input rd_en_i ; 
    input [(WIDTH - 1):0] wr_data_i ; 
    output full_o ; 
    output almost_full_o ; 
    output empty_o ; 
    output [(WIDTH - 1):0] rd_data_nxt ; 
    output [(WIDTH - 1):0] rd_data_o ; 
    mem_ipgen_lscc_soft_fifo_dc_dist #(.IMPLEMENTATION("LUT"),
            .WADDR_DEPTH(DEPTH),
            .WADDR_WIDTH(DEPTH_LOG),
            .WDATA_WIDTH(WIDTH),
            .RADDR_DEPTH(DEPTH),
            .RADDR_WIDTH(DEPTH_LOG),
            .RDATA_WIDTH(WIDTH),
            .REGMODE("reg"),
            .RESETMODE("async"),
            .ENABLE_ALMOST_FULL_FLAG("TRUE"),
            .ENABLE_ALMOST_EMPTY_FLAG("FALSE"),
            .ALMOST_FULL_ASSERTION("static-single"),
            .ALMOST_FULL_ASSERT_LVL((DEPTH - 2)),
            .ALMOST_FULL_DEASSERT_LVL((DEPTH - 3)),
            .ALMOST_EMPTY_ASSERTION("static-dual"),
            .ALMOST_EMPTY_ASSERT_LVL(1),
            .ALMOST_EMPTY_DEASSERT_LVL(2),
            .ENABLE_DATA_COUNT_WR("FALSE"),
            .ENABLE_DATA_COUNT_RD("FALSE"),
            .FAMILY("LFCPNX")) u_fifo_dc (.wr_clk_i(wr_clk_i), 
                .rd_clk_i(rd_clk_i), 
                .rst_i(rst_i), 
                .rp_rst_i(rp_rst_i), 
                .wr_en_i(wr_en_i), 
                .rd_en_i(rd_en_i), 
                .wr_data_i(wr_data_i[(WIDTH - 1):0]), 
                .almost_full_th_i({DEPTH_LOG{1'b1}}), 
                .almost_full_clr_th_i({DEPTH_LOG{1'b1}}), 
                .almost_empty_th_i({DEPTH_LOG{1'b1}}), 
                .almost_empty_clr_th_i({DEPTH_LOG{1'b1}}), 
                .full_o(full_o), 
                .empty_o(empty_o), 
                .almost_full_o(almost_full_o), 
                .almost_empty_o(), 
                .wr_data_cnt_o(), 
                .rd_data_cnt_o(), 
                .rd_data_nxt(rd_data_nxt[(WIDTH - 1):0]), 
                .rd_data_o(rd_data_o[(WIDTH - 1):0]), 
                .one_err_det_o(), 
                .two_err_det_o()) ; 
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
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// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               : Radiant Software 1.1
// File                  : lscc_soft_fifo_dc_dist.v
// Title                 :
// Dependencies          :
// Description           : Implements a dual clock FIFO using distributed RAM.
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.0.0.
// Author(s)             :
// Mod. Date             :
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_lscc_soft_fifo_dc_dist #(parameter IMPLEMENTATION = "EBR", 
        parameter WADDR_DEPTH = 512, 
        parameter WADDR_WIDTH = clog2(WADDR_DEPTH), 
        parameter WDATA_WIDTH = 36, 
        parameter RADDR_DEPTH = 512, 
        parameter RADDR_WIDTH = clog2(RADDR_DEPTH), 
        parameter RDATA_WIDTH = 36, 
        parameter REGMODE = "reg", 
        parameter RESETMODE = "async", 
        parameter ENABLE_ALMOST_FULL_FLAG = "TRUE", 
        parameter ENABLE_ALMOST_EMPTY_FLAG = "TRUE", 
        parameter ALMOST_FULL_ASSERTION = "static-dual", 
        parameter ALMOST_FULL_ASSERT_LVL = 511, 
        parameter ALMOST_FULL_DEASSERT_LVL = 510, 
        parameter ALMOST_EMPTY_ASSERTION = "static-dual", 
        parameter ALMOST_EMPTY_ASSERT_LVL = 1, 
        parameter ALMOST_EMPTY_DEASSERT_LVL = 2, 
        parameter ENABLE_DATA_COUNT_WR = "FALSE", 
        parameter ENABLE_DATA_COUNT_RD = "FALSE", 
        parameter FAMILY = "LIFCL") (
    //----------------------------
    // Inputs
    //----------------------------
    input wr_clk_i, 
    input rd_clk_i, 
    input [(WDATA_WIDTH - 1):0] wr_data_i, 
    input wr_en_i, 
    input rd_en_i, 
    input rst_i, 
    input rp_rst_i, 
    input [(WADDR_WIDTH - 1):0] almost_full_th_i, 
    input [(WADDR_WIDTH - 1):0] almost_full_clr_th_i, 
    input [(RADDR_WIDTH - 1):0] almost_empty_th_i, 
    input [(RADDR_WIDTH - 1):0] almost_empty_clr_th_i, 
    //----------------------------
    // Outputs
    //----------------------------
    output [(RDATA_WIDTH - 1):0] rd_data_o, 
    output [(RDATA_WIDTH - 1):0] rd_data_nxt, 
    output full_o, 
    output empty_o, 
    output almost_full_o, 
    output almost_empty_o, 
    output [WADDR_WIDTH:0] wr_data_cnt_o, 
    output [RADDR_WIDTH:0] rd_data_cnt_o, 
    output one_err_det_o, 
    output two_err_det_o) ;
    //--end_ports--
    //----------------------------
    // Local Parameters
    //----------------------------
    localparam G_WADDR_WIDTH = (WADDR_WIDTH + 1) ; 
    localparam G_RADDR_WIDTH = (RADDR_WIDTH + 1) ; 
    localparam CMP_WIDTH = ((WADDR_WIDTH >= RADDR_WIDTH) ? (RADDR_WIDTH + 1) : (WADDR_WIDTH + 1)) ; 
    genvar i0, 
        i1 ; 
    generate
        //----------------------------
        // Wire and Registers
        //----------------------------
        // -- Write-Synced Signals --
        reg full_r ; 
        reg full_ext_r ; 
        reg [WADDR_WIDTH:0] wr_addr_r ; 
        reg [WADDR_WIDTH:0] wr_addr_arith_r ; 
        reg [WADDR_WIDTH:0] wr_addr_nxt_c ; 
        wire [(WADDR_WIDTH - 1):0] wr_mem_addr_w = wr_addr_r[(WADDR_WIDTH - 1):0] ; 
        wire [WADDR_WIDTH:0] wr_addr_p1_w = (wr_addr_r + 1'b1) ; 
        (* syn_preserve=1 *) reg [(G_RADDR_WIDTH - 1):0] rp_sync1_r ; 
        (* syn_preserve=1 *) reg [(G_RADDR_WIDTH - 1):0] rp_sync2_r ; 
        wire [(G_WADDR_WIDTH - 1):0] wr_grey_w ; 
        reg [(G_WADDR_WIDTH - 1):0] wr_grey_sync_r ; 
        wire [RADDR_WIDTH:0] rp_sync_w ; 
        wire [(CMP_WIDTH - 1):0] wr_cmp_wr_w = wr_addr_p1_w[WADDR_WIDTH:((WADDR_WIDTH - CMP_WIDTH) + 1)] ; 
        wire [(CMP_WIDTH - 1):0] rd_cmp_wr_w = rp_sync_w[RADDR_WIDTH:((RADDR_WIDTH - CMP_WIDTH) + 1)] ; 
        wire [(CMP_WIDTH - 2):0] wr_cmp_mem_wr_w = wr_cmp_wr_w[(CMP_WIDTH - 2):0] ; 
        wire [(CMP_WIDTH - 2):0] rd_cmp_mem_wr_w = rd_cmp_wr_w[(CMP_WIDTH - 2):0] ; 
        wire [(CMP_WIDTH - 2):0] wr_cur_mem_wr_w = wr_mem_addr_w[(WADDR_WIDTH - 1):((WADDR_WIDTH - CMP_WIDTH) + 1)] ; 
        wire [WADDR_WIDTH:0] wr_sig_rd_w ; 
        wire [WADDR_WIDTH:0] wr_sig_diff0_w = (wr_addr_arith_r - wr_sig_rd_w) ; 
        reg full_nxt_c ; 
        // -- Read-Synced Signals --
        reg empty_r ; 
        reg empty_ext_r ; 
        reg [RADDR_WIDTH:0] rd_addr_r ; 
        reg [RADDR_WIDTH:0] rd_addr_arith_r ; 
        reg [RADDR_WIDTH:0] rd_addr_nxt_c ; 
        wire [(RADDR_WIDTH - 1):0] rd_mem_addr_w = rd_addr_r[(RADDR_WIDTH - 1):0] ; 
        wire [RADDR_WIDTH:0] rd_addr_p1_w = (rd_addr_r + 1'b1) ; 
        (* syn_preserve=1 *) reg [(G_WADDR_WIDTH - 1):0] wp_sync1_r ; 
        (* syn_preserve=1 *) reg [(G_WADDR_WIDTH - 1):0] wp_sync2_r ; 
        wire [(G_RADDR_WIDTH - 1):0] rd_grey_w ; 
        (* syn_preserve=1 *) reg [(G_RADDR_WIDTH - 1):0] rd_grey_sync_r ; 
        wire [WADDR_WIDTH:0] wp_sync_w ; 
        wire [(CMP_WIDTH - 1):0] rd_cmp_rd_w = rd_addr_p1_w[RADDR_WIDTH:((RADDR_WIDTH - CMP_WIDTH) + 1)] ; 
        wire [(CMP_WIDTH - 1):0] wr_cmp_rd_w = wp_sync_w[WADDR_WIDTH:((WADDR_WIDTH - CMP_WIDTH) + 1)] ; 
        wire [(CMP_WIDTH - 2):0] wr_cmp_mem_rd_w = wr_cmp_rd_w[(CMP_WIDTH - 2):0] ; 
        wire [(CMP_WIDTH - 2):0] rd_cmp_mem_rd_w = rd_cmp_rd_w[(CMP_WIDTH - 2):0] ; 
        wire [(CMP_WIDTH - 2):0] rd_cur_mem_rd_w = rd_mem_addr_w[(RADDR_WIDTH - 1):((RADDR_WIDTH - CMP_WIDTH) + 1)] ; 
        wire [RADDR_WIDTH:0] rd_sig_wr_w ; 
        wire [RADDR_WIDTH:0] rd_sig_diff0_w = (rd_sig_wr_w - rd_addr_arith_r) ; 
        reg empty_nxt_c ; 
        wire [RADDR_WIDTH:0] full_addr_w ; 
        // -- Top-Level Assignments --
        assign full_o = full_ext_r ; 
        assign empty_o = empty_ext_r ; 
        // -- Global Signals -- 
        wire wr_fifo_en_w = (wr_en_i & (~full_r)) ; 
        wire rd_fifo_en_w = (rd_en_i & (~empty_r)) ; 
        //----------------------------------------
        // Register Initialization for Simulation
        //----------------------------------------
        genvar gri0 ; 
        //----------------------------
        // Behavioral Model
        //----------------------------
        // ----------------------
        // -- WRITE CONTROLLER --
        // ----------------------
        // -- wr_grey_encode --
        assign wr_grey_w = (wr_addr_nxt_c ^ (wr_addr_nxt_c >> 1)) ; 
        if ((RESETMODE == "sync")) 
            begin : wr_encode_sync
                always
                    @(posedge wr_clk_i)
                    begin
                        if (rst_i) 
                            begin
                                wr_grey_sync_r <=  {G_WADDR_WIDTH{1'b0}} ;
                            end
                        else
                            begin
                                wr_grey_sync_r <=  wr_grey_w ;
                            end
                    end
            end
        else
            begin : wr_encode_async
                always
                    @(posedge wr_clk_i or 
                        posedge rst_i)
                    begin
                        if (rst_i) 
                            begin
                                wr_grey_sync_r <=  {G_WADDR_WIDTH{1'b0}} ;
                            end
                        else
                            begin
                                wr_grey_sync_r <=  wr_grey_w ;
                            end
                    end
            end
        // -- rd_grey_decode --  
        for (gri0 = 0;(gri0 < G_RADDR_WIDTH);gri0 = (gri0 + 1))
        begin : genblk2
            assign rp_sync_w[gri0] = (^rp_sync2_r[(G_RADDR_WIDTH - 1):gri0]) ; 
        end
        // ---------------------------
        // -- Core Write Controller --
        // ---------------------------
        wire wr_sig_mv_w = (wr_en_i & (~full_r)) ; 
        wire full_cmp_w = (wr_cmp_mem_wr_w == rd_cmp_mem_wr_w) ; 
        wire full_rel_cmp_w = (wr_cur_mem_wr_w == rd_cmp_mem_wr_w) ; 
        wire full_max_w = (wr_cmp_wr_w[(CMP_WIDTH - 1)] ^ rd_cmp_wr_w[(CMP_WIDTH - 1)]) ; 
        always
            @(*)
            begin
                //Removed reset on this logic since both reset will assert, just de-assert at different times
                //full_nxt_c = ~rp_rst_i & (wr_sig_mv_w ? (full_cmp_w & full_max_w) : (full_rel_cmp_w & full_r));
                full_nxt_c = (wr_sig_mv_w ? (full_cmp_w & full_max_w) : (full_rel_cmp_w & full_r)) ;
            end
        always
            @(*)
            begin
                //Removed reset on this logic since both reset will assert, just de-assert at different times
                //wr_addr_nxt_c = (wr_sig_mv_w & ~rp_rst_i) ? wr_addr_p1_w : wr_addr_r;
                wr_addr_nxt_c = (wr_sig_mv_w ? wr_addr_p1_w : wr_addr_r) ;
            end
        if ((RESETMODE == "sync")) 
            begin : sync_wr_controller
                always
                    @(posedge wr_clk_i)
                    begin
                        if (rst_i) 
                            begin
                                wr_addr_r <=  {WADDR_WIDTH{1'b0}} ;
                                wr_addr_arith_r <=  {WADDR_WIDTH{1'b0}} ;
                                full_r <=  1'b0 ;
                                full_ext_r <=  1'b0 ;
                            end
                        else
                            begin
                                wr_addr_r <=  wr_addr_nxt_c ;
                                wr_addr_arith_r <=  wr_addr_nxt_c ;
                                full_r <=  full_nxt_c ;
                                full_ext_r <=  full_nxt_c ;
                            end
                    end
            end
        else
            begin : async_wr_controller
                always
                    @(posedge wr_clk_i or 
                        posedge rst_i)
                    begin
                        if (rst_i) 
                            begin
                                wr_addr_r <=  {WADDR_WIDTH{1'b0}} ;
                                wr_addr_arith_r <=  {WADDR_WIDTH{1'b0}} ;
                                full_r <=  1'b0 ;
                                full_ext_r <=  1'b0 ;
                            end
                        else
                            begin
                                wr_addr_r <=  wr_addr_nxt_c ;
                                wr_addr_arith_r <=  wr_addr_nxt_c ;
                                full_r <=  full_nxt_c ;
                                full_ext_r <=  full_nxt_c ;
                            end
                    end
            end
        // -- Read to Write Synchronizer --
        if ((RESETMODE == "sync")) 
            begin : genblk4
                always
                    @(posedge wr_clk_i)
                    begin : RP_RS
                        if ((rst_i == 1'b1)) 
                            begin
                                rp_sync1_r <=  {G_RADDR_WIDTH{1'b0}} ;
                                rp_sync2_r <=  {G_RADDR_WIDTH{1'b0}} ;
                            end
                        else
                            begin
                                rp_sync1_r <=  rd_grey_sync_r ;
                                rp_sync2_r <=  rp_sync1_r ;
                            end
                    end
            end
        else
            begin : RP_RA
                always
                    @(posedge wr_clk_i or 
                        posedge rst_i)
                    begin
                        if ((rst_i == 1'b1)) 
                            begin
                                rp_sync1_r <=  {G_RADDR_WIDTH{1'b0}} ;
                                rp_sync2_r <=  {G_RADDR_WIDTH{1'b0}} ;
                            end
                        else
                            begin
                                rp_sync1_r <=  rd_grey_sync_r ;
                                rp_sync2_r <=  rp_sync1_r ;
                            end
                    end
            end
        // -- Routing for WR difference signals --
        if ((WADDR_WIDTH > RADDR_WIDTH)) 
            begin : genblk5
                assign wr_sig_rd_w = {rp_sync_w,
                            {(WADDR_WIDTH - RADDR_WIDTH){1'b0}}} ; 
            end
        else
            begin : genblk5
                assign wr_sig_rd_w = rp_sync_w[RADDR_WIDTH:(RADDR_WIDTH - WADDR_WIDTH)] ; 
            end
        // -- Almost Full Flag Controller --
        if ((ENABLE_ALMOST_FULL_FLAG == "TRUE")) 
            begin : afull_flag_impl
                wire [(WADDR_WIDTH - 1):0] almost_full_tick_w = (((ALMOST_FULL_ASSERTION == "static-single") || (ALMOST_FULL_ASSERTION == "static-dual")) ? ALMOST_FULL_ASSERT_LVL : almost_full_th_i) ; 
                wire [(WADDR_WIDTH - 1):0] almost_full_tock_w = ((ALMOST_FULL_ASSERTION == "static-single") ? ALMOST_FULL_ASSERT_LVL : ((ALMOST_FULL_ASSERTION == "static-dual") ? ALMOST_FULL_DEASSERT_LVL : ((ALMOST_FULL_ASSERTION == "dynamic-single") ? almost_full_th_i : almost_full_clr_th_i))) ; 
                reg af_flag_r ; 
                reg af_flag_ext_r ; 
                wire af_flag_p_w ; 
                wire af_flag_n_w ; 
                wire af_flag_nxt_w ; 
                assign af_flag_p_w = (~(wr_sig_diff0_w < (almost_full_tick_w - wr_en_i))) ; 
                assign af_flag_n_w = (wr_sig_diff0_w > almost_full_tock_w) ; 
                assign af_flag_nxt_w = (af_flag_p_w | (af_flag_n_w & af_flag_r)) ; 
                assign almost_full_o = af_flag_ext_r ; 
                if ((RESETMODE == "sync")) 
                    begin : sync
                        always
                            @(posedge wr_clk_i)
                            begin
                                if ((rst_i == 1'b1)) 
                                    begin
                                        af_flag_r <=  1'b0 ;
                                        af_flag_ext_r <=  1'b0 ;
                                    end
                                else
                                    begin
                                        af_flag_r <=  af_flag_nxt_w ;
                                        af_flag_ext_r <=  af_flag_nxt_w ;
                                    end
                            end
                    end
                else
                    begin : async
                        always
                            @(posedge wr_clk_i or 
                                posedge rst_i)
                            begin
                                if ((rst_i == 1'b1)) 
                                    begin
                                        af_flag_r <=  1'b0 ;
                                        af_flag_ext_r <=  1'b0 ;
                                    end
                                else
                                    begin
                                        af_flag_r <=  af_flag_nxt_w ;
                                        af_flag_ext_r <=  af_flag_nxt_w ;
                                    end
                            end
                    end
            end
        else
            begin : genblk6
                assign almost_full_o = 1'b0 ; 
            end
        // -- Enable WR Data Count Controller --
        if ((ENABLE_DATA_COUNT_WR == "TRUE")) 
            begin : en_wr_cnt
                reg [WADDR_WIDTH:0] wr_counter_r ; 
                assign wr_data_cnt_o = wr_counter_r ; 
                if ((RESETMODE == "sync")) 
                    begin : genblk1
                        always
                            @(posedge wr_clk_i)
                            begin
                                if (rst_i) 
                                    begin
                                        wr_counter_r <=  {(WADDR_WIDTH + 1){1'b0}} ;
                                    end
                                else
                                    begin
                                        wr_counter_r <=  wr_sig_diff0_w ;
                                    end
                            end
                    end
                else
                    begin : genblk1
                        always
                            @(posedge wr_clk_i or 
                                posedge rst_i)
                            begin
                                if (rst_i) 
                                    begin
                                        wr_counter_r <=  {(WADDR_WIDTH + 1){1'b0}} ;
                                    end
                                else
                                    begin
                                        wr_counter_r <=  wr_sig_diff0_w ;
                                    end
                            end
                    end
            end
        else
            begin : genblk7
                assign wr_data_cnt_o = {(WADDR_WIDTH + 1){1'b0}} ; 
            end
        // ---------------------
        // -- READ CONTROLLER --
        // ---------------------
        // -- Full Address for rp_rst_i --
        if ((WADDR_WIDTH >= RADDR_WIDTH)) 
            begin : full_addr_e
                assign full_addr_w = {(~wp_sync_w[WADDR_WIDTH]),
                            wp_sync_w[(WADDR_WIDTH - 1):(WADDR_WIDTH - RADDR_WIDTH)]} ; 
            end
        else
            begin : full_addr_o
                assign full_addr_w = {(~wp_sync_w[WADDR_WIDTH]),
                            wp_sync_w[(WADDR_WIDTH - 1):0],
                            {(RADDR_WIDTH - WADDR_WIDTH){1'b0}}} ; 
            end
        // -- rd_grey_encode --
        assign rd_grey_w = (rd_addr_nxt_c ^ (rd_addr_nxt_c >> 1)) ; 
        if ((RESETMODE == "sync")) 
            begin : rd_encode_sync
                always
                    @(posedge rd_clk_i)
                    begin
                        if (rp_rst_i) 
                            begin
                                rd_grey_sync_r <=  {G_RADDR_WIDTH{1'b0}} ;
                            end
                        else
                            begin
                                rd_grey_sync_r <=  rd_grey_w ;
                            end
                    end
            end
        else
            begin : rd_encode_async
                always
                    @(posedge rd_clk_i or 
                        posedge rp_rst_i)
                    begin
                        if (rp_rst_i) 
                            begin
                                rd_grey_sync_r <=  {G_RADDR_WIDTH{1'b0}} ;
                            end
                        else
                            begin
                                rd_grey_sync_r <=  rd_grey_w ;
                            end
                    end
            end
        // -- wr_grey_decode --
        for (gri0 = 0;(gri0 < G_WADDR_WIDTH);gri0 = (gri0 + 1))
        begin : genblk10
            assign wp_sync_w[gri0] = (^wp_sync2_r[(G_WADDR_WIDTH - 1):gri0]) ; 
        end
        // ---------------------------
        // -- Core Read Controller --
        // ---------------------------
        wire empty_cmp_w = (wr_cmp_rd_w == rd_cmp_rd_w) ; 
        wire empty_rel_cmp_w = (rd_cur_mem_rd_w == wr_cmp_mem_rd_w) ; 
        wire rd_sig_mv_w = (rd_en_i & (~empty_r)) ; 
        always
            @(*)
            begin
                rd_addr_nxt_c = (rp_rst_i ? full_addr_w : (rd_sig_mv_w ? rd_addr_p1_w : rd_addr_r)) ;
            end
        always
            @(*)
            begin
                empty_nxt_c = ((~rp_rst_i) & (rd_sig_mv_w ? empty_cmp_w : (empty_rel_cmp_w & empty_r))) ;
            end
        if ((RESETMODE == "sync")) 
            begin : sync_rd_controller
                always
                    @(posedge rd_clk_i)
                    begin
                        if (rp_rst_i) 
                            begin
                                empty_r <=  1'b1 ;
                                empty_ext_r <=  1'b1 ;
                                rd_addr_r <=  {(RADDR_WIDTH + 1){1'b0}} ;
                                rd_addr_arith_r <=  {(RADDR_WIDTH + 1){1'b0}} ;
                            end
                        else
                            begin
                                empty_r <=  empty_nxt_c ;
                                empty_ext_r <=  empty_nxt_c ;
                                rd_addr_r <=  rd_addr_nxt_c ;
                                rd_addr_arith_r <=  rd_addr_nxt_c ;
                            end
                    end
            end
        else
            begin : async_rd_controller
                always
                    @(posedge rd_clk_i or 
                        posedge rp_rst_i)
                    begin
                        if (rp_rst_i) 
                            begin
                                empty_r <=  1'b1 ;
                                empty_ext_r <=  1'b1 ;
                                rd_addr_r <=  {(RADDR_WIDTH + 1){1'b0}} ;
                                rd_addr_arith_r <=  {(RADDR_WIDTH + 1){1'b0}} ;
                            end
                        else
                            begin
                                empty_r <=  empty_nxt_c ;
                                empty_ext_r <=  empty_nxt_c ;
                                rd_addr_r <=  rd_addr_nxt_c ;
                                rd_addr_arith_r <=  rd_addr_nxt_c ;
                            end
                    end
            end
        // -- Write to Read Synchronizer --
        if ((RESETMODE == "sync")) 
            begin : WP_RS
                always
                    @(posedge rd_clk_i)
                    begin
                        if ((rp_rst_i == 1'b1)) 
                            begin
                                wp_sync1_r <=  {G_WADDR_WIDTH{1'b0}} ;
                                wp_sync2_r <=  {G_WADDR_WIDTH{1'b0}} ;
                            end
                        else
                            begin
                                wp_sync1_r <=  wr_grey_sync_r ;
                                wp_sync2_r <=  wp_sync1_r ;
                            end
                    end
            end
        else
            begin : WP_RA
                always
                    @(posedge rd_clk_i or 
                        posedge rp_rst_i)
                    begin
                        if ((rp_rst_i == 1'b1)) 
                            begin
                                wp_sync1_r <=  {G_WADDR_WIDTH{1'b0}} ;
                                wp_sync2_r <=  {G_WADDR_WIDTH{1'b0}} ;
                            end
                        else
                            begin
                                wp_sync1_r <=  wr_grey_sync_r ;
                                wp_sync2_r <=  wp_sync1_r ;
                            end
                    end
            end
        // -- Routing for RD difference signals --
        if ((RADDR_WIDTH > WADDR_WIDTH)) 
            begin : genblk13
                assign rd_sig_wr_w = {wp_sync_w,
                            {(RADDR_WIDTH - WADDR_WIDTH){1'b0}}} ; 
            end
        else
            begin : genblk13
                assign rd_sig_wr_w = wp_sync_w[WADDR_WIDTH:(WADDR_WIDTH - RADDR_WIDTH)] ; 
            end
        // -- Almost Empty Flag Controller --
        if ((ENABLE_ALMOST_EMPTY_FLAG == "TRUE")) 
            begin : aempty_flag_impl
                wire [(RADDR_WIDTH - 1):0] almost_empty_tick_w = (((ALMOST_EMPTY_ASSERTION == "static-single") || (ALMOST_EMPTY_ASSERTION == "static-dual")) ? ALMOST_EMPTY_ASSERT_LVL : almost_empty_th_i) ; 
                wire [(RADDR_WIDTH - 1):0] almost_empty_tock_w = ((ALMOST_EMPTY_ASSERTION == "static-single") ? ALMOST_EMPTY_ASSERT_LVL : ((ALMOST_EMPTY_ASSERTION == "static-dual") ? ALMOST_EMPTY_DEASSERT_LVL : ((ALMOST_EMPTY_ASSERTION == "dynamic-single") ? almost_empty_th_i : almost_empty_clr_th_i))) ; 
                reg ae_flag_r ; 
                reg ae_flag_ext_r ; 
                wire ae_flag_pos_w ; 
                wire ae_flag_neg_w ; 
                wire ae_flag_nxt_w ; 
                assign ae_flag_pos_w = (~(rd_sig_diff0_w > (almost_empty_tick_w + rd_en_i))) ; 
                assign ae_flag_neg_w = (rd_sig_diff0_w < almost_empty_tock_w) ; 
                assign ae_flag_nxt_w = (ae_flag_pos_w | (ae_flag_neg_w & ae_flag_r)) ; 
                assign almost_empty_o = ae_flag_ext_r ; 
                if ((RESETMODE == "sync")) 
                    begin : sync
                        always
                            @(posedge rd_clk_i or 
                                posedge rp_rst_i)
                            begin
                                if (rp_rst_i) 
                                    begin
                                        ae_flag_ext_r <=  1'b1 ;
                                        ae_flag_r <=  1'b1 ;
                                    end
                                else
                                    begin
                                        ae_flag_ext_r <=  ae_flag_nxt_w ;
                                        ae_flag_r <=  ae_flag_nxt_w ;
                                    end
                            end
                    end
                else
                    begin : async
                        always
                            @(posedge rd_clk_i or 
                                posedge rp_rst_i)
                            begin
                                if (rp_rst_i) 
                                    begin
                                        ae_flag_ext_r <=  1'b1 ;
                                        ae_flag_r <=  1'b1 ;
                                    end
                                else
                                    begin
                                        ae_flag_ext_r <=  ae_flag_nxt_w ;
                                        ae_flag_r <=  ae_flag_nxt_w ;
                                    end
                            end
                    end
            end
        else
            begin : genblk14
                assign almost_empty_o = 1'b0 ; 
            end
        // -- Enable RD Data Count Controller --
        if ((ENABLE_DATA_COUNT_RD == "TRUE")) 
            begin : en_rd_cnt
                reg [RADDR_WIDTH:0] rd_counter_r ; 
                assign rd_data_cnt_o = rd_counter_r ; 
                if ((RESETMODE == "sync")) 
                    begin : genblk1
                        always
                            @(posedge rd_clk_i)
                            begin
                                if (rp_rst_i) 
                                    begin
                                        rd_counter_r <=  {(RADDR_WIDTH + 1){1'b0}} ;
                                    end
                                else
                                    begin
                                        rd_counter_r <=  rd_sig_diff0_w ;
                                    end
                            end
                    end
                else
                    begin : genblk1
                        always
                            @(posedge rd_clk_i or 
                                posedge rp_rst_i)
                            begin
                                if (rp_rst_i) 
                                    begin
                                        rd_counter_r <=  {(RADDR_WIDTH + 1){1'b0}} ;
                                    end
                                else
                                    begin
                                        rd_counter_r <=  rd_sig_diff0_w ;
                                    end
                            end
                    end
            end
        else
            begin : dis_rd_cnt
                assign rd_data_cnt_o = {(RADDR_WIDTH + 1){1'b0}} ; 
            end
        wire t_rd_fifo_en_w ; 
        if ((REGMODE == "noreg")) 
            begin : genblk16
                assign t_rd_fifo_en_w = rd_fifo_en_w ; 
            end
        else
            begin : genblk16
                reg rd_prev_r ; 
                //assign t_rd_fifo_en_w = (rd_fifo_en_w | rd_prev_r);
                assign t_rd_fifo_en_w = rd_fifo_en_w ; 
                if ((RESETMODE == "sync")) 
                    begin : genblk1
                        always
                            @(posedge rd_clk_i)
                            begin
                                if (rp_rst_i) 
                                    begin
                                        rd_prev_r <=  1'b0 ;
                                    end
                                else
                                    begin
                                        rd_prev_r <=  rd_fifo_en_w ;
                                    end
                            end
                    end
                else
                    begin : genblk1
                        always
                            @(posedge rd_clk_i or 
                                posedge rp_rst_i)
                            begin
                                if (rp_rst_i) 
                                    begin
                                        rd_prev_r <=  1'b0 ;
                                    end
                                else
                                    begin
                                        rd_prev_r <=  rd_fifo_en_w ;
                                    end
                            end
                    end
            end
        (* syn_ramstyle="distributed" *) reg [(RDATA_WIDTH - 1):0] mem [((2 ** RADDR_WIDTH) - 1):0] ; 
        //reg [RDATA_WIDTH-1:0]   out_raw;
        wire [(RDATA_WIDTH - 1):0] out_raw ; 
        reg [(RDATA_WIDTH - 1):0] out_buffer ; 
        wire [(RDATA_WIDTH - 1):0] out_buffer_nxt ; 
        wire write_enable = wr_fifo_en_w ; 
        wire read_enable = t_rd_fifo_en_w ; 
        assign rd_data_o = ((REGMODE == "noreg") ? out_raw : out_buffer) ; 
        assign rd_data_nxt = ((REGMODE == "noreg") ? out_raw : out_buffer_nxt) ; 
        always
            @(posedge wr_clk_i)
            begin
                if ((write_enable == 1'b1)) 
                    begin
                        mem[wr_mem_addr_w] <=  wr_data_i ;
                    end
            end
        assign out_raw = mem[rd_mem_addr_w] ; 
        assign out_buffer_nxt = (read_enable ? out_raw : out_buffer) ; 
        if ((REGMODE == "reg")) 
            begin : genblk17
                if ((RESETMODE == "async")) 
                    begin : async
                        always
                            @(posedge rd_clk_i or 
                                posedge rp_rst_i)
                            begin
                                if ((rp_rst_i == 1'b1)) 
                                    out_buffer <=  'h0 ;
                                else
                                    out_buffer <=  out_buffer_nxt ;
                            end
                    end
                else
                    begin : sync
                        always
                            @(posedge rd_clk_i)
                            begin
                                if ((rp_rst_i == 1'b1)) 
                                    out_buffer <=  'h0 ;
                                else
                                    out_buffer <=  out_buffer_nxt ;
                            end
                    end
            end
    endgenerate
    //------------------------------------------------------------------------------
    // Function Definition
    //------------------------------------------------------------------------------
    function [31:0] clog2 ; 
        input [31:0] value ; 
        reg [31:0] num ; 
        begin
            num = (value - 1) ;
            for (clog2 = 0 ; (num > 0) ; clog2 = (clog2 + 1))
                num = (num >> 1) ;
        end
    endfunction
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lscc_lpddr4_mc.sv
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
module mem_ipgen_lscc_lpddr4_mc #(parameter SIM_VAL = 0, 
        parameter AXI = 0, 
        parameter NATIVE = 0, 
        parameter DDR_CMD_FREQ = 400, 
        parameter DDR_DENSITY = 4, 
        parameter DDR_TYPE = 1, 
        parameter FAMILY = "LFCPNX", 
        parameter NUM_RANKS = 1, 
        parameter DDR_WIDTH = 16, 
        parameter GEAR_RATIO = 8, 
        parameter PWR_DOWN_EN = 0, 
        parameter ECC_ENABLE = 0, 
        parameter ROW_WIDTH = 16, 
        parameter COL_WIDTH = 10, 
        parameter DBI_ENABLE = 0, 
        parameter MC_INTF_SYNC_ASYNC = 1, 
        parameter SCH_NUM_RD_SUPPORTED = 1, 
        parameter SCH_NUM_WR_SUPPORTED = 4, 
        parameter CPU_GRP_EN = 1, 
        parameter CK_DELAY_VAL = "64", 
        parameter READ_LATENCY = 0, 
        parameter RD_PREAMBLE = 0, 
        parameter RD_POSTAMBLE = 0, 
        parameter WRITE_LATENCY = 0, 
        parameter WR_PREAMBLE = 0, 
        parameter WR_POSTAMBLE = 0, 
        parameter TRCD_VALUE = 0, 
        parameter TRAS_VALUE = 0, 
        parameter TRPPB_VALUE = 0, 
        parameter TWR_VALUE = 0, 
        parameter TRTP_VALUE = 0, 
        parameter MWR2MWR_VALUE = 0, 
        parameter TXPSR_VALUE = 0, 
        parameter TRRD_VALUE = 0, 
        parameter TRFC_VALUE = 0, 
        parameter TFAW_VALUE = 0, 
        parameter TZQCAL_VALUE = 0, 
        parameter TMRR_VALUE = 0, 
        parameter TMRD_VALUE = 0, 
        parameter TRPAB_VALUE = 0, 
        parameter TWR2RD_VALUE = 0, 
        parameter TRTW_VALUE = 0, 
        parameter TCCD_VALUE = 0, 
        parameter IDLE_TIME = 0, 
        parameter TXP_VALUE = 0, 
        parameter REF_PERIOD_VALUE = 0, 
        parameter REF_PERIOD_WIDTH = 0, 
        parameter REF_OUTSTANDING = 0, 
        parameter ZQ_PERIOD_VALUE = 0, 
        parameter ZQ_PERIOD_WIDTH = 0, 
        parameter ZQSTART2LATCH_VALUE = 0, 
        parameter TEMPERATURE_VALUE = 0, 
        parameter TEMPERATURE_WIDTH = 0, 
        parameter TDQSS = 0, 
        parameter CAS2CAS_VALUE = TCCD_VALUE, 
        parameter TRD2PRE_VALUE = 0, 
        parameter TWR2PRE_VALUE = 0, 
        parameter ODT_FROM_GRANT = (WRITE_LATENCY - 2), 
        parameter AHBL_ADDR_WIDTH = ((DDR_DENSITY == 2) ? 32 : ((DDR_DENSITY == 4) ? 33 : ((DDR_DENSITY == 8) ? 34 : 35))), 
        parameter NUM_BANKS = 8, 
        parameter RANK_WIDTH = NUM_RANKS, 
        parameter BANK_WIDTH = 3, 
        parameter OFFSET_LO = 0, 
        parameter OFFSET_HI = ((DDR_WIDTH == 16) ? 0 : ((DDR_WIDTH == 32) ? 1 : 2)), 
        parameter COL_ADDR_LO = ((DDR_WIDTH == 8) ? 0 : (OFFSET_HI + 1)), 
        parameter COL_ADDR_HI = ((COL_ADDR_LO + 10) - 1), 
        parameter BANK_ADDR_LO = (COL_ADDR_HI + 1), 
        parameter BANK_ADDR_HI = ((BANK_ADDR_LO + 3) - 1), 
        parameter ROW_ADDR_LO = (BANK_ADDR_HI + 1), 
        parameter ROW_ADDR_HI = (AHBL_ADDR_WIDTH - 1), 
        parameter CA_WIDTH = ((DDR_TYPE == 1) ? 6 : ((DDR_TYPE == 0) ? (6 + ROW_WIDTH) : 0)), 
        parameter CA_CTL = ((GEAR_RATIO >> 1) * NUM_RANKS), 
        parameter ECC_WIDTH_PER_EDGE = (ECC_ENABLE ? 8 : 0), 
        parameter ECC_WIDTH = (ECC_WIDTH_PER_EDGE * GEAR_RATIO), 
        parameter DQ_DATA_PER_EDGE = (((DDR_WIDTH + (DDR_WIDTH / 8)) + ECC_WIDTH_PER_EDGE) + (ECC_WIDTH_PER_EDGE / 8)), 
        parameter MC2PHY_DQ_CTRL_WIDTH = (GEAR_RATIO >> 1), 
        parameter MC2PHY_DQ_WIDTH = ((DDR_WIDTH + ECC_WIDTH_PER_EDGE) * GEAR_RATIO), 
        parameter MC2PHY_DM_WIDTH = ((DDR_WIDTH / 8) * GEAR_RATIO), 
        parameter MC2PHY_DQS_WIDTH = (((DDR_WIDTH + ECC_WIDTH_PER_EDGE) / 8) * GEAR_RATIO), 
        parameter AHBL_DATA_WIDTH = (DDR_WIDTH * 4), 
        parameter AHBL_CTRL_WIDTH = 7, 
        parameter BI_REQ_Q_DEPTH = 4, 
        parameter BI_REQ_Q_WIDTH = (AHBL_ADDR_WIDTH + AHBL_CTRL_WIDTH), 
        parameter BI_WR_DATA_FIFO_DEPTH = 8, 
        parameter BI_RD_DATA_Q_DEPTH = ((DDR_TYPE == 1) ? 4 : 2), 
        parameter BI_RD_DATA_Q_WIDTH = (DDR_WIDTH * GEAR_RATIO), 
        parameter AXI_ADDR_WIDTH = ((DDR_DENSITY == 2) ? 32 : ((DDR_DENSITY == 4) ? 33 : ((DDR_DENSITY == 8) ? 34 : 35))), 
        parameter ORDER_ID_WIDTH = 3, 
        parameter AXI_SIZE_WIDTH = 3, 
        parameter AXI_ID_WIDTH = 4, 
        parameter AXI_DATA_WIDTH = (DDR_WIDTH * 4), 
        parameter AXI_LEN_WIDTH = 8, 
        parameter AXI_CTRL_WIDTH = (((ORDER_ID_WIDTH + AXI_SIZE_WIDTH) + AXI_LEN_WIDTH) + AXI_ID_WIDTH), 
        parameter AXI_STRB_WIDTH = (AXI_DATA_WIDTH / 8), 
        parameter AXI_BURST_WIDTH = 2, 
        parameter AXI_QOS_WIDTH = 2, 
        parameter SCH_CTRL_Q_WIDTH = ((((ROW_WIDTH + COL_WIDTH) + BANK_WIDTH) + RANK_WIDTH) + 7), 
        parameter SCH_WR_DATA_Q_DEPTH = (SCH_NUM_WR_SUPPORTED * 64), 
        parameter SCH_WR_DATA_Q_WIDTH = (DQ_DATA_PER_EDGE * GEAR_RATIO), 
        parameter NUM_REQS = (SCH_NUM_RD_SUPPORTED + SCH_NUM_WR_SUPPORTED), 
        parameter SCH_NUM_RD_SUPPORTED_LOG2 = 2, 
        parameter PHY2MC_DQ_WIDTH = ((DDR_WIDTH + ECC_WIDTH_PER_EDGE) * GEAR_RATIO), 
        parameter PHY2MC_DM_WIDTH = (((DDR_WIDTH + ECC_WIDTH_PER_EDGE) / 8) * GEAR_RATIO), 
        parameter PHY2MC_DQS_WIDTH = (((DDR_WIDTH + ECC_WIDTH_PER_EDGE) / 8) * GEAR_RATIO), 
        parameter DQS_OE_WIDTH = (PHY2MC_DQS_WIDTH / 2), 
        parameter DATA_FIFO_WIDTH = (DDR_WIDTH * 4), 
        parameter DATA_FIFO_DEPTH = 32, 
        parameter CMD_FIFO_WIDTH = (CA_WIDTH * 4), 
        parameter CMD_FIFO_DEPTH = 16, 
        parameter ISSUE_Q_WIDTH = 4, 
        parameter ISSUE_Q_DEPTH = 4, 
        parameter APB_ADDR_WIDTH = 11, 
        parameter APB_DATA_WIDTH = 32, 
        parameter CK_WIDTH = 1, 
        parameter CS_WIDTH = NUM_RANKS, 
        parameter ODT_WIDTH = 1, 
        parameter DQS_WIDTH = ((DDR_WIDTH + ECC_WIDTH_PER_EDGE) / 8), 
        parameter BUS_WIDTH = (DDR_WIDTH + ECC_WIDTH_PER_EDGE), 
        parameter CTRL_Q_DEPTH = 16, 
        parameter RD_DATA_Q_WIDTH = 128, 
        parameter LPDDR_MC_CS_WIDTH = ((CS_WIDTH * GEAR_RATIO) / 2), 
        parameter LPDDR_MC_CA_WIDTH = ((CA_WIDTH * GEAR_RATIO) / 2), 
        parameter LPDDR_MC_ODT_WIDTH = ((ODT_WIDTH * GEAR_RATIO) / 2), 
        parameter LPDDR_MC_CK_WIDTH = ((CK_WIDTH * GEAR_RATIO) / 2), 
        parameter GEARING = (GEAR_RATIO / 2), 
        parameter IO_TYPE = "LVSTL11", 
        parameter CK_DQS_IO = "LVSTL11D", 
        parameter SLEW_RATE = "MED", 
        parameter CLK_FREQ = DDR_CMD_FREQ, 
        parameter DIVOP_ACTUAL_STR = ((CLK_FREQ == 400.0) ? "7" : ((CLK_FREQ == 533.3) ? "15" : ((CLK_FREQ == 200.0) ? "7" : "0"))), 
        parameter DIVOS_ACTUAL_STR = ((CLK_FREQ == 400.0) ? "1" : ((CLK_FREQ == 533.3) ? "2" : ((CLK_FREQ == 200.0) ? "3" : "0"))), 
        parameter CLKOS_FREQ_ACTUAL = ((CLK_FREQ == 533.3) ? 533.333333 : CLK_FREQ), 
        parameter DIVOS2_ACTUAL_STR = ((CLK_FREQ == 400.0) ? "15" : ((CLK_FREQ == 533.3) ? "31" : ((CLK_FREQ == 200.0) ? "7" : "0"))), 
        parameter DELA = ((CLK_FREQ == 400.0) ? "7" : ((CLK_FREQ == 533.3) ? "15" : ((CLK_FREQ == 200.0) ? "7" : "0"))), 
        parameter DELB = ((CLK_FREQ == 400.0) ? "1" : ((CLK_FREQ == 533.3) ? "2" : ((CLK_FREQ == 200.0) ? "3" : "0"))), 
        parameter DELC = ((CLK_FREQ == 400.0) ? "15" : ((CLK_FREQ == 533.3) ? "31" : ((CLK_FREQ == 200.0) ? "7" : "0"))), 
        parameter REF_COUNTS = ((CLK_FREQ == 533.3) ? "0b010" : "0b001"), 
        parameter IPP_CTRL = ((CLK_FREQ == 533.3) ? "0b0101" : "0b0100"), 
        parameter IPI_CMP = ((CLK_FREQ == 533.3) ? "0b1000" : "0b0100"), 
        parameter PLL_EN = 1, 
        parameter CLKI_FREQ = 100.0, 
        parameter CLKOP_FREQ_ACTUAL = 100.0, 
        parameter CLKOS2_FREQ_ACTUAL = 100.0, 
        parameter CLKOS3_FREQ_ACTUAL = 100.0, 
        parameter CLKOS4_FREQ_ACTUAL = 100.0, 
        parameter CLKOS5_FREQ_ACTUAL = 100.0, 
        parameter CLKOP_PHASE_ACTUAL = 0.0, 
        parameter CLKOS_PHASE_ACTUAL = 0.0, 
        parameter CLKOS2_PHASE_ACTUAL = 0.0, 
        parameter CLKOS3_PHASE_ACTUAL = 0.0, 
        parameter CLKOS4_PHASE_ACTUAL = 0.0, 
        parameter CLKOS5_PHASE_ACTUAL = 0.0, 
        parameter CLKOS_EN = 1, 
        parameter CLKOS2_EN = 0, 
        parameter CLKOS3_EN = 0, 
        parameter CLKOS4_EN = 0, 
        parameter CLKOS5_EN = 0, 
        parameter CLKOP_BYPASS = 0, 
        parameter CLKOS_BYPASS = 0, 
        parameter CLKOS2_BYPASS = 0, 
        parameter CLKOS3_BYPASS = 0, 
        parameter CLKOS4_BYPASS = 0, 
        parameter CLKOS5_BYPASS = 0, 
        parameter ENCLKOP_EN = 0, 
        parameter ENCLKOS_EN = 1, 
        parameter ENCLKOS2_EN = ((CLK_FREQ == 200.0) ? 0 : 1), 
        parameter ENCLKOS3_EN = 0, 
        parameter ENCLKOS4_EN = 0, 
        parameter ENCLKOS5_EN = 0, 
        parameter FRAC_N_EN = 0, 
        parameter SS_EN = 0, 
        parameter DYN_PORTS_EN = 0, 
        parameter PLL_RST = 1, 
        parameter LOCK_EN = 1, 
        parameter PLL_LOCK_STICKY = 0, 
        parameter LEGACY_EN = 0, 
        parameter LMMI_EN = 1, 
        parameter APB_EN = 0, 
        parameter POWERDOWN_EN = 0, 
        parameter TRIM_EN_P = 0, 
        parameter TRIM_EN_S = 0, 
        parameter PLL_REFCLK_FROM_PIN = ((CLK_FREQ == 200.0) ? 0 : 1), 
        parameter PLL_IO_TYPE = ((DDR_TYPE == 1) ? "LVSTLD_I" : "SLVS"), 
        parameter CLKOP_TRIM_MODE = "Falling", 
        parameter CLKOS_TRIM_MODE = "Falling", 
        parameter CLKOP_TRIM = "0b0000", 
        parameter CLKOS_TRIM = "0b0000", 
        parameter FBK_MODE = "CLKOP", 
        parameter CLKI_DIVIDER_ACTUAL_STR = "1", 
        parameter FBCLK_DIVIDER_ACTUAL_STR = "1", 
        parameter DIVOS3_ACTUAL_STR = "7", 
        parameter DIVOS4_ACTUAL_STR = "7", 
        parameter DIVOS5_ACTUAL_STR = "7", 
        parameter SSC_N_CODE_STR = "0b000000001", 
        parameter SSC_F_CODE_STR = "0b000000000000000", 
        parameter SSC_PROFILE = "DOWN", 
        parameter SSC_TBASE_STR = "0b000000000000", 
        parameter SSC_STEP_IN_STR = "0b0000000", 
        parameter SSC_REG_WEIGHTING_SEL_STR = "0b000", 
        parameter DELD = "7", 
        parameter DELE = "7", 
        parameter DELF = "7", 
        parameter PHIA = "0", 
        parameter PHIB = "0", 
        parameter PHIC = "0", 
        parameter PHID = "0", 
        parameter PHIE = "0", 
        parameter PHIF = "0", 
        parameter EN_REFCLK_MON = 0, 
        parameter INTFBKDEL_SEL = "DISABLED", 
        parameter PMU_WAITFORLOCK = "ENABLED", 
        parameter REF_OSC_CTRL = "3P2", 
        parameter SIM_FLOAT_PRECISION = "0.1", 
        parameter CSET = ((CLK_FREQ == 200.0) ? "24P" : "40P"), 
        parameter CRIPPLE = ((CLK_FREQ == 200.0) ? "3P" : "5P"), 
        parameter IPP_SEL = "0b1111", 
        parameter BW_CTL_BIAS = ((CLK_FREQ == 200.0) ? "0b1111" : "0b0101"), 
        parameter V2I_PP_RES = ((CLK_FREQ == 200.0) ? "9K" : "10K"), 
        parameter KP_VCO = "0b00011", 
        parameter V2I_KVCO_SEL = "60", 
        parameter V2I_1V_EN = "ENABLED", 
        parameter APB_SLV_CDC_EN = 0, 
        parameter tINIT1 = 200, 
        parameter tINIT2 = 5, 
        parameter tINIT3 = 300, 
        parameter tINIT4 = 5, 
        parameter tINIT5 = 40, 
        parameter DQS_GRP_VREF_VAL = 0, 
        parameter MEM_CA_VREF_VAL = 0, 
        parameter MEM_DQ_VREF_VAL = 0, 
        parameter CA_ODT_VAL = 0, 
        parameter DQ_ODT_VAL = 0, 
        parameter TRND_WRLVL_0 = 0, 
        parameter TRND_WRLVL_1 = 0, 
        parameter TRND_WRLVL_2 = 0, 
        parameter TRND_WRLVL_3 = 0, 
        parameter TRND_WRLVL_4 = 0, 
        parameter TRND_WRLVL_5 = 0, 
        parameter TRND_WRLVL_6 = 0, 
        parameter TRND_WRLVL_7 = 0, 
        parameter TRND_RDCLKSEL_0 = 0, 
        parameter TRND_RDCLKSEL_1 = 0, 
        parameter TRND_RDCLKSEL_2 = 0, 
        parameter TRND_RDCLKSEL_3 = 0, 
        parameter TRND_RDCLKSEL_4 = 0, 
        parameter TRND_RDCLKSEL_5 = 0, 
        parameter TRND_RDCLKSEL_6 = 0, 
        parameter TRND_RDCLKSEL_7 = 0, 
        parameter TRND_CS_DLY = 0, 
        parameter TRND_CA_DLY = 0, 
        parameter TRND_RD_DLY = 0, 
        parameter TRND_RD_SIGN = 0, 
        parameter TRND_DQ_DBI_DLY = 0, 
        parameter TRND_WR_LAT = 0, 
        parameter TRND_RD_LAT = 0, 
        parameter DATA_CLK_EN = 0, 
        parameter APB_INTF_EN = 1, 
        parameter BL16_ONLY = 1) (
    //-------------PARAMETER DECLARATIONS -----------------------------
    // LPDDR sub system Parameter
    //-----------------------------------------------------------------
    // 0:NATIVE, 1:AXI4
    // 0:DDR3, 1:LPDDR4
    //0 = SYNC or 1 = ASYNC
    //-----------------------------------------------------------------
    // LPDDR4 Protocol timing parameters
    //-----------------------------------------------------------------
    //******************************************************************
    //    Derived parameters  
    //******************************************************************
    //-------------------------------------------------------------------
    // MC2PHY interface
    // CA parameters
    //-------------------------------------------------------------------
    //-------------------------------------------------------------------
    //  DQ parameters
    //-------------------------------------------------------------------
    // dq to phy
    // dq_oe width 
    //----------------------------------------
    // Bus interface 
    //----------------------------------------
    //To support max 8 outstanding
    //INT ID + SIZE + LEN + ID
    //parameter NATV_ID_WIDTH          = AXI_ID_WIDTH + ORDER_ID_WIDTH,
    //----------------------------------------
    // Schedule
    //----------------------------------------
    // should be a function of SCH_NUM_OF_RD_SUPPORTED and SCH_NUM_OF_WR_SUPPORTED
    // function of row bank col  width
    // function(DDR_WIDTH,burstlength/ddrtype,NUM of writes supported, MAX TRansaciton supported)
    // Write data buff on write side should use DQ_DATA_PER_EDGE * GEAR_RATIO>>1
    // Write data buff on read  side should use DQ_DATA_PER_EDGE * GEAR_RATIO
    //----------------------------------------
    // Protocol Engine
    //----------------------------------------
    //maximum 4 rd 
    // -------------------------------
    // read return block
    // -------------------------------
    // ECC_WIDTH should be added 
    //  parameter DQ_WIDTH               = 16,
    // 
    //  parameter RD_DATA_Q_DEPTH        = 8,
    //TBR
    //TBR
    //TBR
    //TBR
    //-----------------------------------------------------------------
    //    phy top parameters 
    //-----------------------------------------------------------------
    // Will be set by Radiant
    // Will be set by Radiant
    // Will be set by Radiant
    // -------------------------------------------------------------------
    // ===================== PLL Parameters ==============================
    // -------------------------------------------------------------------
    // Used in GUI
    // parameter  CLKOS_FREQ_ACTUAL        = 50.0,
    //  parameter  DIVOP_ACTUAL_STR         = "7",
    //  parameter  DIVOS_ACTUAL_STR         = "1",
    //  parameter  DIVOS2_ACTUAL_STR        = "7",
    //   parameter  DELA                     = "7",
    //  parameter  DELB                     = "1",
    //  parameter  DELC                     = "7",
    //  parameter  REF_COUNTS               = "0b000",
    // For simulation only
    //  parameter  IPI_CMP                  = "0b1000",
    //  parameter  IPP_CTRL                 = "0b1000",
    // Trained value parameters
    //CLOCK AND RESETS
    //PLL clock and reset
    input pll_refclk_i, 
    input pll_rst_n_i, 
    //AXI clock and reset
    input aclk_i, 
    input areset_n_i, 
    //APB clock and reset 
    input pclk_i, 
    input prst_n_i, 
    //Controller clock and reset
    output sclk_o, 
    input rst_n_i, 
    // PLL LOCK, INIT DONE AND INTERRUPT
    output pll_lock_o, 
    output irq_o, 
    input init_start_i, 
    input [7:0] trn_opr_i, 
    output init_done_o, 
    output trn_err_o, 
    // AHB-Lite Interface
    //  input                        ahbl_hsel_i,
    //  input                        ahbl_hready_i,
    //  input  [AHBL_ADDR_WIDTH-1:0] ahbl_haddr_i,
    //  input  [2:0]                 ahbl_hburst_i,
    //  input  [2:0]                 ahbl_hsize_i,
    //  input                        ahbl_hmastlock_i, // unused
    //  input  [3:0]                 ahbl_hprot_i,     // unused
    //  input  [1:0]                 ahbl_htrans_i,
    //  input                        ahbl_hwrite_i,
    //  input  [AHBL_DATA_WIDTH-1:0] ahbl_hwdata_i,
    //  output                       ahbl_hreadyout_o,
    //  output [AHBL_DATA_WIDTH-1:0] ahbl_hrdata_o,
    //  output                       ahbl_hresp_o,
    // APB Interface
    input apb_penable_i, 
    input apb_psel_i, 
    input apb_pwrite_i, 
    input [(APB_ADDR_WIDTH - 1):0] apb_paddr_i, 
    input [(APB_DATA_WIDTH - 1):0] apb_pwdata_i, 
    output apb_pready_o, 
    output apb_pslverr_o, 
    output [(APB_DATA_WIDTH - 1):0] apb_prdata_o, 
    //AXI INTERFACE
    input axi_arvalid_i, 
    input [(AXI_ID_WIDTH - 1):0] axi_arid_i, 
    input [(AXI_LEN_WIDTH - 1):0] axi_arlen_i, 
    input [1:0] axi_arburst_i, 
    input [(AXI_ADDR_WIDTH - 1):0] axi_araddr_i, 
    output axi_arready_o, 
    input [(AXI_QOS_WIDTH - 1):0] axi_arqos_i, 
    input [2:0] axi_arsize_i, 
    output [1:0] axi_rresp_o, 
    output [(AXI_DATA_WIDTH - 1):0] axi_rdata_o, 
    output [(AXI_ID_WIDTH - 1):0] axi_rid_o, 
    output axi_rvalid_o, 
    output axi_rlast_o, 
    input axi_rready_i, 
    input axi_awvalid_i, 
    input [2:0] axi_awsize_i, 
    input [(AXI_LEN_WIDTH - 1):0] axi_awlen_i, 
    input [(AXI_ID_WIDTH - 1):0] axi_awid_i, 
    input [1:0] axi_awburst_i, 
    input [(AXI_ADDR_WIDTH - 1):0] axi_awaddr_i, 
    output axi_awready_o, 
    input [(AXI_QOS_WIDTH - 1):0] axi_awqos_i, 
    input axi_wvalid_i, 
    output axi_wready_o, 
    input [(AXI_DATA_WIDTH - 1):0] axi_wdata_i, 
    input [(AXI_STRB_WIDTH - 1):0] axi_wstrb_i, 
    input axi_wlast_i, 
    input axi_bready_i, 
    output axi_bvalid_o, 
    output [1:0] axi_bresp_o, 
    output [(AXI_ID_WIDTH - 1):0] axi_bid_o, 
    // Native I/F
    output wr_req_ready_o, 
    input wr_req_valid_i, 
    input [(AXI_ID_WIDTH - 1):0] wr_req_id_i, 
    input [(ORDER_ID_WIDTH - 1):0] wr_req_order_id_i, 
    input [(AXI_ADDR_WIDTH - 1):0] wr_req_addr_i, 
    input [(AXI_LEN_WIDTH - 1):0] wr_req_len_i, 
    input [2:0] wr_req_size_i, 
    output wr_ready_o, 
    input wr_valid_i, 
    input [(BI_RD_DATA_Q_WIDTH - 1):0] wr_data_i, 
    input [((BI_RD_DATA_Q_WIDTH / 8) - 1):0] wr_byte_en_i, 
    input wr_data_last_i, 
    output rd_req_ready_o, 
    input rd_req_valid_i, 
    input [(AXI_ID_WIDTH - 1):0] rd_req_id_i, 
    input [(ORDER_ID_WIDTH - 1):0] rd_req_order_id_i, 
    input [(AXI_ADDR_WIDTH - 1):0] rd_req_addr_i, 
    input [(AXI_LEN_WIDTH - 1):0] rd_req_len_i, 
    input [2:0] rd_req_size_i, 
    input rd_rsp_ready_i, 
    output rd_rsp_valid_o, 
    output [(AXI_ID_WIDTH - 1):0] rd_rsp_id_o, 
    output [(ORDER_ID_WIDTH - 1):0] rd_rsp_order_id_o, 
    output [(BI_RD_DATA_Q_WIDTH - 1):0] rd_rsp_data_o, 
    output [(AXI_LEN_WIDTH - 1):0] rd_rsp_len_o, 
    output [(3 - 1):0] rd_rsp_size_o, 
    output [7:0] rd_rsp_buff_addr_o, 
    // for debugging
    (* syn_preserve=1 *) output logic dbg_rddata_en_o, 
    (* syn_preserve=1 *) output logic dbg_wddata_en_o, 
    // LPDDR4 Interface
    output [(CK_WIDTH - 1):0] ddr_ck_o, 
    //  output [CK_WIDTH-1:0]        ddr_ck_t_o     ,
    //  output [CK_WIDTH-1:0]        ddr_ck_c_o     ,
    output [(CK_WIDTH - 1):0] ddr_cke_o, 
    output [(CS_WIDTH - 1):0] ddr_cs_o, 
    output [(CA_WIDTH - 1):0] ddr_ca_o, 
    output [(ROW_WIDTH - 1):0] ddr_addr_o, 
    output [2:0] ddr_ba_o, 
    output ddr_we_n_o, 
    output ddr_cas_n_o, 
    output ddr_ras_n_o, 
    output [(ODT_WIDTH - 1):0] ddr_odt_o, 
    output ddr_reset_n_o, 
    inout [(BUS_WIDTH - 1):0] ddr_dq_io, 
    inout [(DQS_WIDTH - 1):0] ddr_dqs_io, 
    inout [(DQS_WIDTH - 1):0] ddr_dmi_io) ;
    localparam NATV_ID_WIDTH = (AXI_ID_WIDTH + ORDER_ID_WIDTH) ; 
    localparam NUM_OF_REQS = (SCH_NUM_WR_SUPPORTED + SCH_NUM_RD_SUPPORTED) ; 
    localparam MAX_NUM_OF_CAS = 4 ; 
    localparam INTERFACE_TYPE = ((DDR_TYPE == 1) ? "LPDDR4" : ((DDR_TYPE == 0) ? "DDR3" : "INVALID")) ; 
    localparam INIT_IF_EN = (APB_INTF_EN ? 0 : 1) ; 
    localparam QUEUE_ID_WIDTH = $clog2(NUM_REQS) ; 
    // For LPDDR4_MEM Foundation IP
    localparam DQS_RD_DEL_VALUE = "0" ; 
    localparam DQS_RD_DEL_VALUE_INT = 0 ; 
    localparam DQS_RD_DEL_SIGN = "POSITIVE" ; 
    localparam DQS_WR_DEL_VALUE = "0" ; 
    localparam DQS_WR_DEL_VALUE_INT = 0 ; 
    localparam DQS_WR_DEL_SIGN = "POSITIVE" ; 
    localparam DATA_MASK_ENABLE = 1 ; 
    localparam CLK_ADDR_CMD_ENABLE = 1 ; 
    localparam DYN_MARGIN_ENABLE = 1 ; 
    localparam PBIT_DLY_ADJ_DQS_GRP = 0 ; // per bit dqs adjustment is not used
    localparam PBIT_DLY_ADJ_CA_GRP = 1 ; 
    localparam POWER_ON_CLK_CBT = 0 ; 
    localparam EN_RD_PIPELINE = (DDR_CMD_FREQ >= 533) ; 
    //NATIVE INTERFACE 
    logic [(AXI_ID_WIDTH - 1):0] wr_req_id ; 
    logic [(ORDER_ID_WIDTH - 1):0] wr_req_order_id ; 
    logic [(AXI_ADDR_WIDTH - 1):0] wr_req_addr ; 
    logic [(AXI_LEN_WIDTH - 1):0] wr_req_len ; 
    logic [2:0] wr_req_size ; 
    logic wr_req_valid ; 
    logic wr_req_ready ; 
    logic [(BI_RD_DATA_Q_WIDTH - 1):0] wr_data ; 
    logic [((BI_RD_DATA_Q_WIDTH / 8) - 1):0] wr_byte_en ; 
    logic wr_last ; 
    logic wr_valid ; 
    logic wr_ready ; 
    logic rd_req_valid ; 
    logic [(AXI_ADDR_WIDTH - 1):0] rd_req_addr ; 
    logic [(AXI_LEN_WIDTH - 1):0] rd_req_len ; 
    logic [2:0] rd_req_size ; 
    logic [(AXI_ID_WIDTH - 1):0] rd_req_id ; 
    logic [(ORDER_ID_WIDTH - 1):0] rd_req_order_id ; 
    logic rd_req_ready ; 
    logic [(AXI_ID_WIDTH - 1):0] rd_rsp_id ; 
    logic [(ORDER_ID_WIDTH - 1):0] rd_rsp_order_id ; 
    logic [(BI_RD_DATA_Q_WIDTH - 1):0] rd_rsp_data ; 
    logic [(AXI_LEN_WIDTH - 1):0] rd_rsp_len ; 
    logic [(3 - 1):0] rd_rsp_size ; 
    logic [7:0] rd_rsp_addr ; 
    logic rd_rsp_valid ; 
    logic rd_rsp_ready ; 
    logic sel_mux ; 
    (* syn_preserve=1 *) logic srst_n_r ; 
    (* syn_preserve=1 *) logic srst_n ; // Active low internal
    logic init_done ; 
    logic trn_done ; 
    logic ce_err ; 
    logic ue_err ; 
    logic hclk_w ; 
    logic hrst_n_w ; 
    logic s_cpu_rst_n_o ; 
    logic p_cpu_rst_n_i ; 
    logic p_cpu_rst_n_r1 ; 
    logic p_cpu_rst_n_r2 ; 
    // Controller to LPDDR4_MEM
    // User Interface
    logic ddr_clk_sel_w ; // Unused in DDR3
    logic dll_update_en_w ; // Unused in DDR3
    logic clk_update_w ; // Unused in DDR3
    logic ddr_ck_en_w ; 
    logic ready_w ; 
    logic [((DQS_WIDTH * GEARING) - 1):0] write_dqs_oe_n_w ; 
    logic [(((DQS_WIDTH * GEARING) * 2) - 1):0] write_dqs_w ; 
    logic [((DQS_WIDTH * GEARING) - 1):0] write_dq_oe_n_w ; 
    logic [(((DQS_WIDTH * GEARING) * 2) - 1):0] write_dmi_w ; 
    logic [(((BUS_WIDTH * GEARING) * 2) - 1):0] write_dq_w ; 
    logic [((DQS_WIDTH * 4) - 1):0] rd_clksel_w ; 
    logic [(((DQS_WIDTH * GEARING) * 2) - 1):0] read_dmi_w ; 
    logic [(((BUS_WIDTH * GEARING) * 2) - 1):0] read_dq_w ; 
    logic [(DQS_WIDTH - 1):0] read_data_valid_w ; 
    logic [(((DQS_WIDTH * GEARING) * 2) - 1):0] read_dmi_r ; // for pipelining
    logic [(((BUS_WIDTH * GEARING) * 2) - 1):0] read_dq_r ; // for pipelining
    logic [(DQS_WIDTH - 1):0] read_data_valid_r ; // for pipelining
    logic [(DQS_WIDTH - 1):0] burst_det_sclk_w ; 
    logic [6:0] dqs_grp_vref_w ; 
    logic [3:0] read_dqs_ie_w ; 
    logic [((GEARING * ODT_WIDTH) - 1):0] odt_w ; 
    logic ck_oe_n_w ; 
    logic [((GEARING * CK_WIDTH) - 1):0] cke_w ; 
    logic ca_oe_n_w ; 
    logic [((GEARING * CS_WIDTH) - 1):0] cs_w ; 
    logic [((GEARING * CA_WIDTH) - 1):0] ca_w ; 
    logic reset_n_w ; 
    // Per DQS Group Delay Adjustment
    logic pause_w ; 
    logic [(DQS_WIDTH - 1):0] rd_load_n_w ; 
    logic [(DQS_WIDTH - 1):0] rd_move_w ; 
    logic [(DQS_WIDTH - 1):0] rd_dir_w ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rd_dir_r ; 
    logic [(DQS_WIDTH - 1):0] rd_cout_w ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rd_cout_r ; 
    logic [(DQS_WIDTH - 1):0] wr_load_n_w ; 
    logic [(DQS_WIDTH - 1):0] wr_move_w ; 
    logic [(DQS_WIDTH - 1):0] wr_dir_w ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] wr_dir_r ; 
    logic [(DQS_WIDTH - 1):0] wr_cout_w ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] wr_cout_r ; 
    logic [(DQS_WIDTH - 1):0] wrlvl_load_n_w ; 
    logic [(DQS_WIDTH - 1):0] wrlvl_move_w ; 
    logic [(DQS_WIDTH - 1):0] wrlvl_dir_w ; 
    logic [(DQS_WIDTH - 1):0] wrlvl_cout_w ; 
    logic [(BUS_WIDTH - 1):0] dqwl_w ; 
    // Per Bit Delay Adjustment
    logic [(BUS_WIDTH - 1):0] dq_out_adj_load_n_w ; 
    logic [(BUS_WIDTH - 1):0] dq_out_adj_move_w ; 
    logic [(BUS_WIDTH - 1):0] dq_out_adj_dir_w ; 
    logic [(BUS_WIDTH - 1):0] dq_out_adj_cout_w ; 
    logic [(DQS_WIDTH - 1):0] dmi_out_adj_load_n_w ; 
    logic [(DQS_WIDTH - 1):0] dmi_out_adj_move_w ; 
    logic [(DQS_WIDTH - 1):0] dmi_out_adj_dir_w ; 
    logic [(DQS_WIDTH - 1):0] dmi_out_adj_cout_w ; 
    logic [(BUS_WIDTH - 1):0] dq_in_adj_load_n_w ; 
    logic [(BUS_WIDTH - 1):0] dq_in_adj_move_w ; 
    logic [(BUS_WIDTH - 1):0] dq_in_adj_dir_w ; 
    logic [(BUS_WIDTH - 1):0] dq_in_adj_cout_w ; 
    logic [(DQS_WIDTH - 1):0] dmi_in_adj_load_n_w ; 
    logic [(DQS_WIDTH - 1):0] dmi_in_adj_move_w ; 
    logic [(DQS_WIDTH - 1):0] dmi_in_adj_dir_w ; 
    logic [(DQS_WIDTH - 1):0] dmi_in_adj_cout_w ; 
    logic [(DQS_WIDTH - 1):0] dqs_out_adj_load_n_w ; 
    logic [(DQS_WIDTH - 1):0] dqs_out_adj_move_w ; 
    logic [(DQS_WIDTH - 1):0] dqs_out_adj_dir_w ; 
    logic [(DQS_WIDTH - 1):0] dqs_out_adj_cout_w ; 
    logic [(CS_WIDTH - 1):0] cs_adj_load_n_w ; 
    logic [(CS_WIDTH - 1):0] cs_adj_move_w ; 
    logic [(CS_WIDTH - 1):0] cs_adj_dir_w ; 
    logic [(CS_WIDTH - 1):0] cs_adj_cout_w ; 
    logic ca_adj_load_n_w ; 
    logic ca_adj_move_w ; 
    logic ca_adj_dir_w ; 
    logic ca_adj_cout_w ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] wrlvl_cout_r ; 
    (* syn_preserve=1 *) logic [(BUS_WIDTH - 1):0] dq_out_adj_cout_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] dmi_out_adj_cout_r ; 
    (* syn_preserve=1 *) logic [(BUS_WIDTH - 1):0] dq_in_adj_cout_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] dmi_in_adj_cout_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] dqs_out_adj_cout_r ; 
    (* syn_preserve=1 *) logic [(CS_WIDTH - 1):0] cs_adj_cout_r ; 
    (* syn_preserve=1 *) logic ca_adj_cout_r ; 
    // APB Interface for CDC
    logic s_phy_ready_r ; 
    (* syn_preserve=1 *) logic p_phy_ready_r1 ; 
    (* syn_preserve=1 *) logic p_phy_ready_r2 ; 
    logic p_cdc_psel_w ; 
    logic p_cdc_penable_w ; 
    (* syn_preserve=1 *) logic [(APB_ADDR_WIDTH - 1):0] p_cdc_paddr_w ; 
    logic p_cdc_pwrite_w ; 
    logic [(APB_DATA_WIDTH - 1):0] p_cdc_pwdata_w ; 
    logic p_cdc_pready_w ; 
    logic [(APB_DATA_WIDTH - 1):0] p_cdc_prdata_w ; 
    logic p_cdc_pslverr_w ; 
    logic s_cdc_psel_w ; 
    logic s_cdc_penable_w ; 
    (* syn_preserve=1 *) logic [(APB_ADDR_WIDTH - 1):0] s_cdc_paddr_w ; 
    logic s_cdc_pwrite_w ; 
    logic [(APB_DATA_WIDTH - 1):0] s_cdc_pwdata_w ; 
    logic s_cdc_pready_w ; 
    logic [(APB_DATA_WIDTH - 1):0] s_cdc_prdata_w ; 
    logic s_cdc_pslverr_w ; 
    // For debugging
    (* syn_preserve=1 *) logic dbg_wrdata_en ; 
    logic dbg_wrdata_en_nxt ; 
    logic [(PHY2MC_DQ_WIDTH - 1):0] dbg_wrdata ; 
    logic [(PHY2MC_DQS_WIDTH - 1):0] dbg_wrdata_mask ; 
    logic dbg_rddata_en ; 
    logic dbg_rddata_valid ; 
    logic [(PHY2MC_DQ_WIDTH - 1):0] dbg_rddata ; 
    logic [(PHY2MC_DQS_WIDTH - 1):0] dbg_rddata_dbi ; 
    logic [31:0] dbg_scratch_0_o ; 
    logic [31:0] dbg_scratch_1_o ; 
    logic [3:0] dbg_write_lat_o ; 
    logic [3:0] dbg_read_lat_o ; 
    logic dbg_rd_comp_done_o ; 
    logic [(DQS_WIDTH - 1):0] dbg_rd_comp_result_o ; 
    logic [12:0] dbg_trn_status_reg_o ; 
    // debug 
    integer dbg_DQ_DATA_PER_EDGE ; 
    integer dbg_DDR_WIDTH ; 
    integer dbg_DDR_WIDTH_BY_8 ; 
    integer dbg_ECC_WIDTH_PER_EDGE ; 
    integer dbg_ECC_WIDTH_PER_EDGE_by8 ; 
    integer dbg_SCH_WR_DATA_Q_WIDTH ; 
    integer dbg_ECC_WIDTH = ECC_WIDTH ; 
    integer dbg_ECC_ENABLE = ECC_ENABLE ; 
    integer dbg_CAS2CAS_VALUE = CAS2CAS_VALUE ; 
    logic dbg_cbt_en_o ; 
    logic dbg_wrlvl_en_o ; 
    assign dbg_DQ_DATA_PER_EDGE = DQ_DATA_PER_EDGE ; 
    assign dbg_DDR_WIDTH = DDR_WIDTH ; 
    assign dbg_DDR_WIDTH_BY_8 = (DDR_WIDTH / 8) ; 
    assign dbg_ECC_WIDTH_PER_EDGE = ECC_WIDTH_PER_EDGE ; 
    assign dbg_ECC_WIDTH_PER_EDGE_by8 = (ECC_WIDTH_PER_EDGE / 8) ; 
    assign dbg_SCH_WR_DATA_Q_WIDTH = SCH_WR_DATA_Q_WIDTH ; 
    logic [(NUM_REQS - 1):0] dbg_sch_valid ; // valid 1=needs service 0=idle
    logic [(NUM_REQS - 1):0] dbg_sch_partial_wr ; 
    logic [(NUM_REQS - 1):0] dbg_sch_data_ready ; // if partial has the read data being merged
    logic [(NUM_REQS - 1):0] dbg_sch_multiple_req ; 
    logic [(NUM_REQS - 1):0] dbg_sch_done ; 
    logic [(NUM_REQS - 1):0] dbg_sch_req_processed ; 
    logic [(QUEUE_ID_WIDTH - 1):0] dbg_queue_id ; 
    (* syn_preserve=1 *) logic combined_rst_n ; 
    (* syn_preserve=1 *) logic arst_n_r ; 
    (* syn_preserve=1 *) logic arst_n ; 
    (* syn_preserve=1 *) logic phy_srst_n_r ; // PHY reset 
    (* syn_preserve=1 *) logic phy_srst_n ; // PHY reset 
    (* syn_preserve=1 *) logic sync_rst_n_r ; 
    (* syn_preserve=1 *) logic sync_rst_n ; 
    assign combined_rst_n = (rst_n_i & areset_n_i) ; //combined reset = controller reset and bus interface reset
    generate
        if (DATA_CLK_EN) 
            begin : CDC_EN
                //CONTROLLER CLOCK AND AXI CLOCK are asynchronous
                assign hclk_w = aclk_i ; 
                assign hrst_n_w = arst_n ; 
            end
        else
            begin : NO_CDC
                assign hclk_w = sclk_o ; 
                assign hrst_n_w = srst_n ; 
            end
    endgenerate
    always_ff
        @(posedge sclk_o or 
            negedge combined_rst_n)
        begin
            if ((!combined_rst_n)) 
                begin
                    srst_n_r <=  1'b0 ;
                    srst_n <=  1'b0 ;
                end
            else
                begin
                    srst_n_r <=  1'b1 ;
                    srst_n <=  srst_n_r ;
                end
        end
    always_ff
        @(posedge hclk_w or 
            negedge combined_rst_n)
        begin
            if ((!combined_rst_n)) 
                begin
                    arst_n_r <=  1'b0 ;
                    arst_n <=  1'b0 ;
                end
            else
                begin
                    arst_n_r <=  1'b1 ;
                    arst_n <=  arst_n_r ;
                end
        end
    always_ff
        @(posedge sclk_o or 
            negedge rst_n_i)
        begin
            if ((!rst_n_i)) 
                begin
                    phy_srst_n_r <=  1'b0 ;
                    phy_srst_n <=  1'b0 ;
                end
            else
                begin
                    phy_srst_n_r <=  1'b1 ;
                    phy_srst_n <=  phy_srst_n_r ;
                end
        end
    always_ff
        @(posedge pclk_i or 
            negedge rst_n_i)
        begin
            if ((!rst_n_i)) 
                begin
                    sync_rst_n_r <=  1'b0 ;
                    sync_rst_n <=  1'b0 ;
                end
            else
                begin
                    sync_rst_n_r <=  1'b1 ;
                    sync_rst_n <=  sync_rst_n_r ;
                end
        end
    always_ff
        @(posedge sclk_o)
        begin
            rd_dir_r <=  rd_dir_w ;
            rd_cout_r <=  rd_cout_w ;
            wr_dir_r <=  wr_dir_w ;
            wr_cout_r <=  wr_cout_w ;
            wrlvl_cout_r <=  wrlvl_cout_w ;
            dq_out_adj_cout_r <=  dq_out_adj_cout_w ;
            dmi_out_adj_cout_r <=  dmi_out_adj_cout_w ;
            dq_in_adj_cout_r <=  dq_in_adj_cout_w ;
            dmi_in_adj_cout_r <=  dmi_in_adj_cout_w ;
            //  dqs_out_adj_cout_r <= dqs_out_adj_cout_w ;
            cs_adj_cout_r <=  cs_adj_cout_w ;
            ca_adj_cout_r <=  ca_adj_cout_w ;
        end
    ////////////////////////////////////////////////////////////////////
    //--------------------MODULE INSTANTIATION------------------------//
    ///////////////////////////////////////////////////////////////////
    //-----------------------------------------
    // BUS_IFACE module
    //------------------------------------------
    generate
        if ((AXI == 1)) 
            begin : AXI_BI
                mem_ipgen_lpddr4_mc_axi_iface_top #(.DDR_WIDTH(DDR_WIDTH),
                        .SCH_NUM_RD_SUPPORT(SCH_NUM_RD_SUPPORTED),
                        .SCH_NUM_WR_SUPPORT(SCH_NUM_WR_SUPPORTED),
                        .INT_ID_WIDTH(ORDER_ID_WIDTH),
                        .AXI_ADDR_WIDTH(AXI_ADDR_WIDTH),
                        .AXI_ID_WIDTH(AXI_ID_WIDTH),
                        .AXI_DATA_WIDTH(AXI_DATA_WIDTH),
                        .AXI_CTRL_WIDTH(AXI_CTRL_WIDTH),
                        .AXI_LEN_WIDTH(AXI_LEN_WIDTH),
                        .AXI_STRB_WIDTH(AXI_STRB_WIDTH),
                        .AXI_QOS_WIDTH(AXI_QOS_WIDTH),
                        .BI_RD_DATA_Q_WIDTH(BI_RD_DATA_Q_WIDTH),
                        .BI_RD_DATA_Q_DEPTH(BI_RD_DATA_Q_DEPTH),
                        .DATA_CLK_EN(DATA_CLK_EN),
                        .BI_WR_DATA_FIFO_DEPTH(BI_WR_DATA_FIFO_DEPTH)) u_axi_if (.clk_i(hclk_w), 
                            .sclk_i(sclk_o), 
                            .rst_n_i(hrst_n_w), 
                            .srst_n_i(srst_n), 
                            //AXI4 INTERFACE
                        .axi_arvalid_i(axi_arvalid_i), 
                            .axi_arid_i(axi_arid_i), 
                            .axi_arlen_i(axi_arlen_i), 
                            .axi_arburst_i(axi_arburst_i), 
                            .axi_araddr_i(axi_araddr_i), 
                            .axi_arready_o(axi_arready_o), 
                            .axi_arqos_i(axi_arqos_i), 
                            .axi_arsize_i(axi_arsize_i), 
                            .axi_rresp_o(axi_rresp_o), 
                            .axi_rdata_o(axi_rdata_o), 
                            .axi_rid_o(axi_rid_o), 
                            .axi_rvalid_o(axi_rvalid_o), 
                            .axi_rlast_o(axi_rlast_o), 
                            .axi_rready_i(axi_rready_i), 
                            .axi_awvalid_i(axi_awvalid_i), 
                            .axi_awlen_i(axi_awlen_i), 
                            .axi_awburst_i(axi_awburst_i), 
                            .axi_awaddr_i(axi_awaddr_i), 
                            .axi_awready_o(axi_awready_o), 
                            .axi_awqos_i(axi_awqos_i), 
                            .axi_awsize_i(axi_awsize_i), 
                            .axi_awid_i(axi_awid_i), 
                            .axi_wvalid_i(axi_wvalid_i), 
                            .axi_wready_o(axi_wready_o), 
                            .axi_wdata_i(axi_wdata_i), 
                            .axi_wstrb_i(axi_wstrb_i), 
                            .axi_wlast_i(axi_wlast_i), 
                            .axi_bready_i(axi_bready_i), 
                            .axi_bvalid_o(axi_bvalid_o), 
                            .axi_bresp_o(axi_bresp_o), 
                            .axi_bid_o(axi_bid_o), 
                            //NATIVE INTERFACE 
                        .wr_req_txn_id_o({wr_req_id,
                                wr_req_order_id}), 
                            .wr_req_addr_o(wr_req_addr), 
                            .wr_req_len_o(wr_req_len), 
                            .wr_req_size_o(wr_req_size), 
                            .wr_req_valid_o(wr_req_valid), 
                            .wr_req_ready_i(wr_req_ready), 
                            .wr_data_o(wr_data), 
                            .wr_byte_en_o(wr_byte_en), 
                            .wr_last_o(wr_last), 
                            .wr_valid_o(wr_valid), 
                            .wr_ready_i(wr_ready), 
                            .rd_req_valid_o(rd_req_valid), 
                            .rd_req_addr_o(rd_req_addr), 
                            .rd_req_len_o(rd_req_len), 
                            .rd_req_size_o(rd_req_size), 
                            .rd_req_arid_o({rd_req_id,
                                rd_req_order_id}), 
                            .rd_req_ready_i(rd_req_ready), 
                            .rd_rsp_rid_i({rd_rsp_id,
                                rd_rsp_order_id}), 
                            .rd_rsp_data_i(rd_rsp_data), 
                            .rd_rsp_len_i(rd_rsp_len), 
                            .rd_rsp_size_i(rd_rsp_size), 
                            .rd_rsp_addr_i(rd_rsp_addr), 
                            .rd_rsp_valid_i(rd_rsp_valid), 
                            .rd_rsp_ready_o(rd_rsp_ready)) ; 
            end
        else
            begin : NTV_BI
                // Native I/F
                assign wr_req_ready_o = wr_req_ready ; 
                assign wr_req_valid = wr_req_valid_i ; 
                assign wr_req_id = wr_req_id_i ; 
                assign wr_req_order_id = wr_req_order_id_i ; 
                assign wr_req_addr = wr_req_addr_i ; 
                assign wr_req_len = wr_req_len_i ; 
                assign wr_req_size = wr_req_size_i ; 
                assign wr_ready_o = wr_ready ; 
                assign wr_valid = wr_valid_i ; 
                assign wr_data = wr_data_i ; 
                assign wr_byte_en = wr_byte_en_i ; 
                assign wr_last = wr_data_last_i ; 
                assign rd_req_ready_o = rd_req_ready ; 
                assign rd_req_valid = rd_req_valid_i ; 
                assign rd_req_id = rd_req_id_i ; 
                assign rd_req_order_id = rd_req_order_id_i ; 
                assign rd_req_addr = rd_req_addr_i ; 
                assign rd_req_len = rd_req_len_i ; 
                assign rd_req_size = rd_req_size_i ; 
                assign rd_rsp_ready = rd_rsp_ready_i ; 
                assign rd_rsp_valid_o = rd_rsp_valid ; 
                assign rd_rsp_id_o = rd_rsp_id ; 
                assign rd_rsp_order_id_o = rd_rsp_order_id ; 
                assign rd_rsp_data_o = rd_rsp_data ; 
                assign rd_rsp_len_o = rd_rsp_len ; 
                assign rd_rsp_size_o = rd_rsp_size ; 
                assign rd_rsp_buff_addr_o = rd_rsp_addr ; 
            end
    endgenerate
    mem_ipgen_lscc_apb_cdc #(.ADDR_WIDTH(APB_ADDR_WIDTH),
            .DATA_WIDTH(APB_DATA_WIDTH),
            .PSLVERR_EN(0)) i_apb_cdc (.apb_s0_pclk_i(pclk_i), 
                .apb_s0_presetn_i(prst_n_i), 
                .apb_s0_psel_slv_i(p_cdc_psel_w), 
                .apb_s0_paddr_slv_i(p_cdc_paddr_w), 
                .apb_s0_pwrite_slv_i(p_cdc_pwrite_w), 
                .apb_s0_pwdata_slv_i(p_cdc_pwdata_w), 
                .apb_s0_penable_slv_i(p_cdc_penable_w), 
                .apb_s0_pready_slv_o(p_cdc_pready_w), 
                .apb_s0_pslverr_slv_o(p_cdc_pslverr_w), 
                .apb_s0_prdata_slv_o(p_cdc_prdata_w), 
                .apb_m0_pclk_i(sclk_o), 
                .apb_m0_presetn_i(srst_n), 
                .apb_m0_pready_mst_i(s_cdc_pready_w), 
                .apb_m0_pslverr_mst_i(s_cdc_pslverr_w), 
                .apb_m0_prdata_mst_i(s_cdc_prdata_w), 
                .apb_m0_psel_mst_o(s_cdc_psel_w), 
                .apb_m0_paddr_mst_o(s_cdc_paddr_w), 
                .apb_m0_pwrite_mst_o(s_cdc_pwrite_w), 
                .apb_m0_pwdata_mst_o(s_cdc_pwdata_w), 
                .apb_m0_penable_mst_o(s_cdc_penable_w)) ; 
    always_ff
        @(posedge sclk_o or 
            negedge srst_n)
        begin
            if ((!srst_n)) 
                s_phy_ready_r <=  1'b0 ;
            else
                s_phy_ready_r <=  ready_w ;
        end
    always_ff
        @(posedge pclk_i or 
            negedge prst_n_i)
        begin
            if ((!prst_n_i)) 
                begin
                    p_phy_ready_r1 <=  1'b0 ;
                    p_phy_ready_r2 <=  1'b0 ;
                end
            else
                begin
                    p_phy_ready_r1 <=  s_phy_ready_r ;
                    p_phy_ready_r2 <=  p_phy_ready_r1 ;
                end
        end
    always_ff
        @(posedge pclk_i or 
            negedge s_cpu_rst_n_o)
        begin
            if ((!s_cpu_rst_n_o)) 
                begin
                    p_cpu_rst_n_r1 <=  1'b0 ;
                    p_cpu_rst_n_r2 <=  1'b0 ;
                end
            else
                begin
                    p_cpu_rst_n_r1 <=  1'b1 ;
                    p_cpu_rst_n_r2 <=  p_cpu_rst_n_r1 ;
                end
        end
    assign p_cpu_rst_n_i = p_cpu_rst_n_r2 ; 
    // Add another hierarcy to support reveal debugging
    mem_ipgen_dram_controller_engine_wrap #(.NATV_ID_WIDTH(NATV_ID_WIDTH),
            .AXI(1),
            .AXI_DATA_WIDTH(AXI_DATA_WIDTH),
            .AXI_ADDR_WIDTH(AXI_ADDR_WIDTH),
            .AXI_ID_WIDTH(AXI_ID_WIDTH),
            .AXI_LEN_WIDTH(AXI_LEN_WIDTH),
            .AXI_STRB_WIDTH(AXI_STRB_WIDTH),
            .AXI_CTRL_WIDTH(AXI_CTRL_WIDTH),
            .NATIVE(NATIVE),
            .DDR_CMD_FREQ(DDR_CMD_FREQ),
            .DDR_DENSITY(DDR_DENSITY),
            .DDR_TYPE(DDR_TYPE),
            .NUM_RANKS(NUM_RANKS),
            .DDR_WIDTH(DDR_WIDTH),
            .GEAR_RATIO(GEAR_RATIO),
            .PWR_DOWN_EN(PWR_DOWN_EN),
            .ECC_ENABLE(ECC_ENABLE),
            .ROW_WIDTH(ROW_WIDTH),
            .COL_WIDTH(COL_WIDTH),
            .MC_INTF_SYNC_ASYNC(MC_INTF_SYNC_ASYNC),
            .DBI_ENABLE(DBI_ENABLE),
            .SCH_NUM_RD_SUPPORTED(SCH_NUM_RD_SUPPORTED),
            .SCH_NUM_WR_SUPPORTED(SCH_NUM_WR_SUPPORTED),
            .ECC_WIDTH_PER_EDGE(ECC_WIDTH_PER_EDGE),
            .ZQ_PERIOD_WIDTH(ZQ_PERIOD_WIDTH),
            .TEMPERATURE_WIDTH(TEMPERATURE_WIDTH),
            .READ_LATENCY(READ_LATENCY),
            .RD_PREAMBLE(RD_PREAMBLE),
            .RD_POSTAMBLE(RD_POSTAMBLE),
            .WRITE_LATENCY(WRITE_LATENCY),
            .WR_PREAMBLE(WR_PREAMBLE),
            .WR_POSTAMBLE(WR_POSTAMBLE),
            .TRCD_VALUE(TRCD_VALUE),
            .TRAS_VALUE(TRAS_VALUE),
            .TRPPB_VALUE(TRPPB_VALUE),
            .TRPAB_VALUE(TRPAB_VALUE),
            .TWR_VALUE(TWR_VALUE),
            .TCCD_VALUE(TCCD_VALUE),
            .TRTP_VALUE(TRTP_VALUE),
            .MWR2MWR_VALUE(MWR2MWR_VALUE),
            .TXPSR_VALUE(TXPSR_VALUE),
            .TRRD_VALUE(TRRD_VALUE),
            .TRFC_VALUE(TRFC_VALUE),
            .TFAW_VALUE(TFAW_VALUE),
            .TZQCAL_VALUE(TZQCAL_VALUE),
            .TMRR_VALUE(TMRR_VALUE),
            .TMRD_VALUE(TMRD_VALUE),
            .TWR2RD_VALUE(TWR2RD_VALUE),
            .TRTW_VALUE(TRTW_VALUE),
            .IDLE_TIME(IDLE_TIME),
            .TXP_VALUE(TXP_VALUE),
            .ODT_FROM_GRANT(ODT_FROM_GRANT),
            .REF_PERIOD_VALUE(REF_PERIOD_VALUE),
            .REF_PERIOD_WIDTH(REF_PERIOD_WIDTH),
            .REF_OUTSTANDING(REF_OUTSTANDING),
            .ZQ_PERIOD_VALUE(ZQ_PERIOD_VALUE),
            .ZQSTART2LATCH_VALUE(ZQSTART2LATCH_VALUE),
            .TEMPERATURE_VALUE(TEMPERATURE_VALUE),
            .TDQSS(TDQSS),
            .CAS2CAS_VALUE(CAS2CAS_VALUE),
            .TRD2PRE_VALUE(TRD2PRE_VALUE),
            .TWR2PRE_VALUE(TWR2PRE_VALUE),
            .APB_DATA_WIDTH(APB_DATA_WIDTH),
            .APB_ADDR_WIDTH(APB_ADDR_WIDTH),
            .CLKI_FREQ(CLKI_FREQ),
            .CK_WIDTH(CK_WIDTH),
            .CS_WIDTH(CS_WIDTH),
            .CA_WIDTH(CA_WIDTH),
            .ODT_WIDTH(ODT_WIDTH),
            .DQS_WIDTH(DQS_WIDTH),
            .NUM_REQS(NUM_REQS),
            .DQS_GRP_VREF_VAL(DQS_GRP_VREF_VAL),
            .MEM_CA_VREF_VAL(MEM_CA_VREF_VAL),
            .MEM_DQ_VREF_VAL(MEM_DQ_VREF_VAL),
            .CA_ODT_VAL(CA_ODT_VAL),
            .DQ_ODT_VAL(DQ_ODT_VAL),
            .TRND_WRLVL_0(TRND_WRLVL_0),
            .TRND_WRLVL_1(TRND_WRLVL_1),
            .TRND_WRLVL_2(TRND_WRLVL_2),
            .TRND_WRLVL_3(TRND_WRLVL_3),
            .TRND_WRLVL_4(TRND_WRLVL_4),
            .TRND_WRLVL_5(TRND_WRLVL_5),
            .TRND_WRLVL_6(TRND_WRLVL_6),
            .TRND_WRLVL_7(TRND_WRLVL_7),
            .TRND_RDCLKSEL_0(TRND_RDCLKSEL_0),
            .TRND_RDCLKSEL_1(TRND_RDCLKSEL_1),
            .TRND_RDCLKSEL_2(TRND_RDCLKSEL_2),
            .TRND_RDCLKSEL_3(TRND_RDCLKSEL_3),
            .TRND_RDCLKSEL_4(TRND_RDCLKSEL_4),
            .TRND_RDCLKSEL_5(TRND_RDCLKSEL_5),
            .TRND_RDCLKSEL_6(TRND_RDCLKSEL_6),
            .TRND_RDCLKSEL_7(TRND_RDCLKSEL_7),
            .TRND_CS_DLY(TRND_CS_DLY),
            .TRND_CA_DLY(TRND_CA_DLY),
            .TRND_RD_DLY(TRND_RD_DLY),
            .TRND_RD_SIGN(TRND_RD_SIGN),
            .TRND_DQ_DBI_DLY(TRND_DQ_DBI_DLY),
            .TRND_WR_LAT(TRND_WR_LAT),
            .TRND_RD_LAT(TRND_RD_LAT),
            .CPU_GRP_EN(CPU_GRP_EN),
            .INIT_IF_EN(INIT_IF_EN),
            .BL16_ONLY(BL16_ONLY)) u_ctrl_wrap (//    ,.AHBL_DATA_WIDTH          (AHBL_DATA_WIDTH        )
            //    ,.AHBL_ADDR_WIDTH          (AHBL_ADDR_WIDTH        )
            //    ,.AHBL_CTRL_WIDTH          (AHBL_CTRL_WIDTH        )
            .sclk_i(sclk_o), 
                .phy_srst_n(phy_srst_n), 
                .rst_n_i(srst_n), 
                .pclk_i(pclk_i), 
                .prst_n_i(prst_n_i), 
                .irq_o(irq_o), 
                .init_start_i(init_start_i), 
                .trn_opr_i(trn_opr_i), 
                .init_done_o(init_done_o), 
                .trn_err_o(trn_err_o), 
                .s_cpu_rst_n_o(s_cpu_rst_n_o), 
                .p_cpu_rst_n_i(p_cpu_rst_n_i), 
                .dbg_scratch_0_o(dbg_scratch_0_o), 
                .dbg_scratch_1_o(dbg_scratch_1_o), 
                .dbg_write_lat_o(dbg_write_lat_o), 
                .dbg_read_lat_o(dbg_read_lat_o), 
                .dbg_cbt_en_o(dbg_cbt_en_o), 
                .dbg_wrlvl_en_o(dbg_wrlvl_en_o), 
                .dbg_rd_comp_done_o(dbg_rd_comp_done_o), 
                .dbg_rd_comp_result_o(dbg_rd_comp_result_o), 
                .dbg_trn_status_reg_o(dbg_trn_status_reg_o),  // APB Interface
            .apb_penable_i(apb_penable_i), 
                .apb_psel_i(apb_psel_i), 
                .apb_pwrite_i(apb_pwrite_i), 
                .apb_paddr_i(apb_paddr_i), 
                .apb_pwdata_i(apb_pwdata_i), 
                .apb_pready_o(apb_pready_o), 
                .apb_pslverr_o(apb_pslverr_o), 
                .apb_prdata_o(apb_prdata_o), 
                .p_phy_ready_i(p_phy_ready_r2), 
                .p_cdc_psel_o(p_cdc_psel_w), 
                .p_cdc_penable_o(p_cdc_penable_w), 
                .p_cdc_paddr_o(p_cdc_paddr_w), 
                .p_cdc_pwrite_o(p_cdc_pwrite_w), 
                .p_cdc_pwdata_o(p_cdc_pwdata_w), 
                .p_cdc_pready_i(p_cdc_pready_w), 
                .p_cdc_prdata_i(p_cdc_prdata_w), 
                .p_cdc_pslverr_i(p_cdc_pslverr_w), 
                .s_cdc_psel_i(s_cdc_psel_w), 
                .s_cdc_penable_i(s_cdc_penable_w), 
                .s_cdc_paddr_i(s_cdc_paddr_w), 
                .s_cdc_pwrite_i(s_cdc_pwrite_w), 
                .s_cdc_pwdata_i(s_cdc_pwdata_w), 
                .s_cdc_pready_o(s_cdc_pready_w), 
                .s_cdc_prdata_o(s_cdc_prdata_w), 
                .s_cdc_pslverr_o(s_cdc_pslverr_w),  //Native I/F 
            .wr_req_txn_id_i({wr_req_id,
                    wr_req_order_id}), 
                .wr_req_addr_i(wr_req_addr), 
                .wr_req_len_i(wr_req_len), 
                .wr_req_size_i(wr_req_size), 
                .wr_req_valid_i(wr_req_valid), 
                .wr_req_ready_o(wr_req_ready), 
                .wr_data_i(wr_data), 
                .wr_byte_en_i(wr_byte_en), 
                .wr_last_i(wr_last), 
                .wr_valid_i(wr_valid), 
                .wr_ready_o(wr_ready), 
                .rd_req_valid_i(rd_req_valid), 
                .rd_req_addr_i(rd_req_addr), 
                .rd_req_len_i(rd_req_len), 
                .rd_req_size_i(rd_req_size), 
                .rd_req_arid_i({rd_req_id,
                    rd_req_order_id}), 
                .rd_req_ready_o(rd_req_ready), 
                .rd_rsp_rid_o({rd_rsp_id,
                    rd_rsp_order_id}), 
                .rd_rsp_data_o(rd_rsp_data), 
                .rd_rsp_len_o(rd_rsp_len), 
                .rd_rsp_size_o(rd_rsp_size), 
                .rd_rsp_addr_o(rd_rsp_addr), 
                .rd_rsp_valid_o(rd_rsp_valid), 
                .rd_rsp_ready_i(rd_rsp_ready),  // User Interface going to LPDDR4_MEM Foundation IP
            .ddr_clk_sel_o(ddr_clk_sel_w), 
                .dll_update_en_o(dll_update_en_w), 
                .clk_update_o(clk_update_w), 
                .ddr_ck_en_o(ddr_ck_en_w), 
                .ready_i(ready_w), 
                .write_dqs_oe_n_o(write_dqs_oe_n_w), 
                .write_dqs_o(write_dqs_w), 
                .write_dq_oe_n_o(write_dq_oe_n_w), 
                .write_dmi_o(write_dmi_w), 
                .write_dq_o(write_dq_w), 
                .rd_clksel_o(rd_clksel_w), 
                .read_dmi_i(read_dmi_r), 
                .read_dq_i(read_dq_r), 
                .read_data_valid_i(read_data_valid_r), 
                .burst_det_sclk_i(burst_det_sclk_w), 
                .dqs_grp_vref_o(dqs_grp_vref_w), 
                .read_dqs_ie_o(read_dqs_ie_w), 
                .odt_o(odt_w), 
                .ck_oe_n_o(ck_oe_n_w), 
                .cke_o(cke_w), 
                .ca_oe_n_o(ca_oe_n_w), 
                .cs_o(cs_w), 
                .ca_o(ca_w), 
                .reset_n_o(reset_n_w),  // Per DQS Group Delay Adjustment
            .pause_o(pause_w), 
                .rd_load_n_o(rd_load_n_w), 
                .rd_move_o(rd_move_w), 
                .rd_dir_o(rd_dir_w), 
                .rd_cout_i(rd_cout_r), 
                .wr_load_n_o(wr_load_n_w), 
                .wr_move_o(wr_move_w), 
                .wr_dir_o(wr_dir_w), 
                .wr_cout_i(wr_cout_r), 
                .wrlvl_load_n_o(wrlvl_load_n_w), 
                .wrlvl_move_o(wrlvl_move_w), 
                .wrlvl_dir_o(wrlvl_dir_w), 
                .wrlvl_cout_i(wrlvl_cout_r), 
                .dqwl_i(dqwl_w),  // Per Bit Delay Adjustment
            .dq_out_adj_load_n_o(dq_out_adj_load_n_w), 
                .dq_out_adj_move_o(dq_out_adj_move_w), 
                .dq_out_adj_dir_o(dq_out_adj_dir_w), 
                .dq_out_adj_cout_i(dq_out_adj_cout_r), 
                .dmi_out_adj_load_n_o(dmi_out_adj_load_n_w), 
                .dmi_out_adj_move_o(dmi_out_adj_move_w), 
                .dmi_out_adj_dir_o(dmi_out_adj_dir_w), 
                .dmi_out_adj_cout_i(dmi_out_adj_cout_r), 
                .dq_in_adj_load_n_o(dq_in_adj_load_n_w), 
                .dq_in_adj_move_o(dq_in_adj_move_w), 
                .dq_in_adj_dir_o(dq_in_adj_dir_w), 
                .dq_in_adj_cout_i(dq_in_adj_cout_r), 
                .dmi_in_adj_load_n_o(dmi_in_adj_load_n_w), 
                .dmi_in_adj_move_o(dmi_in_adj_move_w), 
                .dmi_in_adj_dir_o(dmi_in_adj_dir_w), 
                .dmi_in_adj_cout_i(dmi_in_adj_cout_r), 
                .dqs_out_adj_load_n_o(dqs_out_adj_load_n_w), 
                .dqs_out_adj_move_o(dqs_out_adj_move_w), 
                .dqs_out_adj_dir_o(dqs_out_adj_dir_w), 
                .dqs_out_adj_cout_i(dqs_out_adj_cout_r), 
                .cs_adj_load_n_o(cs_adj_load_n_w), 
                .cs_adj_move_o(cs_adj_move_w), 
                .cs_adj_dir_o(cs_adj_dir_w), 
                .cs_adj_cout_i(cs_adj_cout_r), 
                .ca_adj_load_n_o(ca_adj_load_n_w), 
                .ca_adj_move_o(ca_adj_move_w), 
                .ca_adj_dir_o(ca_adj_dir_w), 
                .ca_adj_cout_i(ca_adj_cout_r), 
                .dbg_wrdata_en_nxt(dbg_wrdata_en_nxt), 
                .dbg_wrdata(dbg_wrdata), 
                .dbg_wrdata_mask(dbg_wrdata_mask), 
                .dbg_rddata_en(dbg_rddata_en), 
                .dbg_rddata_valid(dbg_rddata_valid), 
                .dbg_rddata(dbg_rddata), 
                .dbg_rddata_dbi(dbg_rddata_dbi), 
                .dbg_wr_buff_idx(),  // not yet enabled for debugging
            .dbg_wr_buff_rden(),  // not yet enabled for debugging
            .dbg_wr_buff_data(),  // not yet enabled for debugging
            .dbg_sch_valid(dbg_sch_valid), 
                .dbg_sch_partial_wr(dbg_sch_partial_wr), 
                .dbg_sch_data_ready(dbg_sch_data_ready), 
                .dbg_sch_multiple_req(dbg_sch_multiple_req), 
                .dbg_sch_done(dbg_sch_done), 
                .dbg_sch_req_processed(dbg_sch_req_processed), 
                .dbg_queue_id(dbg_queue_id)) ; 
    generate
        if (EN_RD_PIPELINE) 
            begin : RD_PIPE
                always_ff
                    @(posedge sclk_o)
                    begin
                        read_dmi_r <=  read_dmi_w ;
                        read_dq_r <=  read_dq_w ;
                    end
                always_ff
                    @(posedge sclk_o or 
                        negedge srst_n)
                    if ((!srst_n)) 
                        read_data_valid_r <=  {DQS_WIDTH{1'b0}} ;
                    else
                        read_data_valid_r <=  read_data_valid_w ;
            end
        else
            begin : RD_NOPIPE
                assign read_dmi_r = read_dmi_w ; 
                assign read_dq_r = read_dq_w ; 
                assign read_data_valid_r = read_data_valid_w ; 
            end
    endgenerate
    mem_ipgen_lscc_lpddr4_mem #(.INTERFACE_TYPE(INTERFACE_TYPE),
            .IO_TYPE(IO_TYPE),
            .CK_DQS_IO(CK_DQS_IO),
            .FAMILY(FAMILY),
            .BUS_WIDTH(BUS_WIDTH),
            .CS_WIDTH(CS_WIDTH),
            .CA_WIDTH(CA_WIDTH),
            .CK_WIDTH(CK_WIDTH),
            .ODT_WIDTH(ODT_WIDTH),
            .DQS_WIDTH(DQS_WIDTH),
            .GEARING(GEARING),
            .CLK_FREQ(CLK_FREQ),
            .DATA_MASK_ENABLE(DATA_MASK_ENABLE),
            .CLK_ADDR_CMD_ENABLE(CLK_ADDR_CMD_ENABLE),
            .DYN_MARGIN_ENABLE(DYN_MARGIN_ENABLE),
            .PBIT_DLY_ADJ_DQS_GRP(PBIT_DLY_ADJ_DQS_GRP),
            .PBIT_DLY_ADJ_CA_GRP(PBIT_DLY_ADJ_CA_GRP),
            .DQS_RD_DEL_VALUE(DQS_RD_DEL_VALUE),
            .DQS_RD_DEL_VALUE_INT(DQS_RD_DEL_VALUE_INT),
            .DQS_RD_DEL_SIGN(DQS_RD_DEL_SIGN),
            .DQS_WR_DEL_VALUE(DQS_WR_DEL_VALUE),
            .DQS_WR_DEL_VALUE_INT(DQS_WR_DEL_VALUE_INT),
            .DQS_WR_DEL_SIGN(DQS_WR_DEL_SIGN),
            .PLL_EN(PLL_EN),
            .POWER_ON_CLK_CBT(POWER_ON_CLK_CBT),
            .CK_DELAY_VAL(CK_DELAY_VAL),
            .CLKI_FREQ(CLKI_FREQ),
            .CLKOP_FREQ_ACTUAL(CLKOP_FREQ_ACTUAL),
            .CLKOS_FREQ_ACTUAL(CLKOS_FREQ_ACTUAL),
            .CLKOS2_FREQ_ACTUAL(CLKOS2_FREQ_ACTUAL),
            .CLKOS3_FREQ_ACTUAL(CLKOS3_FREQ_ACTUAL),
            .CLKOS4_FREQ_ACTUAL(CLKOS4_FREQ_ACTUAL),
            .CLKOS5_FREQ_ACTUAL(CLKOS5_FREQ_ACTUAL),
            .CLKOP_PHASE_ACTUAL(CLKOP_PHASE_ACTUAL),
            .CLKOS_PHASE_ACTUAL(CLKOS_PHASE_ACTUAL),
            .CLKOS2_PHASE_ACTUAL(CLKOS2_PHASE_ACTUAL),
            .CLKOS3_PHASE_ACTUAL(CLKOS3_PHASE_ACTUAL),
            .CLKOS4_PHASE_ACTUAL(CLKOS4_PHASE_ACTUAL),
            .CLKOS5_PHASE_ACTUAL(CLKOS5_PHASE_ACTUAL),
            .CLKOS_EN(CLKOS_EN),
            .CLKOS2_EN(CLKOS2_EN),
            .CLKOS3_EN(CLKOS3_EN),
            .CLKOS4_EN(CLKOS4_EN),
            .CLKOS5_EN(CLKOS5_EN),
            .CLKOP_BYPASS(CLKOP_BYPASS),
            .CLKOS_BYPASS(CLKOS_BYPASS),
            .CLKOS2_BYPASS(CLKOS2_BYPASS),
            .CLKOS3_BYPASS(CLKOS3_BYPASS),
            .CLKOS4_BYPASS(CLKOS4_BYPASS),
            .CLKOS5_BYPASS(CLKOS5_BYPASS),
            .ENCLKOP_EN(ENCLKOP_EN),
            .ENCLKOS_EN(ENCLKOS_EN),
            .ENCLKOS2_EN(ENCLKOS2_EN),
            .ENCLKOS3_EN(ENCLKOS3_EN),
            .ENCLKOS4_EN(ENCLKOS4_EN),
            .ENCLKOS5_EN(ENCLKOS5_EN),
            .FRAC_N_EN(FRAC_N_EN),
            .SS_EN(SS_EN),
            .DYN_PORTS_EN(DYN_PORTS_EN),
            .PLL_RST(PLL_RST),
            .LOCK_EN(LOCK_EN),
            .PLL_LOCK_STICKY(PLL_LOCK_STICKY),
            .LEGACY_EN(LEGACY_EN),
            .LMMI_EN(LMMI_EN),
            .APB_EN(APB_EN),
            .POWERDOWN_EN(POWERDOWN_EN),
            .TRIM_EN_P(TRIM_EN_P),
            .TRIM_EN_S(TRIM_EN_S),
            .PLL_REFCLK_FROM_PIN(PLL_REFCLK_FROM_PIN),
            .PLL_IO_TYPE(PLL_IO_TYPE),
            .CLKOP_TRIM_MODE(CLKOP_TRIM_MODE),
            .CLKOS_TRIM_MODE(CLKOS_TRIM_MODE),
            .CLKOP_TRIM(CLKOP_TRIM),
            .CLKOS_TRIM(CLKOS_TRIM),
            .FBK_MODE(FBK_MODE),
            .CLKI_DIVIDER_ACTUAL_STR(CLKI_DIVIDER_ACTUAL_STR),
            .FBCLK_DIVIDER_ACTUAL_STR(FBCLK_DIVIDER_ACTUAL_STR),
            .DIVOP_ACTUAL_STR(DIVOP_ACTUAL_STR),
            .DIVOS_ACTUAL_STR(DIVOS_ACTUAL_STR),
            .DIVOS2_ACTUAL_STR(DIVOS2_ACTUAL_STR),
            .DIVOS3_ACTUAL_STR(DIVOS3_ACTUAL_STR),
            .DIVOS4_ACTUAL_STR(DIVOS4_ACTUAL_STR),
            .DIVOS5_ACTUAL_STR(DIVOS5_ACTUAL_STR),
            .SSC_N_CODE_STR(SSC_N_CODE_STR),
            .SSC_F_CODE_STR(SSC_F_CODE_STR),
            .SSC_PROFILE(SSC_PROFILE),
            .SSC_TBASE_STR(SSC_TBASE_STR),
            .SSC_STEP_IN_STR(SSC_STEP_IN_STR),
            .SSC_REG_WEIGHTING_SEL_STR(SSC_REG_WEIGHTING_SEL_STR),
            .DELA(DELA),
            .DELB(DELB),
            .DELC(DELC),
            .DELD(DELD),
            .DELE(DELE),
            .DELF(DELF),
            .PHIA(PHIA),
            .PHIB(PHIB),
            .PHIC(PHIC),
            .PHID(PHID),
            .PHIE(PHIE),
            .PHIF(PHIF),
            .EN_REFCLK_MON(EN_REFCLK_MON),
            .REF_COUNTS(REF_COUNTS),
            .INTFBKDEL_SEL(INTFBKDEL_SEL),
            .PMU_WAITFORLOCK(PMU_WAITFORLOCK),
            .REF_OSC_CTRL(REF_OSC_CTRL),
            .SIM_FLOAT_PRECISION(SIM_FLOAT_PRECISION),
            .IPI_CMP(IPI_CMP),
            .CSET(CSET),
            .CRIPPLE(CRIPPLE),
            .IPP_CTRL(IPP_CTRL),
            .IPP_SEL(IPP_SEL),
            .BW_CTL_BIAS(BW_CTL_BIAS),
            .V2I_PP_RES(V2I_PP_RES),
            .KP_VCO(KP_VCO),
            .V2I_KVCO_SEL(V2I_KVCO_SEL),
            .V2I_1V_EN(V2I_1V_EN)) u_lp4mem (// PLL Parameters
            // Clocks and Reset
            .pll_refclk_i(pll_refclk_i), 
                .pll_rst_n_i(pll_rst_n_i), 
                .sclk_o(sclk_o), 
                .rst_i((~phy_srst_n)), 
                .sync_clk_i(pclk_i), 
                .sync_rst_n_i(sync_rst_n), 
                .pll_lock_o(pll_lock_o), 
                .ddr_clk_sel_i(ddr_clk_sel_w), 
                .dll_update_en_i(dll_update_en_w), 
                .clk_update_i(clk_update_w), 
                .ready_o(ready_w), 
                .ddr_ck_en_i(ddr_ck_en_w), 
                // User Interface
            .write_dqs_oe_n_i(write_dqs_oe_n_w), 
                .write_dqs_i(write_dqs_w), 
                .write_dq_oe_n_i(write_dq_oe_n_w), 
                .write_dmi_i(write_dmi_w), 
                .write_dq_i(write_dq_w), 
                .read_dmi_o(read_dmi_w), 
                .read_dq_o(read_dq_w), 
                .read_data_valid_o(read_data_valid_w), 
                .read_dqs_ie_i(read_dqs_ie_w), 
                // User I/F for CA
            .reset_n_i(reset_n_w), 
                .ck_oe_n_i(ck_oe_n_w), 
                .cke_i(cke_w), 
                .ca_oe_n_i(ca_oe_n_w), 
                .cs_i(cs_w), 
                .ca_i(ca_w), 
                .odt_i(odt_w), 
                // Per DQS Group Delay Adjustment
            .pause_i(pause_w), 
                .rd_load_n_i(rd_load_n_w), 
                .rd_move_i(rd_move_w), 
                .rd_dir_i(rd_dir_r), 
                .rd_cout_o(rd_cout_w), 
                .wr_load_n_i(wr_load_n_w), 
                .wr_move_i(wr_move_w), 
                .wr_dir_i(wr_dir_r), 
                .wr_cout_o(wr_cout_w), 
                .wrlvl_load_n_i(wrlvl_load_n_w), 
                .wrlvl_move_i(wrlvl_move_w), 
                .wrlvl_dir_i(wrlvl_dir_w), 
                .wrlvl_cout_o(wrlvl_cout_w), 
                .dqwl_o(dqwl_w), 
                .burst_det_sclk_o(burst_det_sclk_w), 
                .dqs_grp_vref_i(dqs_grp_vref_w), 
                .rd_clksel_i(rd_clksel_w), 
                .dq_out_adj_load_n_i(dq_out_adj_load_n_w), 
                .dq_out_adj_move_i(dq_out_adj_move_w), 
                .dq_out_adj_dir_i(dq_out_adj_dir_w), 
                .dq_out_adj_cout_o(dq_out_adj_cout_w), 
                .dmi_out_adj_load_n_i(dmi_out_adj_load_n_w), 
                .dmi_out_adj_move_i(dmi_out_adj_move_w), 
                .dmi_out_adj_dir_i(dmi_out_adj_dir_w), 
                .dmi_out_adj_cout_o(dmi_out_adj_cout_w), 
                // Per Bit Delay Adjustment on Read DQ/DMI is unused
            .dq_in_adj_load_n_i(dq_in_adj_load_n_w), 
                .dq_in_adj_move_i(dq_in_adj_move_w), 
                .dq_in_adj_dir_i(dq_in_adj_dir_w), 
                .dq_in_adj_cout_o(dq_in_adj_cout_w), 
                .dmi_in_adj_load_n_i(dmi_in_adj_load_n_w), 
                .dmi_in_adj_move_i(dmi_in_adj_move_w), 
                .dmi_in_adj_dir_i(dmi_in_adj_dir_w), 
                .dmi_in_adj_cout_o(dmi_in_adj_cout_w), 
                .dqs_out_adj_load_n_i(dqs_out_adj_load_n_w), 
                .dqs_out_adj_move_i(dqs_out_adj_move_w), 
                .dqs_out_adj_dir_i({DQS_WIDTH{1'b0}}),  // will not decrement this delay code
            .dqs_out_adj_cout_o(dqs_out_adj_cout_w), 
                // Command Bus Training
            .cs_adj_load_n_i(cs_adj_load_n_w), 
                .cs_adj_move_i(cs_adj_move_w), 
                .cs_adj_dir_i(cs_adj_dir_w), 
                .cs_adj_cout_o(cs_adj_cout_w), 
                .ca_adj_load_n_i(ca_adj_load_n_w), 
                .ca_adj_move_i(ca_adj_move_w), 
                .ca_adj_dir_i(ca_adj_dir_w), 
                .ca_adj_cout_o(ca_adj_cout_w), 
                // LPDDR4 Interface
            //    .ddr_ck_t_o     (ddr_ck_t_o   ),
            //    .ddr_ck_c_o     (ddr_ck_c_o   ),
            .ddr_ck_o(ddr_ck_o), 
                .ddr_cke_o(ddr_cke_o), 
                .ddr_cs_o(ddr_cs_o), 
                .ddr_ca_o(ddr_ca_o), 
                .ddr_odt_o(ddr_odt_o), 
                .ddr_reset_n_o(ddr_reset_n_o), 
                .ddr_dq_io(ddr_dq_io), 
                .ddr_dqs_io(ddr_dqs_io), 
                .ddr_dmi_io(ddr_dmi_io)) ; 
    always_ff
        @(posedge sclk_o)
        begin
            dbg_rddata_en_o <=  dbg_rddata_en ;
            dbg_wddata_en_o <=  dbg_wrdata_en ;
        end
    localparam WLDQFB_WIDTH = ((DQS_WIDTH == 2) ? 16 : 32) ; // Write leveling DQ feedback width
    // For reveal debugging
    (* syn_preserve=1 *) logic [(WLDQFB_WIDTH - 1):0] rvl_dqwl_r1 ; // 16 bit only for less EBR in reveal
    (* syn_preserve=1 *) logic [(WLDQFB_WIDTH - 1):0] rvl_dqwl_r2 ; // 16 bit only for less EBR in reveal
    (* syn_preserve=1 *) logic [31:0] rvl_scratch_0_r ; 
    (* syn_preserve=1 *) logic [31:0] rvl_scratch_1_r ; 
    (* syn_preserve=1 *) logic rvl_psel_r ; 
    (* syn_preserve=1 *) logic rvl_penable_r ; 
    (* syn_preserve=1 *) logic [(APB_ADDR_WIDTH - 1):0] rvl_paddr_r ; 
    (* syn_preserve=1 *) logic rvl_pwrite_r ; 
    (* syn_preserve=1 *) logic [(APB_DATA_WIDTH - 1):0] rvl_pwdata_r ; 
    (* syn_preserve=1 *) logic rvl_pready_r ; 
    (* syn_preserve=1 *) logic [(APB_DATA_WIDTH - 1):0] rvl_prdata_r ; 
    (* syn_preserve=1 *) logic [3:0] rvl_write_lat_r ; 
    (* syn_preserve=1 *) logic [3:0] rvl_read_lat_r ; 
    (* syn_preserve=1 *) logic rvl_rd_comp_done_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_rd_comp_result_r ; 
    // Per DQS Group Delay Adjustment
    (* syn_preserve=1 *) logic rvl_pause_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_rd_load_n_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_rd_move_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_rd_dir_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_rd_cout_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_wr_load_n_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_wr_move_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_wr_dir_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_wr_cout_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_wrlvl_load_n_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_wrlvl_move_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_wrlvl_dir_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_wrlvl_cout_r ; 
    // DMI/DQ adjusment
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_dqdmi_o_load_n_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_dqdmi_o_move_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_dqdmi_o_dir_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_dqdmi_o_cout_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_dqdmi_i_load_n_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_dqdmi_i_move_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_dqdmi_i_dir_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_dqdmi_i_cout_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_read_datavalid_r ; 
    (* syn_preserve=1 *) logic [(DQS_WIDTH - 1):0] rvl_burst_det_sclk_r ; 
    (* syn_preserve=1 *) logic [3:0] rvl_rd_clksel_r ; 
    (* syn_preserve=1 *) logic [6:0] rvl_dqs_grp_vref_r ; 
    (* syn_preserve=1 *) logic [3:0] rvl_read_dqs_ie_r ; 
    (* syn_preserve=1 *) logic [4:0] rvl_trn_stat_done ; 
    (* syn_preserve=1 *) logic [3:0] rvl_trn_stat_err ; 
    (* syn_preserve=1 *) logic rvl_cbt_en_r ; 
    (* syn_preserve=1 *) logic rvl_wrlvl_en_r ; 
    (* syn_preserve=1 *) logic [(CS_WIDTH - 1):0] rvl_cs_adj_load_n_r ; 
    (* syn_preserve=1 *) logic [(CS_WIDTH - 1):0] rvl_cs_adj_move_r ; 
    (* syn_preserve=1 *) logic [(CS_WIDTH - 1):0] rvl_cs_adj_dir_r ; 
    (* syn_preserve=1 *) logic [(CS_WIDTH - 1):0] rvl_cs_adj_cout_r ; 
    (* syn_preserve=1 *) logic rvl_ca_adj_load_n_r ; 
    (* syn_preserve=1 *) logic rvl_ca_adj_move_r ; 
    (* syn_preserve=1 *) logic rvl_ca_adj_dir_r ; 
    (* syn_preserve=1 *) logic rvl_ca_adj_cout_r ; 
    (* syn_preserve=1 *) logic [((GEARING * CS_WIDTH) - 1):0] rvl_cs_r ; 
    (* syn_preserve=1 *) logic [((GEARING * CA_WIDTH) - 1):0] rvl_ca_r ; 
    (* syn_preserve=1 *) logic [5:0] rvl_ca_p0_r ; 
    (* syn_preserve=1 *) logic [5:0] rvl_ca_p1_r ; 
    (* syn_preserve=1 *) logic [5:0] rvl_ca_p2_r ; 
    (* syn_preserve=1 *) logic [5:0] rvl_ca_p3_r ; 
    (* syn_preserve=1 *) logic [5:0] rvl_cbt_dq_fbak_r ; 
    (* syn_preserve=1 *) logic [(NUM_REQS - 1):0] rvl_sch_valid ; 
    (* syn_preserve=1 *) logic [(NUM_REQS - 1):0] rvl_sch_partial_wr ; 
    (* syn_preserve=1 *) logic [(NUM_REQS - 1):0] rvl_sch_data_ready ; 
    (* syn_preserve=1 *) logic [(NUM_REQS - 1):0] rvl_sch_multiple_req ; 
    (* syn_preserve=1 *) logic [(NUM_REQS - 1):0] rvl_sch_done ; 
    (* syn_preserve=1 *) logic [(NUM_REQS - 1):0] rvl_sch_req_processed ; 
    (* syn_preserve=1 *) logic [(QUEUE_ID_WIDTH - 1):0] rvl_queue_id ; 
    // For data access check          
    (* syn_preserve=1 *) logic [2:0] rvl_dfi_bank_r ; 
    (* syn_preserve=1 *) logic [8:0] rvl_dfi_col_9_2_r ; 
    (* syn_preserve=1 *) logic [((GEARING * CS_WIDTH) - 1):0] rvl_cs_d1_r ; 
    (* syn_preserve=1 *) logic [2:0] rvl_dfi_bank_d1_r ; 
    (* syn_preserve=1 *) logic [8:0] rvl_dfi_col_9_2_d1_r ; 
    (* syn_preserve=1 *) logic [((GEARING * CS_WIDTH) - 1):0] rvl_cs_d2_r ; 
    (* syn_preserve=1 *) logic [2:0] rvl_dfi_bank_d2_r ; 
    (* syn_preserve=1 *) logic [8:0] rvl_dfi_col_9_2_d2_r ; 
    (* syn_preserve=1 *) logic rvl_dfi_wrdata_en_r ; 
    (* syn_preserve=1 *) logic [(PHY2MC_DQ_WIDTH - 1):0] rvl_dfi_wrdata_r ; 
    (* syn_preserve=1 *) logic [((PHY2MC_DQ_WIDTH / 4) - 1):0] rvl_dfi_wrdata_p0_r ; 
    (* syn_preserve=1 *) logic [((PHY2MC_DQ_WIDTH / 4) - 1):0] rvl_dfi_wrdata_p1_r ; 
    (* syn_preserve=1 *) logic [((PHY2MC_DQ_WIDTH / 4) - 1):0] rvl_dfi_wrdata_p2_r ; 
    (* syn_preserve=1 *) logic [((PHY2MC_DQ_WIDTH / 4) - 1):0] rvl_dfi_wrdata_p3_r ; 
    (* syn_preserve=1 *) logic [(PHY2MC_DQS_WIDTH - 1):0] rvl_dfi_wrdata_mask_r ; 
    (* syn_preserve=1 *) logic rvl_dfi_rddata_en_r ; 
    (* syn_preserve=1 *) logic rvl_dfi_rddata_valid_r ; 
    (* syn_preserve=1 *) logic [(PHY2MC_DQ_WIDTH - 1):0] rvl_dfi_rddata_r ; 
    (* syn_preserve=1 *) logic [((PHY2MC_DQ_WIDTH / 4) - 1):0] rvl_dfi_rddata_p0_r ; 
    (* syn_preserve=1 *) logic [((PHY2MC_DQ_WIDTH / 4) - 1):0] rvl_dfi_rddata_p1_r ; 
    (* syn_preserve=1 *) logic [((PHY2MC_DQ_WIDTH / 4) - 1):0] rvl_dfi_rddata_p2_r ; 
    (* syn_preserve=1 *) logic [((PHY2MC_DQ_WIDTH / 4) - 1):0] rvl_dfi_rddata_p3_r ; 
    (* syn_preserve=1 *) logic [(PHY2MC_DQS_WIDTH - 1):0] rvl_dfi_rddata_dbi_r ; 
    always_ff
        @(posedge sclk_o)
        begin
            rvl_dqwl_r1 <=  dqwl_w[(WLDQFB_WIDTH - 1):0] ;// double FF since this is async
            rvl_dqwl_r2 <=  rvl_dqwl_r1[(WLDQFB_WIDTH - 1):0] ;// double FF since this is async
            rvl_scratch_0_r <=  dbg_scratch_0_o ;
            rvl_scratch_1_r <=  dbg_scratch_1_o ;
            rvl_psel_r <=  s_cdc_psel_w ;
            rvl_penable_r <=  s_cdc_penable_w ;
            rvl_paddr_r <=  s_cdc_paddr_w ;
            rvl_pwrite_r <=  s_cdc_pwrite_w ;
            rvl_pwdata_r <=  s_cdc_pwdata_w ;
            rvl_pready_r <=  s_cdc_pready_w ;
            rvl_prdata_r <=  s_cdc_prdata_w ;
            rvl_write_lat_r <=  dbg_write_lat_o ;
            rvl_read_lat_r <=  dbg_read_lat_o ;
            rvl_rd_comp_done_r <=  dbg_rd_comp_done_o ;
            rvl_rd_comp_result_r <=  dbg_rd_comp_result_o ;
            rvl_pause_r <=  pause_w ;
            rvl_rd_load_n_r <=  rd_load_n_w ;
            rvl_rd_move_r <=  rd_move_w ;
            rvl_rd_dir_r <=  rd_dir_w ;
            rvl_rd_cout_r <=  rd_cout_w ;
            rvl_wr_load_n_r <=  wr_load_n_w ;
            rvl_wr_move_r <=  wr_move_w ;
            rvl_wr_dir_r <=  wr_dir_w ;
            rvl_wr_cout_r <=  wr_cout_w ;
            rvl_wrlvl_load_n_r <=  wrlvl_load_n_w ;
            rvl_wrlvl_move_r <=  wrlvl_move_w ;
            rvl_wrlvl_dir_r <=  wrlvl_dir_w ;
            rvl_wrlvl_cout_r <=  wrlvl_cout_w ;
            rvl_dqdmi_o_load_n_r <=  dmi_out_adj_load_n_w ;
            rvl_dqdmi_o_move_r <=  dmi_out_adj_move_w ;
            rvl_dqdmi_o_dir_r <=  dmi_out_adj_dir_w ;
            rvl_dqdmi_o_cout_r <=  dmi_out_adj_cout_w ;
            rvl_dqdmi_i_load_n_r <=  dmi_in_adj_load_n_w ;
            rvl_dqdmi_i_move_r <=  dmi_in_adj_move_w ;
            rvl_dqdmi_i_dir_r <=  dmi_in_adj_dir_w ;
            rvl_dqdmi_i_cout_r <=  dmi_in_adj_cout_w ;
            rvl_read_datavalid_r <=  read_data_valid_w ;
            rvl_burst_det_sclk_r <=  burst_det_sclk_w ;
            rvl_dqs_grp_vref_r <=  dqs_grp_vref_w ;
            rvl_read_dqs_ie_r <=  read_dqs_ie_w ;
            rvl_trn_stat_done <=  dbg_trn_status_reg_o[4:0] ;// {write_training_done, read_training_done, write_lvl_done, cbt_done, phy_ready}
            rvl_trn_stat_err <=  dbg_trn_status_reg_o[10:7] ;// {write_training_err, read_training_err, write_lvl_err, cbt_err}
            rvl_cbt_en_r <=  dbg_cbt_en_o ;
            rvl_wrlvl_en_r <=  dbg_wrlvl_en_o ;
            rvl_cs_adj_load_n_r <=  cs_adj_load_n_w ;
            rvl_cs_adj_move_r <=  cs_adj_move_w ;
            rvl_cs_adj_dir_r <=  cs_adj_dir_w ;
            rvl_cs_adj_cout_r <=  cs_adj_cout_r ;
            rvl_ca_adj_load_n_r <=  ca_adj_load_n_w ;
            rvl_ca_adj_move_r <=  ca_adj_move_w ;
            rvl_ca_adj_dir_r <=  ca_adj_dir_w ;
            rvl_ca_adj_cout_r <=  ca_adj_cout_r ;
            rvl_cs_r <=  cs_w ;
            rvl_ca_r <=  ca_w ;
            rvl_ca_p0_r <=  ca_w[5:0] ;
            rvl_ca_p1_r <=  ca_w[11:6] ;
            rvl_ca_p2_r <=  ca_w[17:12] ;
            rvl_ca_p3_r <=  ca_w[23:18] ;
            rvl_cbt_dq_fbak_r <=  rvl_dqwl_r2[13:8] ;
            rvl_rd_clksel_r <=  rd_clksel_w[3:0] ;// RDCLKSEL for DQSBUF0 is enough for debugging
            rvl_sch_valid <=  dbg_sch_valid ;
            rvl_sch_partial_wr <=  dbg_sch_partial_wr ;
            rvl_sch_data_ready <=  dbg_sch_data_ready ;
            rvl_sch_multiple_req <=  dbg_sch_multiple_req ;
            rvl_sch_done <=  dbg_sch_done ;
            rvl_sch_req_processed <=  dbg_sch_req_processed ;
            rvl_queue_id <=  dbg_queue_id ;
            rvl_dfi_bank_r <=  ca_w[8:6] ;// only check this few when rvl_read_en_r or rvl_write_en_r asserts
            rvl_dfi_col_9_2_r <=  {ca_w[10],
                    ca_w[12],
                    ca_w[23:18]} ;// only check this few when rvl_read_en_r or rvl_write_en_r asserts
            rvl_cs_d1_r <=  rvl_cs_r ;
            rvl_dfi_bank_d1_r <=  rvl_dfi_bank_r ;
            rvl_dfi_col_9_2_d1_r <=  rvl_dfi_col_9_2_r ;
            rvl_cs_d2_r <=  rvl_cs_d1_r ;// useful for read data check
            rvl_dfi_bank_d2_r <=  rvl_dfi_bank_d1_r ;// useful for read data check
            rvl_dfi_col_9_2_d2_r <=  rvl_dfi_col_9_2_d1_r ;// useful for read data check
            dbg_wrdata_en <=  dbg_wrdata_en_nxt ;// dbg_wrdata_en_nxt is 2 cycles ahead of the data
            rvl_dfi_wrdata_en_r <=  dbg_wrdata_en ;// dbg_wrdata_en is 2 cycles ahead of the data
            //rvl_dfi_wrdata_r       <= dbg_wrdata           ;
            {rvl_dfi_wrdata_p3_r,
                    rvl_dfi_wrdata_p2_r,
                    rvl_dfi_wrdata_p1_r,
                    rvl_dfi_wrdata_p0_r} <=  dbg_wrdata ;
            rvl_dfi_wrdata_mask_r <=  dbg_wrdata_mask ;
            rvl_dfi_rddata_en_r <=  dbg_rddata_en ;
            rvl_dfi_rddata_valid_r <=  dbg_rddata_valid ;
            //rvl_dfi_rddata_r       <= dbg_rddata           ;
            {rvl_dfi_rddata_p3_r,
                    rvl_dfi_rddata_p2_r,
                    rvl_dfi_rddata_p1_r,
                    rvl_dfi_rddata_p0_r} <=  dbg_rddata ;
            rvl_dfi_rddata_dbi_r <=  dbg_rddata_dbi ;
        end
    // Reveal tap points for AXI INTERFACE
    (* syn_preserve=1 *) logic rvl_axi_arvalid_r ; 
    (* syn_preserve=1 *) logic [(AXI_ID_WIDTH - 1):0] rvl_axi_arid_r ; 
    (* syn_preserve=1 *) logic [(AXI_LEN_WIDTH - 1):0] rvl_axi_arlen_r ; 
    (* syn_preserve=1 *) logic [(AXI_ADDR_WIDTH - 1):0] rvl_axi_araddr_r ; 
    (* syn_preserve=1 *) logic rvl_axi_arready_r ; 
    (* syn_preserve=1 *) logic [2:0] rvl_axi_arsize_r ; 
    (* syn_preserve=1 *) logic [1:0] rvl_axi_rresp_r ; 
    (* syn_preserve=1 *) logic [(AXI_DATA_WIDTH - 1):0] rvl_axi_rdata_r ; 
    (* syn_preserve=1 *) logic [(AXI_ID_WIDTH - 1):0] rvl_axi_rid_r ; 
    (* syn_preserve=1 *) logic rvl_axi_rvalid_r ; 
    (* syn_preserve=1 *) logic rvl_axi_rlast_r ; 
    (* syn_preserve=1 *) logic rvl_axi_rready_r ; 
    (* syn_preserve=1 *) logic rvl_axi_awvalid_r ; 
    (* syn_preserve=1 *) logic [2:0] rvl_axi_awsize_r ; 
    (* syn_preserve=1 *) logic [(AXI_LEN_WIDTH - 1):0] rvl_axi_awlen_r ; 
    (* syn_preserve=1 *) logic [(AXI_ID_WIDTH - 1):0] rvl_axi_awid_r ; 
    (* syn_preserve=1 *) logic [(AXI_ADDR_WIDTH - 1):0] rvl_axi_awaddr_r ; 
    (* syn_preserve=1 *) logic rvl_axi_awready_r ; 
    (* syn_preserve=1 *) logic rvl_axi_wvalid_r ; 
    (* syn_preserve=1 *) logic rvl_axi_wready_r ; 
    (* syn_preserve=1 *) logic [(AXI_DATA_WIDTH - 1):0] rvl_axi_wdata_r ; 
    (* syn_preserve=1 *) logic [(AXI_STRB_WIDTH - 1):0] rvl_axi_wstrb_r ; 
    (* syn_preserve=1 *) logic rvl_axi_wlast_r ; 
    always_ff
        @(posedge hclk_w)
        begin
            rvl_axi_arvalid_r <=  axi_arvalid_i ;
            rvl_axi_arid_r <=  axi_arid_i ;
            rvl_axi_arlen_r <=  axi_arlen_i ;
            rvl_axi_araddr_r <=  axi_araddr_i ;
            rvl_axi_arready_r <=  axi_arready_o ;
            rvl_axi_arsize_r <=  axi_arsize_i ;
            rvl_axi_rresp_r <=  axi_rresp_o ;
            rvl_axi_rdata_r <=  axi_rdata_o ;
            rvl_axi_rid_r <=  axi_rid_o ;
            rvl_axi_rvalid_r <=  axi_rvalid_o ;
            rvl_axi_rlast_r <=  axi_rlast_o ;
            rvl_axi_rready_r <=  axi_rready_i ;
            rvl_axi_awvalid_r <=  axi_awvalid_i ;
            rvl_axi_awsize_r <=  axi_awsize_i ;
            rvl_axi_awlen_r <=  axi_awlen_i ;
            rvl_axi_awid_r <=  axi_awid_i ;
            rvl_axi_awaddr_r <=  axi_awaddr_i ;
            rvl_axi_awready_r <=  axi_awready_o ;
            rvl_axi_wvalid_r <=  axi_wvalid_i ;
            rvl_axi_wready_r <=  axi_wready_o ;
            rvl_axi_wdata_r <=  axi_wdata_i ;
            rvl_axi_wstrb_r <=  axi_wstrb_i ;
            rvl_axi_wlast_r <=  axi_wlast_i ;
        end
endmodule



module mem_ipgen_dram_controller_engine_wrap #(parameter AXI = 0, 
        parameter NATIVE = 0, 
        parameter DDR_CMD_FREQ = 400, 
        parameter DDR_DENSITY = 4, 
        parameter DDR_TYPE = 1, 
        parameter FAMILY = "LFCPNX", 
        parameter NUM_RANKS = 1, 
        parameter DDR_WIDTH = 16, 
        parameter GEAR_RATIO = 8, 
        parameter PWR_DOWN_EN = 0, 
        parameter ECC_ENABLE = 0, 
        parameter ROW_WIDTH = 16, 
        parameter COL_WIDTH = 10, 
        parameter DBI_ENABLE = 0, 
        parameter MC_INTF_SYNC_ASYNC = 1, 
        parameter SCH_NUM_RD_SUPPORTED = 1, 
        parameter SCH_NUM_WR_SUPPORTED = 4, 
        parameter CPU_GRP_EN = 1, 
        parameter CK_DELAY_VAL = "76", 
        parameter READ_LATENCY = 0, 
        parameter RD_PREAMBLE = 0, 
        parameter RD_POSTAMBLE = 0, 
        parameter WRITE_LATENCY = 0, 
        parameter WR_PREAMBLE = 0, 
        parameter WR_POSTAMBLE = 0, 
        parameter TRCD_VALUE = 0, 
        parameter TRAS_VALUE = 0, 
        parameter TRPPB_VALUE = 0, 
        parameter TWR_VALUE = 0, 
        parameter TRTP_VALUE = 0, 
        parameter MWR2MWR_VALUE = 0, 
        parameter TXPSR_VALUE = 0, 
        parameter TRRD_VALUE = 0, 
        parameter TRFC_VALUE = 0, 
        parameter TFAW_VALUE = 0, 
        parameter TZQCAL_VALUE = 0, 
        parameter TMRR_VALUE = 0, 
        parameter TMRD_VALUE = 0, 
        parameter TRPAB_VALUE = 0, 
        parameter TWR2RD_VALUE = 0, 
        parameter TRTW_VALUE = 0, 
        parameter TCCD_VALUE = 0, 
        parameter IDLE_TIME = 0, 
        parameter TXP_VALUE = 0, 
        parameter REF_PERIOD_VALUE = 0, 
        parameter REF_PERIOD_WIDTH = 0, 
        parameter REF_OUTSTANDING = 0, 
        parameter ZQ_PERIOD_VALUE = 0, 
        parameter ZQ_PERIOD_WIDTH = 0, 
        parameter ZQSTART2LATCH_VALUE = 0, 
        parameter TEMPERATURE_VALUE = 0, 
        parameter TEMPERATURE_WIDTH = 0, 
        parameter TDQSS = 0, 
        parameter CAS2CAS_VALUE = TCCD_VALUE, 
        parameter TRD2PRE_VALUE = 0, 
        parameter TWR2PRE_VALUE = 0, 
        parameter ODT_FROM_GRANT = (WRITE_LATENCY - 2), 
        parameter AXI_ADDR_WIDTH = ((DDR_DENSITY == 2) ? 32 : ((DDR_DENSITY == 4) ? 33 : ((DDR_DENSITY == 8) ? 34 : 35))), 
        parameter NUM_BANKS = 8, 
        parameter RANK_WIDTH = NUM_RANKS, 
        parameter BANK_WIDTH = 3, 
        parameter OFFSET_LO = 0, 
        parameter OFFSET_HI = ((DDR_WIDTH == 16) ? 0 : ((DDR_WIDTH == 32) ? 1 : 2)), 
        parameter COL_ADDR_LO = ((DDR_WIDTH == 8) ? 0 : (OFFSET_HI + 1)), 
        parameter COL_ADDR_HI = ((COL_ADDR_LO + 10) - 1), 
        parameter BANK_ADDR_LO = (COL_ADDR_HI + 1), 
        parameter BANK_ADDR_HI = ((BANK_ADDR_LO + 3) - 1), 
        parameter ROW_ADDR_LO = (BANK_ADDR_HI + 1), 
        parameter ROW_ADDR_HI = (AXI_ADDR_WIDTH - 1), 
        parameter CA_WIDTH = ((DDR_TYPE == 1) ? 6 : ((DDR_TYPE == 0) ? (6 + ROW_WIDTH) : 0)), 
        parameter CA_CTL = ((GEAR_RATIO >> 1) * NUM_RANKS), 
        parameter ECC_WIDTH_PER_EDGE = (ECC_ENABLE ? 8 : 0), 
        parameter ECC_WIDTH = (ECC_WIDTH_PER_EDGE * GEAR_RATIO), 
        parameter DQ_DATA_PER_EDGE = (((DDR_WIDTH + (DDR_WIDTH / 8)) + ECC_WIDTH_PER_EDGE) + (ECC_WIDTH_PER_EDGE / 8)), 
        parameter MC2PHY_DQ_CTRL_WIDTH = (GEAR_RATIO >> 1), 
        parameter MC2PHY_DQ_WIDTH = ((DDR_WIDTH + ECC_WIDTH_PER_EDGE) * GEAR_RATIO), 
        parameter MC2PHY_DM_WIDTH = ((DDR_WIDTH / 8) * GEAR_RATIO), 
        parameter MC2PHY_DQS_WIDTH = (((DDR_WIDTH + ECC_WIDTH_PER_EDGE) / 8) * GEAR_RATIO), 
        parameter BI_RD_DATA_Q_WIDTH = (DDR_WIDTH * GEAR_RATIO), 
        parameter AXI_ID_WIDTH = 4, 
        parameter AXI_DATA_WIDTH = (DDR_WIDTH * 4), 
        parameter AXI_LEN_WIDTH = 8, 
        parameter AXI_CTRL_WIDTH = (((3 + 3) + AXI_LEN_WIDTH) + AXI_ID_WIDTH), 
        parameter AXI_STRB_WIDTH = (AXI_DATA_WIDTH / 8), 
        parameter AXI_BURST_WIDTH = 2, 
        parameter AXI_QOS_WIDTH = 2, 
        parameter SCH_CTRL_Q_WIDTH = ((((ROW_WIDTH + COL_WIDTH) + BANK_WIDTH) + RANK_WIDTH) + 7), 
        parameter SCH_WR_DATA_Q_DEPTH = (((AXI == 0) && (NATIVE == 0)) ? ((DDR_TYPE == 1) ? (SCH_NUM_WR_SUPPORTED * 4) : (SCH_NUM_WR_SUPPORTED * 2)) : ((DDR_TYPE == 1) ? (SCH_NUM_WR_SUPPORTED * 64) : (SCH_NUM_WR_SUPPORTED * 32))), 
        parameter SCH_WR_DATA_Q_WIDTH = (DQ_DATA_PER_EDGE * GEAR_RATIO), 
        parameter NUM_REQS = (SCH_NUM_RD_SUPPORTED + SCH_NUM_WR_SUPPORTED), 
        parameter SCH_NUM_RD_SUPPORTED_LOG2 = 2, 
        parameter PHY2MC_DQ_WIDTH = ((DDR_WIDTH + ECC_WIDTH_PER_EDGE) * GEAR_RATIO), 
        parameter PHY2MC_DM_WIDTH = (((DDR_WIDTH + ECC_WIDTH_PER_EDGE) / 8) * GEAR_RATIO), 
        parameter PHY2MC_DQS_WIDTH = (((DDR_WIDTH + ECC_WIDTH_PER_EDGE) / 8) * GEAR_RATIO), 
        parameter DQS_OE_WIDTH = (PHY2MC_DQS_WIDTH / 2), 
        parameter DATA_FIFO_WIDTH = (DDR_WIDTH * 4), 
        parameter DATA_FIFO_DEPTH = 32, 
        parameter CMD_FIFO_WIDTH = (CA_WIDTH * 4), 
        parameter CMD_FIFO_DEPTH = 16, 
        parameter ISSUE_Q_WIDTH = 4, 
        parameter ISSUE_Q_DEPTH = 4, 
        parameter APB_ADDR_WIDTH = 11, 
        parameter APB_DATA_WIDTH = 32, 
        parameter CK_WIDTH = 1, 
        parameter CS_WIDTH = NUM_RANKS, 
        parameter ODT_WIDTH = 1, 
        parameter DQS_WIDTH = ((DDR_WIDTH + ECC_WIDTH_PER_EDGE) / 8), 
        parameter BUS_WIDTH = (DDR_WIDTH + ECC_WIDTH_PER_EDGE), 
        parameter CTRL_Q_DEPTH = 64, 
        parameter RD_DATA_Q_WIDTH = 128, 
        parameter LPDDR_MC_CS_WIDTH = ((CS_WIDTH * GEAR_RATIO) / 2), 
        parameter LPDDR_MC_CA_WIDTH = ((CA_WIDTH * GEAR_RATIO) / 2), 
        parameter LPDDR_MC_ODT_WIDTH = ((ODT_WIDTH * GEAR_RATIO) / 2), 
        parameter LPDDR_MC_CK_WIDTH = ((CK_WIDTH * GEAR_RATIO) / 2), 
        parameter GEARING = (GEAR_RATIO / 2), 
        parameter IO_TYPE = "LVSTL11", 
        parameter CK_DQS_IO = "LVSTL11D", 
        parameter CLK_FREQ = DDR_CMD_FREQ, 
        parameter DIVOP_ACTUAL_STR = ((CLK_FREQ == 400.0) ? "7" : ((CLK_FREQ == 533.3) ? "15" : ((CLK_FREQ == 200.0) ? "7" : "0"))), 
        parameter DIVOS_ACTUAL_STR = ((CLK_FREQ == 400.0) ? "1" : ((CLK_FREQ == 533.3) ? "2" : ((CLK_FREQ == 200.0) ? "3" : "0"))), 
        parameter CLKOS_FREQ_ACTUAL = ((CLK_FREQ == 533.3) ? 533.333333 : CLK_FREQ), 
        parameter DIVOS2_ACTUAL_STR = ((CLK_FREQ == 400.0) ? "15" : ((CLK_FREQ == 533.3) ? "31" : ((CLK_FREQ == 200.0) ? "7" : "0"))), 
        parameter DELA = ((CLK_FREQ == 400.0) ? "7" : ((CLK_FREQ == 533.3) ? "15" : ((CLK_FREQ == 200.0) ? "7" : "0"))), 
        parameter DELB = ((CLK_FREQ == 400.0) ? "1" : ((CLK_FREQ == 533.3) ? "2" : ((CLK_FREQ == 200.0) ? "3" : "0"))), 
        parameter DELC = ((CLK_FREQ == 400.0) ? "15" : ((CLK_FREQ == 533.3) ? "31" : ((CLK_FREQ == 200.0) ? "7" : "0"))), 
        parameter REF_COUNTS = ((CLK_FREQ == 533.3) ? "0b010" : "0b001"), 
        parameter IPP_CTRL = ((CLK_FREQ == 533.3) ? "0b0101" : "0b0100"), 
        parameter IPI_CMP = ((CLK_FREQ == 533.3) ? "0b1000" : "0b0100"), 
        parameter PLL_EN = 1, 
        parameter CLKI_FREQ = 100.0, 
        parameter CLKOP_FREQ_ACTUAL = 100.0, 
        parameter CLKOS2_FREQ_ACTUAL = 100.0, 
        parameter CLKOS3_FREQ_ACTUAL = 100.0, 
        parameter CLKOS4_FREQ_ACTUAL = 100.0, 
        parameter CLKOS5_FREQ_ACTUAL = 100.0, 
        parameter CLKOP_PHASE_ACTUAL = 0.0, 
        parameter CLKOS_PHASE_ACTUAL = 0.0, 
        parameter CLKOS2_PHASE_ACTUAL = 0.0, 
        parameter CLKOS3_PHASE_ACTUAL = 0.0, 
        parameter CLKOS4_PHASE_ACTUAL = 0.0, 
        parameter CLKOS5_PHASE_ACTUAL = 0.0, 
        parameter CLKOS_EN = 1, 
        parameter CLKOS2_EN = 0, 
        parameter CLKOS3_EN = 0, 
        parameter CLKOS4_EN = 0, 
        parameter CLKOS5_EN = 0, 
        parameter CLKOP_BYPASS = 0, 
        parameter CLKOS_BYPASS = 0, 
        parameter CLKOS2_BYPASS = 0, 
        parameter CLKOS3_BYPASS = 0, 
        parameter CLKOS4_BYPASS = 0, 
        parameter CLKOS5_BYPASS = 0, 
        parameter ENCLKOP_EN = 0, 
        parameter ENCLKOS_EN = 1, 
        parameter ENCLKOS2_EN = ((CLK_FREQ == 200.0) ? 0 : 1), 
        parameter ENCLKOS3_EN = 0, 
        parameter ENCLKOS4_EN = 0, 
        parameter ENCLKOS5_EN = 0, 
        parameter FRAC_N_EN = 0, 
        parameter SS_EN = 0, 
        parameter DYN_PORTS_EN = 0, 
        parameter PLL_RST = 1, 
        parameter LOCK_EN = 1, 
        parameter PLL_LOCK_STICKY = 0, 
        parameter LEGACY_EN = 0, 
        parameter LMMI_EN = 1, 
        parameter APB_EN = 0, 
        parameter POWERDOWN_EN = 0, 
        parameter TRIM_EN_P = 0, 
        parameter TRIM_EN_S = 0, 
        parameter PLL_REFCLK_FROM_PIN = ((CLK_FREQ == 200.0) ? 0 : 1), 
        parameter PLL_IO_TYPE = ((DDR_TYPE == 1) ? "LVSTLD_I" : "SLVS"), 
        parameter CLKOP_TRIM_MODE = "Falling", 
        parameter CLKOS_TRIM_MODE = "Falling", 
        parameter CLKOP_TRIM = "0b0000", 
        parameter CLKOS_TRIM = "0b0000", 
        parameter FBK_MODE = "CLKOP", 
        parameter CLKI_DIVIDER_ACTUAL_STR = "1", 
        parameter FBCLK_DIVIDER_ACTUAL_STR = "1", 
        parameter DIVOS3_ACTUAL_STR = "7", 
        parameter DIVOS4_ACTUAL_STR = "7", 
        parameter DIVOS5_ACTUAL_STR = "7", 
        parameter SSC_N_CODE_STR = "0b000000001", 
        parameter SSC_F_CODE_STR = "0b000000000000000", 
        parameter SSC_PROFILE = "DOWN", 
        parameter SSC_TBASE_STR = "0b000000000000", 
        parameter SSC_STEP_IN_STR = "0b0000000", 
        parameter SSC_REG_WEIGHTING_SEL_STR = "0b000", 
        parameter DELD = "7", 
        parameter DELE = "7", 
        parameter DELF = "7", 
        parameter PHIA = "0", 
        parameter PHIB = "0", 
        parameter PHIC = "0", 
        parameter PHID = "0", 
        parameter PHIE = "0", 
        parameter PHIF = "0", 
        parameter EN_REFCLK_MON = 0, 
        parameter INTFBKDEL_SEL = "DISABLED", 
        parameter PMU_WAITFORLOCK = "ENABLED", 
        parameter REF_OSC_CTRL = "3P2", 
        parameter SIM_FLOAT_PRECISION = "0.1", 
        parameter CSET = ((CLK_FREQ == 200.0) ? "24P" : "40P"), 
        parameter CRIPPLE = ((CLK_FREQ == 200.0) ? "3P" : "5P"), 
        parameter IPP_SEL = "0b1111", 
        parameter BW_CTL_BIAS = ((CLK_FREQ == 200.0) ? "0b1111" : "0b0101"), 
        parameter V2I_PP_RES = ((CLK_FREQ == 200.0) ? "9K" : "10K"), 
        parameter KP_VCO = "0b00011", 
        parameter V2I_KVCO_SEL = "60", 
        parameter V2I_1V_EN = "ENABLED", 
        parameter APB_SLV_CDC_EN = 0, 
        parameter tINIT1 = 200, 
        parameter tINIT2 = 5, 
        parameter tINIT3 = 300, 
        parameter tINIT4 = 5, 
        parameter tINIT5 = 40, 
        parameter DQS_GRP_VREF_VAL = 0, 
        parameter MEM_CA_VREF_VAL = 0, 
        parameter MEM_DQ_VREF_VAL = 0, 
        parameter CA_ODT_VAL = 0, 
        parameter DQ_ODT_VAL = 0, 
        parameter TRND_WRLVL_0 = 0, 
        parameter TRND_WRLVL_1 = 0, 
        parameter TRND_WRLVL_2 = 0, 
        parameter TRND_WRLVL_3 = 0, 
        parameter TRND_WRLVL_4 = 0, 
        parameter TRND_WRLVL_5 = 0, 
        parameter TRND_WRLVL_6 = 0, 
        parameter TRND_WRLVL_7 = 0, 
        parameter TRND_RDCLKSEL_0 = 0, 
        parameter TRND_RDCLKSEL_1 = 0, 
        parameter TRND_RDCLKSEL_2 = 0, 
        parameter TRND_RDCLKSEL_3 = 0, 
        parameter TRND_RDCLKSEL_4 = 0, 
        parameter TRND_RDCLKSEL_5 = 0, 
        parameter TRND_RDCLKSEL_6 = 0, 
        parameter TRND_RDCLKSEL_7 = 0, 
        parameter TRND_CS_DLY = 0, 
        parameter TRND_CA_DLY = 0, 
        parameter TRND_RD_DLY = 0, 
        parameter TRND_RD_SIGN = 0, 
        parameter TRND_DQ_DBI_DLY = 0, 
        parameter TRND_WR_LAT = 0, 
        parameter TRND_RD_LAT = 0, 
        parameter NATV_ID_WIDTH = 0, 
        parameter INIT_IF_EN = 0, 
        parameter BL16_ONLY = 1) (
    //-------------PARAMETER DECLARATIONS -----------------------------
    // LPDDR sub system Parameter
    //-----------------------------------------------------------------
    // 0:DDR3, 1:LPDDR4
    //0 = SYNC or 1 = ASYNC
    //-----------------------------------------------------------------
    // LPDDR4 Protocol timing parameters
    //-----------------------------------------------------------------
    //parameter AHBL_ADDR_WIDTH        = (DDR_DENSITY == 2) ? 32 : (DDR_DENSITY == 4) ? 33 : (DDR_DENSITY == 8) ? 34 : 35,
    //******************************************************************
    //    Derived parameters  
    //******************************************************************
    //-------------------------------------------------------------------
    // MC2PHY interface
    // CA parameters
    //-------------------------------------------------------------------
    //-------------------------------------------------------------------
    //  DQ parameters
    //-------------------------------------------------------------------
    // dq to phy
    // dq_oe width 
    //----------------------------------------
    // Bus interface 
    //----------------------------------------
    // parameter AHBL_DATA_WIDTH        = DDR_WIDTH * 4,
    // parameter AHBL_CTRL_WIDTH        = 7,
    // parameter BI_REQ_Q_DEPTH         = 4,
    // parameter BI_REQ_Q_WIDTH         = (AHBL_ADDR_WIDTH + AHBL_CTRL_WIDTH),
    // parameter BI_WR_DATA_Q_DEPTH     = 4,
    // parameter BI_WR_DATA_Q_WIDTH     = (2 + AHBL_DATA_WIDTH),// 2 bits for Write data last + Write data Error + Data width
    // parameter BI_RD_DATA_Q_DEPTH     = (DDR_TYPE == 1) ? 4 : 2,
    //INT ID + SIZE + LEN + ID
    //----------------------------------------
    // Schedule
    //----------------------------------------
    // should be a function of SCH_NUM_OF_RD_SUPPORTED and SCH_NUM_OF_WR_SUPPORTED
    // function of row bank col  width
    // function(DDR_WIDTH,burstlength/ddrtype,NUM of writes supported, MAX TRansaciton supported)
    // Write data buff on write side should use DQ_DATA_PER_EDGE * GEAR_RATIO>>1
    // Write data buff on read  side should use DQ_DATA_PER_EDGE * GEAR_RATIO
    //----------------------------------------
    // Protocol Engine
    //----------------------------------------
    //maximum 4 rd 
    // -------------------------------
    // read return block
    // -------------------------------
    // ECC_WIDTH should be added 
    //  parameter DQ_WIDTH               = 16,
    // 
    //TBR
    //TBR
    //TBR
    //TBR
    //-----------------------------------------------------------------
    //    phy top parameters 
    //-----------------------------------------------------------------
    // Will be set by Radiant
    // Will be set by Radiant
    // -------------------------------------------------------------------
    // ===================== PLL Parameters ==============================
    // -------------------------------------------------------------------
    // Used in GUI
    // parameter  CLKOS_FREQ_ACTUAL        = 50.0,
    //  parameter  DIVOP_ACTUAL_STR         = "7",
    //  parameter  DIVOS_ACTUAL_STR         = "1",
    //  parameter  DIVOS2_ACTUAL_STR        = "7",
    //   parameter  DELA                     = "7",
    //  parameter  DELB                     = "1",
    //  parameter  DELC                     = "7",
    //  parameter  REF_COUNTS               = "0b000",
    // For simulation only
    //  parameter  IPI_CMP                  = "0b1000",
    //  parameter  IPP_CTRL                 = "0b1000",
    // Trained value parameters
    input phy_srst_n, 
    //Controller clock and controller reset
    input rst_n_i, 
    input sclk_i, 
    //APB clock and Reset
    input pclk_i, 
    input prst_n_i, 
    output irq_o, 
    input init_start_i, 
    input [7:0] trn_opr_i, 
    output init_done_o, 
    output trn_err_o, 
    output s_cpu_rst_n_o, 
    input p_cpu_rst_n_i, 
    // For debugging
    output [31:0] dbg_scratch_0_o, 
    output [31:0] dbg_scratch_1_o, 
    output [3:0] dbg_write_lat_o, 
    output [3:0] dbg_read_lat_o, 
    output dbg_rd_comp_done_o, 
    output [(DQS_WIDTH - 1):0] dbg_rd_comp_result_o, 
    output [12:0] dbg_trn_status_reg_o, 
    output dbg_cbt_en_o, 
    output dbg_wrlvl_en_o, 
    // APB Interface
    input apb_penable_i, 
    input apb_psel_i, 
    input apb_pwrite_i, 
    input [(APB_ADDR_WIDTH - 1):0] apb_paddr_i, 
    input [(APB_DATA_WIDTH - 1):0] apb_pwdata_i, 
    output apb_pready_o, 
    output apb_pslverr_o, 
    output [(APB_DATA_WIDTH - 1):0] apb_prdata_o, 
    // APB Interface for CDC
    input p_phy_ready_i, 
    output p_cdc_psel_o, 
    output p_cdc_penable_o, 
    output [(APB_ADDR_WIDTH - 1):0] p_cdc_paddr_o, 
    output p_cdc_pwrite_o, 
    output [(APB_DATA_WIDTH - 1):0] p_cdc_pwdata_o, 
    input p_cdc_pready_i, 
    input [(APB_DATA_WIDTH - 1):0] p_cdc_prdata_i, 
    input p_cdc_pslverr_i, 
    input s_cdc_psel_i, 
    input s_cdc_penable_i, 
    input [(APB_ADDR_WIDTH - 1):0] s_cdc_paddr_i, 
    input s_cdc_pwrite_i, 
    input [(APB_DATA_WIDTH - 1):0] s_cdc_pwdata_i, 
    output s_cdc_pready_o, 
    output [(APB_DATA_WIDTH - 1):0] s_cdc_prdata_o, 
    output s_cdc_pslverr_o, 
    //NATIVE INTERFACE 
    // Write Request Channel
    input [(NATV_ID_WIDTH - 1):0] wr_req_txn_id_i, 
    input [(AXI_ADDR_WIDTH - 1):0] wr_req_addr_i, 
    input [(AXI_LEN_WIDTH - 1):0] wr_req_len_i, 
    input [2:0] wr_req_size_i, 
    input wr_req_valid_i, 
    output wr_req_ready_o, 
    // Write data Channel
    input [(BI_RD_DATA_Q_WIDTH - 1):0] wr_data_i, 
    input [((BI_RD_DATA_Q_WIDTH / 8) - 1):0] wr_byte_en_i, 
    input wr_last_i, 
    input wr_valid_i, 
    output wr_ready_o, 
    // Read Request Channel
    input rd_req_valid_i, 
    input [(AXI_ADDR_WIDTH - 1):0] rd_req_addr_i, 
    input [(AXI_LEN_WIDTH - 1):0] rd_req_len_i, 
    input [2:0] rd_req_size_i, 
    input [(NATV_ID_WIDTH - 1):0] rd_req_arid_i, 
    output rd_req_ready_o, 
    // Read Response Channel
    output [(NATV_ID_WIDTH - 1):0] rd_rsp_rid_o, 
    output [(BI_RD_DATA_Q_WIDTH - 1):0] rd_rsp_data_o, 
    output [(AXI_LEN_WIDTH - 1):0] rd_rsp_len_o, 
    output [(3 - 1):0] rd_rsp_size_o, 
    output [7:0] rd_rsp_addr_o, 
    output rd_rsp_valid_o, 
    input rd_rsp_ready_i, 
    output ddr_clk_sel_o,  // Unused in DDR3
    output dll_update_en_o,  // Unused in DDR3
    output clk_update_o,  // Unused in DDR3
    output ddr_ck_en_o, 
    input ready_i, 
    // User Interface going to LPDDR4_MEM Foundation IP
    output [((DQS_WIDTH * GEARING) - 1):0] write_dqs_oe_n_o, 
    output [(((DQS_WIDTH * GEARING) * 2) - 1):0] write_dqs_o, 
    output [((DQS_WIDTH * GEARING) - 1):0] write_dq_oe_n_o, 
    output [(((DQS_WIDTH * GEARING) * 2) - 1):0] write_dmi_o, 
    output [(((BUS_WIDTH * GEARING) * 2) - 1):0] write_dq_o, 
    output [((DQS_WIDTH * 4) - 1):0] rd_clksel_o, 
    input [(((DQS_WIDTH * GEARING) * 2) - 1):0] read_dmi_i, 
    input [(((BUS_WIDTH * GEARING) * 2) - 1):0] read_dq_i, 
    input [(DQS_WIDTH - 1):0] read_data_valid_i, 
    input [(DQS_WIDTH - 1):0] burst_det_sclk_i, 
    output [6:0] dqs_grp_vref_o, 
    output [3:0] read_dqs_ie_o, 
    output [((GEARING * ODT_WIDTH) - 1):0] odt_o, 
    output ck_oe_n_o, 
    output [((GEARING * CK_WIDTH) - 1):0] cke_o, 
    output ca_oe_n_o, 
    output [((GEARING * CS_WIDTH) - 1):0] cs_o, 
    output [((GEARING * CA_WIDTH) - 1):0] ca_o, 
    output reset_n_o, 
    // Per DQS Group Delay Adjustment
    output pause_o, 
    output [(DQS_WIDTH - 1):0] rd_load_n_o, 
    output [(DQS_WIDTH - 1):0] rd_move_o, 
    output [(DQS_WIDTH - 1):0] rd_dir_o, 
    input [(DQS_WIDTH - 1):0] rd_cout_i, 
    output [(DQS_WIDTH - 1):0] wr_load_n_o, 
    output [(DQS_WIDTH - 1):0] wr_move_o, 
    output [(DQS_WIDTH - 1):0] wr_dir_o, 
    input [(DQS_WIDTH - 1):0] wr_cout_i, 
    output [(DQS_WIDTH - 1):0] wrlvl_load_n_o, 
    output [(DQS_WIDTH - 1):0] wrlvl_move_o, 
    output [(DQS_WIDTH - 1):0] wrlvl_dir_o, 
    input [(DQS_WIDTH - 1):0] wrlvl_cout_i, 
    input [(BUS_WIDTH - 1):0] dqwl_i, 
    // Per Bit Delay Adjustment
    output [(BUS_WIDTH - 1):0] dq_out_adj_load_n_o, 
    output [(BUS_WIDTH - 1):0] dq_out_adj_move_o, 
    output [(BUS_WIDTH - 1):0] dq_out_adj_dir_o, 
    input [(BUS_WIDTH - 1):0] dq_out_adj_cout_i, 
    output [(DQS_WIDTH - 1):0] dmi_out_adj_load_n_o, 
    output [(DQS_WIDTH - 1):0] dmi_out_adj_move_o, 
    output [(DQS_WIDTH - 1):0] dmi_out_adj_dir_o, 
    input [(DQS_WIDTH - 1):0] dmi_out_adj_cout_i, 
    output [(BUS_WIDTH - 1):0] dq_in_adj_load_n_o, 
    output [(BUS_WIDTH - 1):0] dq_in_adj_move_o, 
    output [(BUS_WIDTH - 1):0] dq_in_adj_dir_o, 
    input [(BUS_WIDTH - 1):0] dq_in_adj_cout_i, 
    output [(DQS_WIDTH - 1):0] dmi_in_adj_load_n_o, 
    output [(DQS_WIDTH - 1):0] dmi_in_adj_move_o, 
    output [(DQS_WIDTH - 1):0] dmi_in_adj_dir_o, 
    input [(DQS_WIDTH - 1):0] dmi_in_adj_cout_i, 
    output [(DQS_WIDTH - 1):0] dqs_out_adj_load_n_o, 
    output [(DQS_WIDTH - 1):0] dqs_out_adj_move_o, 
    output [(DQS_WIDTH - 1):0] dqs_out_adj_dir_o, 
    input [(DQS_WIDTH - 1):0] dqs_out_adj_cout_i, 
    output [(CS_WIDTH - 1):0] cs_adj_load_n_o, 
    output [(CS_WIDTH - 1):0] cs_adj_move_o, 
    output [(CS_WIDTH - 1):0] cs_adj_dir_o, 
    input [(CS_WIDTH - 1):0] cs_adj_cout_i, 
    output ca_adj_load_n_o, 
    output ca_adj_move_o, 
    output ca_adj_dir_o, 
    input ca_adj_cout_i, 
    output dbg_wrdata_en_nxt, 
    output [(PHY2MC_DQ_WIDTH - 1):0] dbg_wrdata, 
    output [(PHY2MC_DQS_WIDTH - 1):0] dbg_wrdata_mask, 
    output dbg_rddata_en, 
    output dbg_rddata_valid, 
    output [(PHY2MC_DQ_WIDTH - 1):0] dbg_rddata, 
    output [(PHY2MC_DQS_WIDTH - 1):0] dbg_rddata_dbi, 
    output logic [($clog2(SCH_WR_DATA_Q_DEPTH) - 1):0] dbg_wr_buff_idx, 
    output logic dbg_wr_buff_rden, 
    output logic [((BI_RD_DATA_Q_WIDTH / 8) - 1):0] dbg_wr_buff_data, 
    output logic [(NUM_REQS - 1):0] dbg_sch_valid,  // valid 1=needs service 0=idle
    output logic [(NUM_REQS - 1):0] dbg_sch_partial_wr, 
    output logic [(NUM_REQS - 1):0] dbg_sch_data_ready,  // if partial has the read data being merged
    output logic [(NUM_REQS - 1):0] dbg_sch_multiple_req, 
    output logic [(NUM_REQS - 1):0] dbg_sch_done, 
    output logic [(NUM_REQS - 1):0] dbg_sch_req_processed, 
    output logic [($clog2(NUM_REQS) - 1):0] dbg_queue_id) ;
    mem_ipgen_dram_controller_engine #(.AXI(AXI),
            .NATIVE(NATIVE),
            .DDR_CMD_FREQ(DDR_CMD_FREQ),
            .DDR_DENSITY(DDR_DENSITY),
            .DDR_TYPE(DDR_TYPE),
            .FAMILY(FAMILY),
            .NUM_RANKS(NUM_RANKS),
            .DDR_WIDTH(DDR_WIDTH),
            .GEAR_RATIO(GEAR_RATIO),
            .PWR_DOWN_EN(PWR_DOWN_EN),
            .ECC_ENABLE(ECC_ENABLE),
            .ROW_WIDTH(ROW_WIDTH),
            .COL_WIDTH(COL_WIDTH),
            .DBI_ENABLE(DBI_ENABLE),
            .MC_INTF_SYNC_ASYNC(MC_INTF_SYNC_ASYNC),
            .SCH_NUM_RD_SUPPORTED(SCH_NUM_RD_SUPPORTED),
            .SCH_NUM_WR_SUPPORTED(SCH_NUM_WR_SUPPORTED),
            .CPU_GRP_EN(CPU_GRP_EN),
            .CK_DELAY_VAL(CK_DELAY_VAL),
            .READ_LATENCY(READ_LATENCY),
            .RD_PREAMBLE(RD_PREAMBLE),
            .RD_POSTAMBLE(RD_POSTAMBLE),
            .WRITE_LATENCY(WRITE_LATENCY),
            .WR_PREAMBLE(WR_PREAMBLE),
            .WR_POSTAMBLE(WR_POSTAMBLE),
            .TRCD_VALUE(TRCD_VALUE),
            .TRAS_VALUE(TRAS_VALUE),
            .TRPPB_VALUE(TRPPB_VALUE),
            .TWR_VALUE(TWR_VALUE),
            .TRTP_VALUE(TRTP_VALUE),
            .MWR2MWR_VALUE(MWR2MWR_VALUE),
            .TXPSR_VALUE(TXPSR_VALUE),
            .TRRD_VALUE(TRRD_VALUE),
            .TRFC_VALUE(TRFC_VALUE),
            .TFAW_VALUE(TFAW_VALUE),
            .TZQCAL_VALUE(TZQCAL_VALUE),
            .TMRR_VALUE(TMRR_VALUE),
            .TMRD_VALUE(TMRD_VALUE),
            .TRPAB_VALUE(TRPAB_VALUE),
            .TWR2RD_VALUE(TWR2RD_VALUE),
            .TRTW_VALUE(TRTW_VALUE),
            .TCCD_VALUE(TCCD_VALUE),
            .IDLE_TIME(IDLE_TIME),
            .TXP_VALUE(TXP_VALUE),
            .REF_PERIOD_VALUE(REF_PERIOD_VALUE),
            .REF_PERIOD_WIDTH(REF_PERIOD_WIDTH),
            .REF_OUTSTANDING(REF_OUTSTANDING),
            .ZQ_PERIOD_VALUE(ZQ_PERIOD_VALUE),
            .ZQ_PERIOD_WIDTH(ZQ_PERIOD_WIDTH),
            .ZQSTART2LATCH_VALUE(ZQSTART2LATCH_VALUE),
            .TEMPERATURE_VALUE(TEMPERATURE_VALUE),
            .TEMPERATURE_WIDTH(TEMPERATURE_WIDTH),
            .TDQSS(TDQSS),
            .CAS2CAS_VALUE(CAS2CAS_VALUE),
            .TRD2PRE_VALUE(TRD2PRE_VALUE),
            .TWR2PRE_VALUE(TWR2PRE_VALUE),
            .ODT_FROM_GRANT(ODT_FROM_GRANT),
            .AXI_ADDR_WIDTH(AXI_ADDR_WIDTH),
            .NUM_BANKS(NUM_BANKS),
            .RANK_WIDTH(RANK_WIDTH),
            .BANK_WIDTH(BANK_WIDTH),
            .OFFSET_LO(OFFSET_LO),
            .OFFSET_HI(OFFSET_HI),
            .COL_ADDR_LO(COL_ADDR_LO),
            .COL_ADDR_HI(COL_ADDR_HI),
            .BANK_ADDR_LO(BANK_ADDR_LO),
            .BANK_ADDR_HI(BANK_ADDR_HI),
            .ROW_ADDR_LO(ROW_ADDR_LO),
            .ROW_ADDR_HI(ROW_ADDR_HI),
            .CA_WIDTH(CA_WIDTH),
            .CA_CTL(CA_CTL),
            .ECC_WIDTH_PER_EDGE(ECC_WIDTH_PER_EDGE),
            .ECC_WIDTH(ECC_WIDTH),
            .DQ_DATA_PER_EDGE(DQ_DATA_PER_EDGE),
            .MC2PHY_DQ_CTRL_WIDTH(MC2PHY_DQ_CTRL_WIDTH),
            .MC2PHY_DQ_WIDTH(MC2PHY_DQ_WIDTH),
            .MC2PHY_DM_WIDTH(MC2PHY_DM_WIDTH),
            .MC2PHY_DQS_WIDTH(MC2PHY_DQS_WIDTH),
            .BI_RD_DATA_Q_WIDTH(BI_RD_DATA_Q_WIDTH),
            .AXI_ID_WIDTH(AXI_ID_WIDTH),
            .AXI_DATA_WIDTH(AXI_DATA_WIDTH),
            .AXI_LEN_WIDTH(AXI_LEN_WIDTH),
            .AXI_CTRL_WIDTH(AXI_CTRL_WIDTH),
            .AXI_STRB_WIDTH(AXI_STRB_WIDTH),
            .AXI_BURST_WIDTH(AXI_BURST_WIDTH),
            .AXI_QOS_WIDTH(AXI_QOS_WIDTH),
            .SCH_CTRL_Q_WIDTH(SCH_CTRL_Q_WIDTH),
            .SCH_WR_DATA_Q_DEPTH(SCH_WR_DATA_Q_DEPTH),
            .SCH_WR_DATA_Q_WIDTH(SCH_WR_DATA_Q_WIDTH),
            .NUM_REQS(NUM_REQS),
            .SCH_NUM_RD_SUPPORTED_LOG2(SCH_NUM_RD_SUPPORTED_LOG2),
            .PHY2MC_DQ_WIDTH(PHY2MC_DQ_WIDTH),
            .PHY2MC_DM_WIDTH(PHY2MC_DM_WIDTH),
            .PHY2MC_DQS_WIDTH(PHY2MC_DQS_WIDTH),
            .DQS_OE_WIDTH(DQS_OE_WIDTH),
            .DATA_FIFO_WIDTH(DATA_FIFO_WIDTH),
            .DATA_FIFO_DEPTH(DATA_FIFO_DEPTH),
            .CMD_FIFO_WIDTH(CMD_FIFO_WIDTH),
            .CMD_FIFO_DEPTH(CMD_FIFO_DEPTH),
            .ISSUE_Q_WIDTH(ISSUE_Q_WIDTH),
            .ISSUE_Q_DEPTH(ISSUE_Q_DEPTH),
            .APB_ADDR_WIDTH(APB_ADDR_WIDTH),
            .APB_DATA_WIDTH(APB_DATA_WIDTH),
            .CK_WIDTH(CK_WIDTH),
            .CS_WIDTH(CS_WIDTH),
            .ODT_WIDTH(ODT_WIDTH),
            .DQS_WIDTH(DQS_WIDTH),
            .BUS_WIDTH(BUS_WIDTH),
            .CTRL_Q_DEPTH(CTRL_Q_DEPTH),
            .RD_DATA_Q_WIDTH(RD_DATA_Q_WIDTH),
            .LPDDR_MC_CS_WIDTH(LPDDR_MC_CS_WIDTH),
            .LPDDR_MC_CA_WIDTH(LPDDR_MC_CA_WIDTH),
            .LPDDR_MC_ODT_WIDTH(LPDDR_MC_ODT_WIDTH),
            .LPDDR_MC_CK_WIDTH(LPDDR_MC_CK_WIDTH),
            .GEARING(GEARING),
            .IO_TYPE(IO_TYPE),
            .CK_DQS_IO(CK_DQS_IO),
            .CLK_FREQ(CLK_FREQ),
            .DIVOP_ACTUAL_STR(DIVOP_ACTUAL_STR),
            .DIVOS_ACTUAL_STR(DIVOS_ACTUAL_STR),
            .CLKOS_FREQ_ACTUAL(CLKOS_FREQ_ACTUAL),
            .DIVOS2_ACTUAL_STR(DIVOS2_ACTUAL_STR),
            .DELA(DELA),
            .DELB(DELB),
            .DELC(DELC),
            .REF_COUNTS(REF_COUNTS),
            .IPP_CTRL(IPP_CTRL),
            .IPI_CMP(IPI_CMP),
            .PLL_EN(PLL_EN),
            .CLKI_FREQ(CLKI_FREQ),
            .CLKOP_FREQ_ACTUAL(CLKOP_FREQ_ACTUAL),
            .CLKOS2_FREQ_ACTUAL(CLKOS2_FREQ_ACTUAL),
            .CLKOS3_FREQ_ACTUAL(CLKOS3_FREQ_ACTUAL),
            .CLKOS4_FREQ_ACTUAL(CLKOS4_FREQ_ACTUAL),
            .CLKOS5_FREQ_ACTUAL(CLKOS5_FREQ_ACTUAL),
            .CLKOP_PHASE_ACTUAL(CLKOP_PHASE_ACTUAL),
            .CLKOS_PHASE_ACTUAL(CLKOS_PHASE_ACTUAL),
            .CLKOS2_PHASE_ACTUAL(CLKOS2_PHASE_ACTUAL),
            .CLKOS3_PHASE_ACTUAL(CLKOS3_PHASE_ACTUAL),
            .CLKOS4_PHASE_ACTUAL(CLKOS4_PHASE_ACTUAL),
            .CLKOS5_PHASE_ACTUAL(CLKOS5_PHASE_ACTUAL),
            .CLKOS_EN(CLKOS_EN),
            .CLKOS2_EN(CLKOS2_EN),
            .CLKOS3_EN(CLKOS3_EN),
            .CLKOS4_EN(CLKOS4_EN),
            .CLKOS5_EN(CLKOS5_EN),
            .CLKOP_BYPASS(CLKOP_BYPASS),
            .CLKOS_BYPASS(CLKOS_BYPASS),
            .CLKOS2_BYPASS(CLKOS2_BYPASS),
            .CLKOS3_BYPASS(CLKOS3_BYPASS),
            .CLKOS4_BYPASS(CLKOS4_BYPASS),
            .CLKOS5_BYPASS(CLKOS5_BYPASS),
            .ENCLKOP_EN(ENCLKOP_EN),
            .ENCLKOS_EN(ENCLKOS_EN),
            .ENCLKOS2_EN(ENCLKOS2_EN),
            .ENCLKOS3_EN(ENCLKOS3_EN),
            .ENCLKOS4_EN(ENCLKOS4_EN),
            .ENCLKOS5_EN(ENCLKOS5_EN),
            .FRAC_N_EN(FRAC_N_EN),
            .SS_EN(SS_EN),
            .DYN_PORTS_EN(DYN_PORTS_EN),
            .PLL_RST(PLL_RST),
            .LOCK_EN(LOCK_EN),
            .PLL_LOCK_STICKY(PLL_LOCK_STICKY),
            .LEGACY_EN(LEGACY_EN),
            .LMMI_EN(LMMI_EN),
            .APB_EN(APB_EN),
            .POWERDOWN_EN(POWERDOWN_EN),
            .TRIM_EN_P(TRIM_EN_P),
            .TRIM_EN_S(TRIM_EN_S),
            .PLL_REFCLK_FROM_PIN(PLL_REFCLK_FROM_PIN),
            .PLL_IO_TYPE(PLL_IO_TYPE),
            .CLKOP_TRIM_MODE(CLKOP_TRIM_MODE),
            .CLKOS_TRIM_MODE(CLKOS_TRIM_MODE),
            .CLKOP_TRIM(CLKOP_TRIM),
            .CLKOS_TRIM(CLKOS_TRIM),
            .FBK_MODE(FBK_MODE),
            .CLKI_DIVIDER_ACTUAL_STR(CLKI_DIVIDER_ACTUAL_STR),
            .FBCLK_DIVIDER_ACTUAL_STR(FBCLK_DIVIDER_ACTUAL_STR),
            .DIVOS3_ACTUAL_STR(DIVOS3_ACTUAL_STR),
            .DIVOS4_ACTUAL_STR(DIVOS4_ACTUAL_STR),
            .DIVOS5_ACTUAL_STR(DIVOS5_ACTUAL_STR),
            .SSC_N_CODE_STR(SSC_N_CODE_STR),
            .SSC_F_CODE_STR(SSC_F_CODE_STR),
            .SSC_PROFILE(SSC_PROFILE),
            .SSC_TBASE_STR(SSC_TBASE_STR),
            .SSC_STEP_IN_STR(SSC_STEP_IN_STR),
            .SSC_REG_WEIGHTING_SEL_STR(SSC_REG_WEIGHTING_SEL_STR),
            .DELD(DELD),
            .DELE(DELE),
            .DELF(DELF),
            .PHIA(PHIA),
            .PHIB(PHIB),
            .PHIC(PHIC),
            .PHID(PHID),
            .PHIE(PHIE),
            .PHIF(PHIF),
            .EN_REFCLK_MON(EN_REFCLK_MON),
            .INTFBKDEL_SEL(INTFBKDEL_SEL),
            .PMU_WAITFORLOCK(PMU_WAITFORLOCK),
            .REF_OSC_CTRL(REF_OSC_CTRL),
            .SIM_FLOAT_PRECISION(SIM_FLOAT_PRECISION),
            .CSET(CSET),
            .CRIPPLE(CRIPPLE),
            .IPP_SEL(IPP_SEL),
            .BW_CTL_BIAS(BW_CTL_BIAS),
            .V2I_PP_RES(V2I_PP_RES),
            .KP_VCO(KP_VCO),
            .V2I_KVCO_SEL(V2I_KVCO_SEL),
            .V2I_1V_EN(V2I_1V_EN),
            .APB_SLV_CDC_EN(APB_SLV_CDC_EN),
            .tINIT1(tINIT1),
            .tINIT2(tINIT2),
            .tINIT3(tINIT3),
            .tINIT4(tINIT4),
            .tINIT5(tINIT5),
            .DQS_GRP_VREF_VAL(DQS_GRP_VREF_VAL),
            .MEM_CA_VREF_VAL(MEM_CA_VREF_VAL),
            .MEM_DQ_VREF_VAL(MEM_DQ_VREF_VAL),
            .CA_ODT_VAL(CA_ODT_VAL),
            .DQ_ODT_VAL(DQ_ODT_VAL),
            .TRND_WRLVL_0(TRND_WRLVL_0),
            .TRND_WRLVL_1(TRND_WRLVL_1),
            .TRND_WRLVL_2(TRND_WRLVL_2),
            .TRND_WRLVL_3(TRND_WRLVL_3),
            .TRND_WRLVL_4(TRND_WRLVL_4),
            .TRND_WRLVL_5(TRND_WRLVL_5),
            .TRND_WRLVL_6(TRND_WRLVL_6),
            .TRND_WRLVL_7(TRND_WRLVL_7),
            .TRND_RDCLKSEL_0(TRND_RDCLKSEL_0),
            .TRND_RDCLKSEL_1(TRND_RDCLKSEL_1),
            .TRND_RDCLKSEL_2(TRND_RDCLKSEL_2),
            .TRND_RDCLKSEL_3(TRND_RDCLKSEL_3),
            .TRND_RDCLKSEL_4(TRND_RDCLKSEL_4),
            .TRND_RDCLKSEL_5(TRND_RDCLKSEL_5),
            .TRND_RDCLKSEL_6(TRND_RDCLKSEL_6),
            .TRND_RDCLKSEL_7(TRND_RDCLKSEL_7),
            .TRND_CS_DLY(TRND_CS_DLY),
            .TRND_CA_DLY(TRND_CA_DLY),
            .TRND_RD_DLY(TRND_RD_DLY),
            .TRND_RD_SIGN(TRND_RD_SIGN),
            .TRND_DQ_DBI_DLY(TRND_DQ_DBI_DLY),
            .TRND_WR_LAT(TRND_WR_LAT),
            .TRND_RD_LAT(TRND_RD_LAT),
            .NATV_ID_WIDTH(NATV_ID_WIDTH),
            .INIT_IF_EN(INIT_IF_EN),
            .BL16_ONLY(BL16_ONLY)) u_controller (.phy_srst_n(phy_srst_n), 
                .rst_n_i(rst_n_i), 
                .sclk_i(sclk_i), 
                .pclk_i(pclk_i), 
                .prst_n_i(prst_n_i), 
                .irq_o(irq_o), 
                .init_start_i(init_start_i), 
                .trn_opr_i(trn_opr_i), 
                .init_done_o(init_done_o), 
                .trn_err_o(trn_err_o), 
                .s_cpu_rst_n_o(s_cpu_rst_n_o), 
                .p_cpu_rst_n_i(p_cpu_rst_n_i), 
                .dbg_scratch_0_o(dbg_scratch_0_o), 
                .dbg_scratch_1_o(dbg_scratch_1_o), 
                .dbg_write_lat_o(dbg_write_lat_o), 
                .dbg_read_lat_o(dbg_read_lat_o), 
                .dbg_rd_comp_done_o(dbg_rd_comp_done_o), 
                .dbg_rd_comp_result_o(dbg_rd_comp_result_o), 
                .dbg_trn_status_reg_o(dbg_trn_status_reg_o), 
                .dbg_cbt_en_o(dbg_cbt_en_o), 
                .dbg_wrlvl_en_o(dbg_wrlvl_en_o), 
                .apb_penable_i(apb_penable_i), 
                .apb_psel_i(apb_psel_i), 
                .apb_pwrite_i(apb_pwrite_i), 
                .apb_paddr_i(apb_paddr_i), 
                .apb_pwdata_i(apb_pwdata_i), 
                .apb_pready_o(apb_pready_o), 
                .apb_pslverr_o(apb_pslverr_o), 
                .apb_prdata_o(apb_prdata_o), 
                .p_phy_ready_i(p_phy_ready_i), 
                .p_cdc_psel_o(p_cdc_psel_o), 
                .p_cdc_penable_o(p_cdc_penable_o), 
                .p_cdc_paddr_o(p_cdc_paddr_o), 
                .p_cdc_pwrite_o(p_cdc_pwrite_o), 
                .p_cdc_pwdata_o(p_cdc_pwdata_o), 
                .p_cdc_pready_i(p_cdc_pready_i), 
                .p_cdc_prdata_i(p_cdc_prdata_i), 
                .p_cdc_pslverr_i(p_cdc_pslverr_i), 
                .s_cdc_psel_i(s_cdc_psel_i), 
                .s_cdc_penable_i(s_cdc_penable_i), 
                .s_cdc_paddr_i(s_cdc_paddr_i), 
                .s_cdc_pwrite_i(s_cdc_pwrite_i), 
                .s_cdc_pwdata_i(s_cdc_pwdata_i), 
                .s_cdc_pready_o(s_cdc_pready_o), 
                .s_cdc_prdata_o(s_cdc_prdata_o), 
                .s_cdc_pslverr_o(s_cdc_pslverr_o), 
                .wr_req_txn_id_i(wr_req_txn_id_i), 
                .wr_req_addr_i(wr_req_addr_i), 
                .wr_req_len_i(wr_req_len_i), 
                .wr_req_size_i(wr_req_size_i), 
                .wr_req_valid_i(wr_req_valid_i), 
                .wr_req_ready_o(wr_req_ready_o), 
                .wr_data_i(wr_data_i), 
                .wr_byte_en_i(wr_byte_en_i), 
                .wr_last_i(wr_last_i), 
                .wr_valid_i(wr_valid_i), 
                .wr_ready_o(wr_ready_o), 
                .rd_req_valid_i(rd_req_valid_i), 
                .rd_req_addr_i(rd_req_addr_i), 
                .rd_req_len_i(rd_req_len_i), 
                .rd_req_size_i(rd_req_size_i), 
                .rd_req_arid_i(rd_req_arid_i), 
                .rd_req_ready_o(rd_req_ready_o), 
                .rd_rsp_rid_o(rd_rsp_rid_o), 
                .rd_rsp_data_o(rd_rsp_data_o), 
                .rd_rsp_len_o(rd_rsp_len_o), 
                .rd_rsp_size_o(rd_rsp_size_o), 
                .rd_rsp_addr_o(rd_rsp_addr_o), 
                .rd_rsp_valid_o(rd_rsp_valid_o), 
                .rd_rsp_ready_i(rd_rsp_ready_i), 
                .ddr_clk_sel_o(ddr_clk_sel_o),  // Unused in DDR3
            .dll_update_en_o(dll_update_en_o),  // Unused in DDR3
            .clk_update_o(clk_update_o),  // Unused in DDR3
            .ddr_ck_en_o(ddr_ck_en_o), 
                .ready_i(ready_i), 
                .write_dqs_oe_n_o(write_dqs_oe_n_o), 
                .write_dqs_o(write_dqs_o), 
                .write_dq_oe_n_o(write_dq_oe_n_o), 
                .write_dmi_o(write_dmi_o), 
                .write_dq_o(write_dq_o), 
                .rd_clksel_o(rd_clksel_o), 
                .read_dmi_i(read_dmi_i), 
                .read_dq_i(read_dq_i), 
                .read_data_valid_i(read_data_valid_i), 
                .burst_det_sclk_i(burst_det_sclk_i), 
                .dqs_grp_vref_o(dqs_grp_vref_o), 
                .read_dqs_ie_o(read_dqs_ie_o), 
                .odt_o(odt_o), 
                .ck_oe_n_o(ck_oe_n_o), 
                .cke_o(cke_o), 
                .ca_oe_n_o(ca_oe_n_o), 
                .cs_o(cs_o), 
                .ca_o(ca_o), 
                .reset_n_o(reset_n_o), 
                .pause_o(pause_o), 
                .rd_load_n_o(rd_load_n_o), 
                .rd_move_o(rd_move_o), 
                .rd_dir_o(rd_dir_o), 
                .rd_cout_i(rd_cout_i), 
                .wr_load_n_o(wr_load_n_o), 
                .wr_move_o(wr_move_o), 
                .wr_dir_o(wr_dir_o), 
                .wr_cout_i(wr_cout_i), 
                .wrlvl_load_n_o(wrlvl_load_n_o), 
                .wrlvl_move_o(wrlvl_move_o), 
                .wrlvl_dir_o(wrlvl_dir_o), 
                .wrlvl_cout_i(wrlvl_cout_i), 
                .dqwl_i(dqwl_i), 
                .dq_out_adj_load_n_o(dq_out_adj_load_n_o), 
                .dq_out_adj_move_o(dq_out_adj_move_o), 
                .dq_out_adj_dir_o(dq_out_adj_dir_o), 
                .dq_out_adj_cout_i(dq_out_adj_cout_i), 
                .dmi_out_adj_load_n_o(dmi_out_adj_load_n_o), 
                .dmi_out_adj_move_o(dmi_out_adj_move_o), 
                .dmi_out_adj_dir_o(dmi_out_adj_dir_o), 
                .dmi_out_adj_cout_i(dmi_out_adj_cout_i), 
                .dq_in_adj_load_n_o(dq_in_adj_load_n_o), 
                .dq_in_adj_move_o(dq_in_adj_move_o), 
                .dq_in_adj_dir_o(dq_in_adj_dir_o), 
                .dq_in_adj_cout_i(dq_in_adj_cout_i), 
                .dmi_in_adj_load_n_o(dmi_in_adj_load_n_o), 
                .dmi_in_adj_move_o(dmi_in_adj_move_o), 
                .dmi_in_adj_dir_o(dmi_in_adj_dir_o), 
                .dmi_in_adj_cout_i(dmi_in_adj_cout_i), 
                .dqs_out_adj_load_n_o(dqs_out_adj_load_n_o), 
                .dqs_out_adj_move_o(dqs_out_adj_move_o), 
                .dqs_out_adj_dir_o(dqs_out_adj_dir_o), 
                .dqs_out_adj_cout_i(dqs_out_adj_cout_i), 
                .cs_adj_load_n_o(cs_adj_load_n_o), 
                .cs_adj_move_o(cs_adj_move_o), 
                .cs_adj_dir_o(cs_adj_dir_o), 
                .cs_adj_cout_i(cs_adj_cout_i), 
                .ca_adj_load_n_o(ca_adj_load_n_o), 
                .ca_adj_move_o(ca_adj_move_o), 
                .ca_adj_dir_o(ca_adj_dir_o), 
                .ca_adj_cout_i(ca_adj_cout_i), 
                .dbg_wrdata_en_nxt(dbg_wrdata_en_nxt), 
                .dbg_wrdata(dbg_wrdata), 
                .dbg_wrdata_mask(dbg_wrdata_mask), 
                .dbg_rddata_en(dbg_rddata_en), 
                .dbg_rddata_valid(dbg_rddata_valid), 
                .dbg_rddata(dbg_rddata), 
                .dbg_rddata_dbi(dbg_rddata_dbi), 
                .dbg_wr_buff_idx(dbg_wr_buff_idx), 
                .dbg_wr_buff_rden(dbg_wr_buff_rden), 
                .dbg_wr_buff_data(dbg_wr_buff_data), 
                .dbg_sch_valid(dbg_sch_valid), 
                .dbg_sch_partial_wr(dbg_sch_partial_wr), 
                .dbg_sch_data_ready(dbg_sch_data_ready), 
                .dbg_sch_multiple_req(dbg_sch_multiple_req), 
                .dbg_sch_done(dbg_sch_done), 
                .dbg_sch_req_processed(dbg_sch_req_processed), 
                .dbg_queue_id(dbg_queue_id)) ; 
endmodule



`pragma protect begin_protected

`pragma protect version=1
`pragma protect author="Lattice Semiconductor Corporation"
`pragma protect author_info="Lattice Semiconductor Corporation"
`pragma protect encrypt_agent="Radiant encrypt_hdl"
`pragma protect encrypt_agent_info="Radiant encrypt_hdl Version 1.0"

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Synplicity"
`pragma protect key_keyname="SYNP15_1"
`pragma protect key_method="rsa"
`pragma protect key_block
ycTwCk2cpNM6rDqO9UWrU7UmG0zJGDBjNZb14uwHzuIfcPcpyCTkRsr2tTV4dI4n
CkTfrbAZWwIWjkW+ISQY7WGw8iIG8sK/NduMw2aLw9nMyCTm0GpzTn8GxSU7IvpB
gj1hxPVqTRcUSpG/ne8YqJ6Xra73ntET1NK0gbU3mXtGohB9L9UgBUjq4xY2y8kS
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rc2y3Y4N9dB4vfaqkj2pnFH+eKztHpyKdN9/zD2AVvF2DSPPIG88yYHo5nGt//X/
fEHDgQSq7CcqA2WhknChgg==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Synplicity"
`pragma protect key_keyname="SYNP05_001"
`pragma protect key_method="rsa"
`pragma protect key_block
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221tQjOKMKWELH8BJNqDJFiVHQip901nU8RrsejEEzAuaiehUrscVx6gH/zXpyou
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VYYYK1QIF8+401Z9n8vGh1GKJgEOJOuE1Fmf0ViH2T7S4c47uWPpvfdQzu8HT7cM
i1xBJhfOu+46ccnpA18/nWVi3V3E8uDknrTrTex6vzD3FtiDfSZkaYYmdJQLa9Pm
GS4lIFHFg54jjTQgur5hTg==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Mentor Graphics Corporation"
`pragma protect key_keyname="MGC-VERIF-SIM-RSA-2"
`pragma protect key_method="rsa"
`pragma protect key_block
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oyQGOvR4P6xz482Jdldf3dbBVPCXAk7Io5Ptdhd9XuqLE87WtBaIqu45kudqgYeW
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X2wY7lGvN70y/v+MXiHdaMKSvY8BcdF2Mc1goeCK+1JpVF7RdyI+pj44SMmIhogz
IKhJUPEVQHgSFbTolRY8zQ==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=128)
`pragma protect key_keyowner="Synopsys"
`pragma protect key_keyname="SNPS-VCS-RSA-1"
`pragma protect key_method="rsa"
`pragma protect key_block
ZUET/DZ7NONZAYsbukkP3+xvamqum0uK+XmzjuoHSoDWID10dtYMptjN9Bpfm+08
S5JA3tcHouG5nMh2X4oL28WN+LdUuBII5iY7Hv0b6artnSrfAdIRJMK9c+P0j1WP
orlf5r66UQiVSALlbVz8MB/6+6dkwyNAZPV5nsUF6w0=

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Aldec"
`pragma protect key_keyname="ALDEC15_001"
`pragma protect key_method="rsa"
`pragma protect key_block
kQBtws8ETMUc+hslJIK85rZsEUplFrE8DnK2yekTcU+613vGJwX5fPIhzpDrOC1B
e01caRJET51fm9czi6//RtVSUhNHmPZsIC/+JXpinQq/CwJEsAwINX1W+XZtnbb6
sGwo7ZU2gaSFKmjH8NbBfCfoYCePauSwD4wMuevgz8c1963NqzkzpcnGCQ5pbIMa
ezasBDN/YfnopjzbqKq0xTkrusYNq4qlKo87mGxPC84CGGoupQQCPZcANitgC/gW
UdSioCvOep1gJQL/zXi/hvf6TA4aLQXIJAXuAF0okxE70P2M16GZRpBBPXDWkAGn
/X/5AwxY3zVFRG/8Uyb0Jw==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Cadence Design Systems."
`pragma protect key_keyname="CDS_RSA_KEY_VER_1"
`pragma protect key_method="rsa"
`pragma protect key_block
f7XOqA2vWebYNjGK/Az0Nv97aHIYolViNNdWkEpczD+ygNjLmnJqQpLlN/z/n524
JbgX5nKov0bGCqLZxY6sa0CpjsdHNwnsEyFfbP8x0nmBrfHwM20CSfp4ICaknDUj
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vbkNYEz8snrK1tbHfHgoxeoJ8g/kUu6rYWy4duDIMPGeKGuj+h4WdQclLo2u8vSw
mUV3ZCJTxZFQ3dq87U2xFQ==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Lattice Semiconductor"
`pragma protect key_keyname="LSCC_RADIANT_2"
`pragma protect key_method="rsa"
`pragma protect key_block
yHJKw4BcpWZ+RNoQI9JuMj1E9WoSPktyxLIPORPD0Vdo+jj46vm2eXIPOlHJEB6s
G7MEBSI8osESuZsf5QeI6H+LEgHkyMRJ48Rs8iQCXmcjSPlTxdOO4c18alQeC+Zv
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CShkPs1c50PGBkodqHWMCGYQiVbXIGihKADc+KjaAm92550C0sg4TeLBgbRXRVfe
+exaSpXQ4X0u/id7GgbLuw==

`pragma protect data_method="aes256-cbc"
`pragma protect encoding=(enctype="base64", line_length=64, bytes=114720)
`pragma protect data_block
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akacani1LIIRhTWYV8CMUkUeQbVzOyC0/XeWMJ9C6y5h98DlI30FcEOaaCFZbhmo

`pragma protect end_protected


`timescale 1ns/1ps

`pragma protect begin_protected

`pragma protect version=1
`pragma protect author="Lattice Semiconductor Corporation"
`pragma protect author_info="Lattice Semiconductor Corporation"
`pragma protect encrypt_agent="Radiant encrypt_hdl"
`pragma protect encrypt_agent_info="Radiant encrypt_hdl Version 1.0"

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Synplicity"
`pragma protect key_keyname="SYNP15_1"
`pragma protect key_method="rsa"
`pragma protect key_block
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OsryJH5nNw/hKU8NQL0VDsRODCNCUqqj25TZNCgro9S0LOs17KaB8DrhuJD2oYFG
//eN/RnKGnddi4xZEqLO7vwqsftVhbsHk2eMquUIELy0rvASQC7gE2j9XXsRZ2Ow
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Plut1RmhgzOUaK5UHQYFhg==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Synplicity"
`pragma protect key_keyname="SYNP05_001"
`pragma protect key_method="rsa"
`pragma protect key_block
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kK7LM0VLAHnSiWm0JPjwzBBnFzopP7lSch8lXW5JJ1z7l8IWCuZHDiWdq49p56Ea
z+ZeW+hs7Wqt10GbvSvsia5N1PKO8Mzm72co3W6dp5Rp9bNtVo35Nda70wBAq3rR
6l/rGiaAMXN3fR+SKhi4f1v+4e+5JwMTG7Nb39FgDt/qBWqTD6gZEuLM9240CbY2
jZ1q5E2Re+NNj2bPCH1nEU91LIm+we6JtAnQIduuiJDeYnBK0Z/KIUFN2GeP6i8N
0BA3/uGls5dc85lkS74SdQ==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Mentor Graphics Corporation"
`pragma protect key_keyname="MGC-VERIF-SIM-RSA-2"
`pragma protect key_method="rsa"
`pragma protect key_block
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sSgCHBq3pTbLe2fGU8aD1Gqzp6Nbs1/fkuV3ens3Zyc1mhBNBltYUO/T9oE8zQPM
UnEWwg0+uINGLNb+h0v+krVSkI3dw6ELZfQg+MHXEUC0Lxat0zFejyJIsBa2psd0
TbAs5P64AOgMa6gdySjxCZ/biuNnaCb8yD9Zkkh1xc7BjveTXB0/VPLoJBDqW7yv
tvw57RiXFazr2SHkf3x6pHtLiVGW7cE+JF+ryMfKB+TB0iJPMFRqpXn87Ye/EVg6
89y8GHlsM7QOgPRpeNDOvA==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=128)
`pragma protect key_keyowner="Synopsys"
`pragma protect key_keyname="SNPS-VCS-RSA-1"
`pragma protect key_method="rsa"
`pragma protect key_block
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n8/kY3mh/wIUL8JuimqXPBBYmhcikhNTjPmdlpIJAKGZMGOc055Foa8h7Z4ygrpq
BMeq5U4IqLK045Fc3xjFEsKRBES7rDuEx0JYXjg5ahA=

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Aldec"
`pragma protect key_keyname="ALDEC15_001"
`pragma protect key_method="rsa"
`pragma protect key_block
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AvDNApYMpmP7vcL95/zeaO2Qp1z9S7ngM7XiBQrDCzxlN1WAD3jxXsKL2upvbWed
hN0MRsw16Fip54TcpbI0oSbzsNbnYlCRtWd9gI36yIRpAxqYuG6dFVOOwSKApAF6
OpoV+YgUpubFIc0TZuCMyX4xoUJUTtq/0Xg273QjTCZ/ApJPrFXC6tzoYpRMVn0E
MCMjuzsLCu0qedTH50QL+MLMooAII4qC3C3zK50hNwQYhCkcK7l2cZECEE68O2J9
c7oDYB580IeJRC6kVTYQ7w==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Cadence Design Systems."
`pragma protect key_keyname="CDS_RSA_KEY_VER_1"
`pragma protect key_method="rsa"
`pragma protect key_block
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s/mfN+llh19SoDFIjqOPoC5z53Aa4rEEaQlaDwQt4kjAzr/dKupbxsbBmaTEZUN3
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bhEggNz3hTPp5DYf4l4hLEEUxiUmxvPrkHwVqHttDpLgFyCDvzwSJg1dUmwUD12m
ff68ed+XgyJoTX0aL0/q5g==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Lattice Semiconductor"
`pragma protect key_keyname="LSCC_RADIANT_2"
`pragma protect key_method="rsa"
`pragma protect key_block
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kpa8krbNOye/aK1Yne4A34fM6uvvnZP6mPU83j5pAcdjnPWlEe6R87lkOCyV/Rpj
HDOhdz9+nDYVBwemHbD2yeQn8i+hBIiizUHqMaVK71Gn5QV90LIiZ7TFBuocGlos
LR5+XdPwpAOH97E9o/VEaNLF6oBml8YCRoY7Lpwy38U/kD3IRqvrKN1v7daQOe7A
37pTCsmmto1Ze1WTewnKm9SsVqPl6N5RCgW4gZ2e/doociOBJnb/jyoewOFOxOf1
Y2elC9/MZECUzPcjs8mm5w==

`pragma protect data_method="aes256-cbc"
`pragma protect encoding=(enctype="base64", line_length=64, bytes=2080)
`pragma protect data_block
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W2O6qVC+0GDwBN6WLvqhQiscldIpoE7mkAygnmYQ80qKZcJm4wyTaxMZxRAtFIXv
4ICSJSxJj53ho1Lm+66xZmQH4AOCPxqfLtU6mIvs6QkiePXq5JzM+stmXFnVylQc
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r2s8V1yfd2gNxc2eTP9EXuJjz5vHUrZR3LN1hT8/JED502dX2Y7gpqQctMbJlRfq
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h++ucH/FuYXgQNWgEZ6QBmwmKjXBTZ5Z+eLeh5CgGPFWH9kOUTunRQ04/oXPzcR3
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+wVuyzwg7ppyiqTWCrRiNYcemsb8vul65UhvuEnjh7NzqmWjbZUdERkaKrzjNo1I
/3ak2TkYoUrVB1xqu71cRQ==

`pragma protect end_protected




`pragma protect begin_protected

`pragma protect version=1
`pragma protect author="Lattice Semiconductor Corporation"
`pragma protect author_info="Lattice Semiconductor Corporation"
`pragma protect encrypt_agent="Radiant encrypt_hdl"
`pragma protect encrypt_agent_info="Radiant encrypt_hdl Version 1.0"

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Synplicity"
`pragma protect key_keyname="SYNP15_1"
`pragma protect key_method="rsa"
`pragma protect key_block
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KWAnUwIplF2E75ceo7SNpuAGpakr9T4Ng9k0JnrvMqeHG5v6JmMivabJJYUphEih
pWjBNUWMlzvwBAHw4nz68VjGntyE9rLemWyla4tD2gorLXazE/jMG0NEb7nbKKuE
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1eP0SA62REl5CvNTJWNFPw==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Synplicity"
`pragma protect key_keyname="SYNP05_001"
`pragma protect key_method="rsa"
`pragma protect key_block
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VmopwDlkTL3ijo7lp5OjV5Ad8oNpQrAA82n4Dp9wZtoog9bMKIq5NyLVcM0Q1oBZ
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dI3a6uTVzbJblPXRd0bKPidR/Cduy+G9YLWmxj3KgGWrv7TK0G6sLJhSjYDW5yC/
/VKxqY0NjVHLbcsVSfxccA==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Mentor Graphics Corporation"
`pragma protect key_keyname="MGC-VERIF-SIM-RSA-2"
`pragma protect key_method="rsa"
`pragma protect key_block
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cBGMNssXnOTVL2rXhGMRQhye8hiRRJcxofzKkQrWomh5mVqbzDYQv9vuw9Agbh0d
1R9JSpNWwbP6R0wXxzDCqFrR4+4OFN09xbrHdE/jXSOIWcKJMlfqJUSvvFeNKjcW
wwAbUtxSDfoNOmT8xUxzVMyLq/zDnPVKLtVvNqjeQ7cfXVUDIv3HFGatkVqWlS1o
B+SQTItw6k3YvZYFobbvQRAMsLxhByzRkyC4Jt2LKdUa+PYy8T2yRgaBNpbhgcvA
vyaXl/kBHdF+hQS59tApBg==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=128)
`pragma protect key_keyowner="Synopsys"
`pragma protect key_keyname="SNPS-VCS-RSA-1"
`pragma protect key_method="rsa"
`pragma protect key_block
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IeU+ajsVqEjKSShfLKNxOn1lotdL9ppky8tqv6g0DDNLKLa85PsWPTvgY1fhKw/q
A31PTGx2mkHMsDlpMncy4BBJpOfIju8m66zTzes12i0=

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Aldec"
`pragma protect key_keyname="ALDEC15_001"
`pragma protect key_method="rsa"
`pragma protect key_block
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W0eKPAoqOWf5vfOJTJYh9KiwmjxYoPM5XhAlCvpPBAAGpCn/ackw8jDtQKmaTOb0
J66KvafLcJF8/ImDToUMcONlXZGzp6w45xjEZMZRkBuwaXqtcqIJcIiqChcyzCPA
k9A6ZpFqcC/lm4W00/qm9bJKqRhVmW5b1FfPSZS+kBp74jz6gJQm2fn8gr44F1+c
p2YjYtMCoSpBIJAT7bEEEUR77uNicp01qibjamOuNeRgxgbtB2v0A8iGUfL3GqsW
FP00MDxVGVfNomGMYMj/7g==

`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Cadence Design Systems."
`pragma protect key_keyname="CDS_RSA_KEY_VER_1"
`pragma protect key_method="rsa"
`pragma protect key_block
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`pragma protect encoding=(enctype="base64", line_length=64, bytes=256)
`pragma protect key_keyowner="Lattice Semiconductor"
`pragma protect key_keyname="LSCC_RADIANT_2"
`pragma protect key_method="rsa"
`pragma protect key_block
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`pragma protect data_method="aes256-cbc"
`pragma protect encoding=(enctype="base64", line_length=64, bytes=2117664)
`pragma protect data_block
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`pragma protect end_protected


// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
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//                  email: techsupport@latticesemi.com
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// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lpddr4_mc_axi_slv_wr.v
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
module mem_ipgen_lpddr4_mc_axi_slv_wr #(parameter DDR_WIDTH = 0, 
        parameter AXI_ID_WIDTH = 0, 
        parameter INT_ID_WIDTH = 0, 
        parameter AXI_ADDR_WIDTH = 0, 
        parameter AXI_DATA_WIDTH = 0, 
        parameter AXI_CTRL_WIDTH = 0, 
        parameter AXI_LEN_WIDTH = 0, 
        parameter AXI_STRB_WIDTH = 0, 
        parameter AXI_QOS_WIDTH = 0, 
        parameter BL_DATA_WIDTH = 0, 
        parameter SCH_NUM_WR_SUPPORT = 0, 
        parameter BL_BYTE_EN_WIDTH = 0, 
        parameter DATA_CLK_EN = 0, 
        parameter CTRL_FIFO_DEPTH = 4) (
    input hclk, 
    input sclk, 
    input hrst_n, 
    input srst_n, 
    ////------------WRITE ADDRESS BUS --------------------
    input axi_awvalid_i, 
    input [(AXI_LEN_WIDTH - 1):0] axi_awlen_i, 
    input [1:0] axi_awburst_i, 
    input [(AXI_ADDR_WIDTH - 1):0] axi_awaddr_i, 
    input [2:0] axi_awsize_i, 
    (* syn_preserve=1 *) output logic axi_awready_o, 
    input [(AXI_QOS_WIDTH - 1):0] axi_awqos_i, 
    input [(AXI_ID_WIDTH - 1):0] axi_awid_i, 
    //------------WRITE DATA BUS --------------------
    input axi_wvalid_i, 
    (* syn_preserve=1 *) output logic axi_wready_o, 
    input [(AXI_DATA_WIDTH - 1):0] axi_wdata_i, 
    input [(AXI_STRB_WIDTH - 1):0] axi_wstrb_i, 
    input axi_wlast_i, 
    (* syn_preserve=1 *) output logic axi_bvalid_o, 
    output logic [1:0] axi_bresp_o, 
    output logic [(AXI_ID_WIDTH - 1):0] axi_bid_o, 
    input axi_bready_i, 
    //----To Scheduler --------------------------------
    input wr_req_ready, 
    output logic wr_req_valid, 
    output logic [(AXI_CTRL_WIDTH - 1):0] wr_req_ctrl, 
    output logic [(AXI_ADDR_WIDTH - 1):0] wr_addr, 
    output logic [(BL_DATA_WIDTH - 1):0] wr_data, 
    output logic wr_valid, 
    input logic wr_ready, 
    output logic wr_data_last, 
    output logic [(BL_BYTE_EN_WIDTH - 1):0] wr_byte_en) ;
    localparam OUTSTANDING_WR = (CTRL_FIFO_DEPTH + SCH_NUM_WR_SUPPORT) ; 
    localparam OUTSTANDING_WR_SUB1 = (OUTSTANDING_WR - 1) ; 
    localparam DATA_RATIO = (BL_DATA_WIDTH / AXI_DATA_WIDTH) ; 
    localparam FULL_BYTES = BL_BYTE_EN_WIDTH ; 
    localparam BASE_ADDR = ((BL_DATA_WIDTH == 512) ? 5 : ((BL_DATA_WIDTH == 256) ? 4 : 3)) ; 
    localparam ADDR_LOW_WIDTH = 8 ; 
    logic wr_ctrl_fifo_wr ; 
    logic wr_ctrl_fifo_rd ; 
    logic wr_ctrl_fifo_rd_d ; 
    logic [(AXI_ADDR_WIDTH + AXI_CTRL_WIDTH):0] wr_ctrl_fifo_wrdata ; 
    logic [(AXI_ADDR_WIDTH + AXI_CTRL_WIDTH):0] wr_ctrl_fifo_rddata ; 
    logic [(AXI_ADDR_WIDTH + AXI_CTRL_WIDTH):0] wr_ctrl_fifo_rddata_nxt ; 
    logic wr_ctrl_fifo_empty ; 
    logic wr_ctrl_fifo_full ; 
    logic wr_ctrl_fifo_almost_full ; 
    logic wr_data_fifo_wr ; 
    logic wr_data_fifo_rd ; 
    logic wr_data_fifo_rd_d ; 
    logic [(BL_DATA_WIDTH - 1):0] wr_data_fifo_wrdata ; 
    logic [(BL_DATA_WIDTH - 1):0] wr_data_fifo_rddata ; 
    logic [(BL_DATA_WIDTH - 1):0] wr_data_fifo_rddata_nxt ; 
    logic wr_data_fifo_empty ; 
    logic wr_data_fifo_full ; 
    logic wr_data_fifo_almost_full ; 
    logic [(BL_BYTE_EN_WIDTH + 2):0] wr_strb_fifo_wrdata ; 
    logic [(BL_BYTE_EN_WIDTH + 2):0] wr_strb_fifo_rddata ; 
    logic [(BL_BYTE_EN_WIDTH + 2):0] wr_strb_fifo_rddata_nxt ; 
    logic [(INT_ID_WIDTH - 1):0] int_id ; 
    logic rsp_fifo_wr ; 
    logic rsp_fifo_rd ; 
    logic rsp_fifo_full ; 
    logic rsp_fifo_empty ; 
    logic rsp_fifo_rd_d ; 
    logic [(AXI_ID_WIDTH - 1):0] rsp_fifo_wrdata ; 
    logic [(AXI_ID_WIDTH - 1):0] rsp_fifo_rddata ; 
    // For 8 outstanding writes
    logic [2:0] axi_wr_outstanding ; 
    logic [3:0] last_cnt_r ; 
    logic [2:0] resp_cnt ; 
    logic [3:0] last_cnt_nxt ; 
    logic [3:0] addr_outs_r ; 
    logic [3:0] addr_outs_nxt ; 
    logic last_cnt_r_neq0 ; 
    (* syn_preserve=1 *) logic addr_outs_eq0_r ; 
    (* syn_preserve=1 *) logic addr_outs_neq0_r ; 
    logic addr_outs_eq1_r ; 
    logic wr_ctrl_fifo_wr_latch ; 
    logic [(ADDR_LOW_WIDTH - 1):0] axi_awaddr_low ; 
    logic [(ADDR_LOW_WIDTH - 1):0] start_addr ; 
    logic [(ADDR_LOW_WIDTH - 1):0] axi_awaddr_low_r ; 
    logic [7:0] addr_inc ; 
    logic [7:0] total_bytes ; 
    logic [7:0] total_bytes_d ; 
    logic sig_data_fifo_wr ; 
    logic sig_data_fifo_wr_d ; 
    logic [(BL_DATA_WIDTH - 1):0] axi_wdata ; 
    logic [(BL_DATA_WIDTH - 1):0] sig_axi_wdata ; 
    logic [(BL_DATA_WIDTH - 1):0] sig_axi_wdata_d ; 
    logic [(BL_BYTE_EN_WIDTH - 1):0] axi_wstrb ; 
    logic [(BL_BYTE_EN_WIDTH - 1):0] sig_axi_wstrb ; 
    logic [(BL_BYTE_EN_WIDTH - 1):0] sig_axi_wstrb_d ; 
    logic [(AXI_LEN_WIDTH - 1):0] length ; 
    logic [1:0] bresp ; 
    logic wr_data_err ; 
    logic int_fifo_wr ; 
    logic int_fifo_rd ; 
    logic int_fifo_full ; 
    logic int_fifo_empty ; 
    logic int_fifo_rd_d ; 
    logic [((ADDR_LOW_WIDTH + 3) - 1):0] int_fifo_wrdata ; 
    logic [((ADDR_LOW_WIDTH + 3) - 1):0] int_fifo_rddata ; 
    (* syn_preserve=1 *) logic axi_awready_r ; 
    (* syn_preserve=1 *) logic axi_wready_r ; 
    (* syn_preserve=1 *) logic axi_bvalid_r ; 
    logic axi_awready_nxt ; 
    logic axi_wready_nxt ; 
    logic axi_bvalid_nxt ; 
    logic brespfifo_valid ; 
    assign int_id = {INT_ID_WIDTH{1'b0}} ; 
    assign length = (axi_awlen_i + 1) ; 
    assign last_cnt_r_neq0 = (last_cnt_r != 0) ; 
    assign wr_ctrl_fifo_wrdata = {axi_awaddr_i,
                axi_awid_i,
                int_id,
                axi_awsize_i,
                length,
                (axi_awvalid_i & axi_awready_r)} ; 
    assign wr_ctrl_fifo_wr = (axi_awvalid_i & axi_awready_r) ; 
    //generate
    //if(NARROW_WIDTH)
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        begin
            if ((!hrst_n)) 
                begin
                    wr_data_fifo_wr <=  0 ;
                end
            else
                begin
                    wr_data_fifo_wr <=  ((axi_wvalid_i & axi_wready_r) & sig_data_fifo_wr) ;
                end
        end
    //else
    //assign wr_data_fifo_wr     = axi_wvalid_i & axi_wready_r;
    //endgenerate
    // Replicating axi_awready_o
    //always_ff @(posedge hclk or negedge hrst_n)
    //  if(!hrst_n)
    //    axi_awready_o   <= 1'b1; 
    //  else if(wr_ctrl_fifo_full | (axi_awvalid_i & axi_awready_o))
    //    axi_awready_o   <= 1'b0;
    //  else
    //    axi_awready_o <= axi_wr_outstanding < OUTSTANDING_WR_SUB1;  
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        begin
            if ((!hrst_n)) 
                begin
                    axi_awready_o <=  1'b1 ;
                    axi_awready_r <=  1'b1 ;
                end
            else
                begin
                    axi_awready_o <=  axi_awready_nxt ;
                    axi_awready_r <=  axi_awready_nxt ;
                end
        end// always_ff
    // Generating axi_awready_nxt for replication
    always_comb
        begin
            if ((wr_ctrl_fifo_full | (axi_awvalid_i & axi_awready_r))) 
                axi_awready_nxt = 1'b0 ;
            else
                axi_awready_nxt = (axi_wr_outstanding < OUTSTANDING_WR_SUB1) ;
        end//always_comb
    logic wr_data_fifo_full_nxt ; 
    //assign wr_data_fifo_full_nxt = wr_data_fifo_full | (wr_data_fifo_almost_full & axi_wvalid_i & axi_wready_r);
    assign wr_data_fifo_full_nxt = (wr_data_fifo_full | wr_data_fifo_almost_full) ; 
    // Replicating axi_wready_o
    //always_ff @(posedge hclk or negedge hrst_n)
    //  if(!hrst_n)
    //    axi_wready_o   <= 1'b1; 
    //  // Avoiding corner case: data complete before address
    //  else if (wr_data_fifo_full_nxt)
    //    axi_wready_o   <= 1'b0;
    //  else if ((wr_ctrl_fifo_full) |    // Stop receiving data when wr_ctrl_fifo is full or will be full
    //           (wr_ctrl_fifo_almost_full & axi_awvalid_i & axi_awready_o) |
    //           (last_cnt_nxt == OUTSTANDING_WR_SUB1) | (axi_wr_outstanding == OUTSTANDING_WR_SUB1)) 
    //    axi_wready_o   <= (addr_outs_nxt != 4'h0);
    //  else
    //    axi_wready_o   <= 1'b1;
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        begin
            if ((!hrst_n)) 
                begin
                    axi_wready_o <=  1'b1 ;
                    axi_wready_r <=  1'b1 ;
                end
            else
                begin
                    axi_wready_o <=  axi_wready_nxt ;
                    axi_wready_r <=  axi_wready_nxt ;
                end
        end// always_ff
    // Generating axi_wready_nxt for replication
    always_comb
        begin
            if (wr_data_fifo_full_nxt) 
                axi_wready_nxt = 1'b0 ;
            else
                if (((((wr_ctrl_fifo_full | ((wr_ctrl_fifo_almost_full & axi_awvalid_i) & axi_awready_r)) | (last_cnt_nxt == OUTSTANDING_WR_SUB1)) | (axi_wr_outstanding == OUTSTANDING_WR_SUB1)) | ((axi_awvalid_i & axi_awready_o) & (axi_wr_outstanding == (OUTSTANDING_WR_SUB1 - 1))))) 
                    // Stop receiving data when wr_ctrl_fifo is full or will be full
                    axi_wready_nxt = (addr_outs_nxt != 4'h0) ;
                else
                    axi_wready_nxt = 1'b1 ;
        end// always_comb
    //generate
    //if(NARROW_WIDTH)
    //begin
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        begin
            if ((!hrst_n)) 
                begin
                    wr_data_fifo_wrdata <=  0 ;
                    wr_strb_fifo_wrdata <=  0 ;
                end
            else
                begin
                    wr_data_fifo_wrdata <=  sig_axi_wdata ;
                    wr_strb_fifo_wrdata <=  {sig_axi_wstrb,
                            1'b0,
                            axi_wlast_i,
                            {(axi_wvalid_i & axi_wready_r)}} ;
                end
        end
    //end
    //else
    //begin
    //assign wr_data_fifo_wrdata  = axi_wdata_i;
    //assign wr_strb_fifo_wrdata  = {axi_wstrb_i,1'b0,axi_wlast_i,{axi_wvalid_i & axi_wready_r}};
    //end
    //endgenerate
    ///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
    //generate
    //if(NARROW_WIDTH)
    //begin
    logic int_fifo_empty_d ; 
    logic int_fifo_dummy_rd ; 
    logic int_fifo_dummy_rd_d ; 
    logic [(ADDR_LOW_WIDTH - 1):0] addr_inc_d ; 
    logic [(ADDR_LOW_WIDTH - 1):0] start_addr_d ; 
    mem_ipgen_lpddr4_mc_sync_fifo #(.WIDTH((ADDR_LOW_WIDTH + 3)),
            .DEPTH(OUTSTANDING_WR)) u_int_fifo (// + size
            .clk_i(hclk), 
                .rst_i((!hrst_n)), 
                .wr_en_i(int_fifo_wr), 
                .rd_en_i(int_fifo_rd), 
                .wr_data_i(int_fifo_wrdata), 
                .full_o(int_fifo_full), 
                .almost_full_o(), 
                .empty_o(int_fifo_empty), 
                .rd_data_nxt(), 
                .rd_data_o(int_fifo_rddata)) ; 
    //assign int_fifo_wr = axi_awvalid_i & axi_awready_o & (addr_outs_r != 0 & (!(addr_outs_r == 1 & axi_wlast_i & axi_wready_r)));
    assign int_fifo_wr = ((axi_awvalid_i & axi_awready_o) & (addr_outs_neq0_r & (!((addr_outs_eq1_r & axi_wlast_i) & axi_wready_r)))) ; 
    assign int_fifo_wrdata = {axi_awaddr_i[(ADDR_LOW_WIDTH - 1):0],
                axi_awsize_i} ; 
    assign int_fifo_rd = (((axi_wvalid_i & axi_wready_r) & axi_wlast_i) & (!int_fifo_empty)) ; 
    //assign int_fifo_dummy_rd = (addr_outs_r == 1 & axi_wlast_i & axi_wready_r & axi_awvalid_i & axi_awready_o);
    assign int_fifo_dummy_rd = ((((addr_outs_eq1_r & axi_wlast_i) & axi_wready_r) & axi_awvalid_i) & axi_awready_o) ; 
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            begin
                int_fifo_empty_d <=  0 ;
                int_fifo_rd_d <=  0 ;
                int_fifo_dummy_rd_d <=  0 ;
            end
        else
            begin
                int_fifo_empty_d <=  int_fifo_empty ;
                int_fifo_rd_d <=  int_fifo_rd ;
                int_fifo_dummy_rd_d <=  int_fifo_dummy_rd ;
            end
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            begin
                start_addr_d <=  0 ;
                addr_inc_d <=  0 ;
            end
        else
            if (int_fifo_dummy_rd) 
                begin
                    start_addr_d <=  axi_awaddr_i[(ADDR_LOW_WIDTH - 1):0] ;
                    addr_inc_d <=  (1 << axi_awsize_i) ;
                end
            else
                begin
                    start_addr_d <=  start_addr ;
                    addr_inc_d <=  addr_inc ;
                end
    logic addr_valid ; 
    //assign addr_valid = (axi_awvalid_i & axi_awready_r & addr_outs_r  == 0) | (int_fifo_rd_d | int_fifo_dummy_rd_d);
    assign addr_valid = (((axi_awvalid_i & axi_awready_r) & addr_outs_eq0_r) | (int_fifo_rd_d | int_fifo_dummy_rd_d)) ; 
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            axi_awaddr_low_r <=  0 ;
        else
            if (((addr_valid & axi_wvalid_i) & axi_wready_r)) 
                axi_awaddr_low_r <=  (start_addr + addr_inc) ;
            else
                if (addr_valid) 
                    axi_awaddr_low_r <=  start_addr ;
                else
                    if ((axi_wvalid_i & axi_wready_r)) 
                        axi_awaddr_low_r <=  (axi_awaddr_low_r + addr_inc) ;
    assign axi_awaddr_low = (addr_valid ? start_addr : axi_awaddr_low_r) ; 
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            sig_axi_wdata_d <=  0 ;
        else
            //  else if(sig_data_fifo_wr)
            //     sig_axi_wdata_d         <= 0; 
            if ((axi_wvalid_i & axi_wready_r)) 
                sig_axi_wdata_d <=  sig_axi_wdata ;
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            sig_axi_wstrb_d <=  0 ;
        else
            //else if((axi_wvalid_i & axi_wready_r & axi_wlast_i) | sig_data_fifo_wr)
            if (sig_data_fifo_wr) 
                sig_axi_wstrb_d <=  0 ;
            else
                if ((axi_wvalid_i & axi_wready_r)) 
                    sig_axi_wstrb_d <=  sig_axi_wstrb ;
    //assign addr_inc =   (addr_outs_r == 0 & axi_awvalid_i & axi_awready_r) ? 1 << axi_awsize_i : (int_fifo_rd_d) ?  1<< int_fifo_rddata[2:0] : addr_inc_d;
    //assign start_addr = (addr_outs_r == 0 & axi_awvalid_i & axi_awready_r) ? axi_awaddr_i : (int_fifo_rd_d) ? int_fifo_rddata[AXI_ADDR_WIDTH+3-1:3]  : start_addr_d;
    assign addr_inc = (((addr_outs_eq0_r & axi_awvalid_i) & axi_awready_r) ? (1 << axi_awsize_i) : (int_fifo_rd_d ? (1 << int_fifo_rddata[2:0]) : addr_inc_d)) ; 
    assign start_addr = (((addr_outs_eq0_r & axi_awvalid_i) & axi_awready_r) ? axi_awaddr_i[(ADDR_LOW_WIDTH - 1):0] : (int_fifo_rd_d ? int_fifo_rddata[((ADDR_LOW_WIDTH + 3) - 1):3] : start_addr_d)) ; 
    always_comb
        begin
            for (int i = 0 ; (i < DATA_RATIO) ; i ++ )
                axi_wdata[(AXI_DATA_WIDTH * i) +: AXI_DATA_WIDTH] = axi_wdata_i ;
        end
    if ((DATA_RATIO == 1)) 
        begin: genblk1
            assign axi_wstrb = axi_wstrb_i ; 
        end
    if ((DATA_RATIO == 2)) 
        begin : genblk2
            assign axi_wstrb = (axi_wstrb_i << (AXI_STRB_WIDTH * axi_awaddr_low[BASE_ADDR])) ; 
        end
    if ((DATA_RATIO == 4)) 
        begin : genblk3
            assign axi_wstrb = (axi_wstrb_i << (AXI_STRB_WIDTH * axi_awaddr_low[BASE_ADDR:(BASE_ADDR - 1)])) ; 
        end
    if ((DATA_RATIO == 8)) 
        begin : genblk4
            assign axi_wstrb = (axi_wstrb_i << (AXI_STRB_WIDTH * axi_awaddr_low[BASE_ADDR:(BASE_ADDR - 2)])) ; 
        end
    if ((DATA_RATIO == 16)) 
        begin : genblk5
            assign axi_wstrb = (axi_wstrb_i << (AXI_STRB_WIDTH * axi_awaddr_low[BASE_ADDR:(BASE_ADDR - 3)])) ; 
        end
    logic [7:0] total_bytes_nxt ; 
    logic total_bytes_full ; 
    always_comb
        begin
            total_bytes = total_bytes_d ;
            if (((addr_valid & axi_wvalid_i) & axi_wready_r)) 
                total_bytes = (start_addr[BASE_ADDR:0] + addr_inc) ;
            else
                if (addr_valid) 
                    total_bytes = start_addr[BASE_ADDR:0] ;
                else
                    if (((axi_wvalid_i & axi_wready_r) & (!total_bytes_full))) 
                        total_bytes = (total_bytes_d + addr_inc) ;
                    else
                        if (((axi_wvalid_i & axi_wready_r) & total_bytes_full)) 
                            total_bytes = addr_inc ;
        end
    //assign sig_data_fifo_wr = (total_bytes == FULL_BYTES & axi_wvalid_i & axi_wready_o) |  (((axi_wvalid_i & axi_wlast_i & axi_wready_o) | ( axi_wstrb[BL_BYTE_EN_WIDTH-1]))  & axi_wvalid_i & axi_wready_o);
    assign sig_data_fifo_wr = (((((total_bytes == FULL_BYTES) | axi_wlast_i) | axi_wstrb[(BL_BYTE_EN_WIDTH - 1)]) & axi_wvalid_i) & axi_wready_o) ; 
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            begin
                total_bytes_d <=  0 ;
                total_bytes_full <=  1'b0 ;
            end
        else
            begin
                total_bytes_d <=  total_bytes_nxt ;
                total_bytes_full <=  (total_bytes_nxt == FULL_BYTES) ;
            end
    assign total_bytes_nxt = (((addr_valid | (axi_awvalid_i & axi_awready_r)) | (axi_wvalid_i & axi_wready_r)) ? total_bytes : total_bytes_d) ; 
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            sig_data_fifo_wr_d <=  0 ;
        else
            sig_data_fifo_wr_d <=  sig_data_fifo_wr ;
    assign sig_axi_wstrb = (sig_data_fifo_wr_d ? axi_wstrb : (sig_axi_wstrb_d | axi_wstrb)) ; 
    assign sig_axi_wdata = get_data(axi_wdata,
                axi_wstrb) ; 
    function [(BL_DATA_WIDTH - 1):0] get_data ; 
        input [(BL_DATA_WIDTH - 1):0] axi_wdata ; 
        input [(BL_BYTE_EN_WIDTH - 1):0] axi_wstrb ; 
        begin
            get_data = sig_axi_wdata_d ;
            for (int i = 0 ; (i < BL_BYTE_EN_WIDTH) ; i ++ )
                if (axi_wstrb[i]) 
                    get_data[(i * 8) +: 8] = axi_wdata[(i * 8) +: 8] ;
        end
    endfunction
    mem_ipgen_lpddr4_mc_sync_fifo #(.WIDTH(AXI_ID_WIDTH),
            .DEPTH(OUTSTANDING_WR)) u_rsp_fifo (.clk_i(hclk), 
                .rst_i((!hrst_n)), 
                .wr_en_i(rsp_fifo_wr), 
                .rd_en_i(rsp_fifo_rd), 
                .wr_data_i(rsp_fifo_wrdata), 
                .full_o(rsp_fifo_full), 
                .almost_full_o(), 
                .empty_o(rsp_fifo_empty), 
                .rd_data_nxt(), 
                .rd_data_o(rsp_fifo_rddata)) ; 
    assign rsp_fifo_wr = (axi_awvalid_i & axi_awready_r) ; 
    assign rsp_fifo_wrdata = axi_awid_i ; 
    logic rsp_fifo_empty_r ; 
    logic wr_data_done ; 
    assign wr_data_done = ((axi_wvalid_i & axi_wready_r) & axi_wlast_i) ; 
    always_comb
        begin
            if ((wr_data_done & (!rsp_fifo_rd))) 
                // no chance of overflow due to control on outstanding writes
                last_cnt_nxt = (last_cnt_r + 'h1) ;
            else
                if ((((!wr_data_done) & rsp_fifo_rd) & last_cnt_r_neq0)) 
                    last_cnt_nxt = (last_cnt_r - 'h1) ;
                else
                    last_cnt_nxt = last_cnt_r ;
        end
    always_comb
        begin
            // no chance of overflow due to control on outstanding writes
            if (((axi_awvalid_i & axi_awready_r) & (!((axi_wvalid_i & axi_wready_r) & axi_wlast_i)))) 
                addr_outs_nxt = (addr_outs_r + 'h1) ;
            else
                if ((((!(axi_awvalid_i & axi_awready_r)) & ((axi_wvalid_i & axi_wready_r) & axi_wlast_i)) & addr_outs_neq0_r)) 
                    addr_outs_nxt = (addr_outs_r - 'h1) ;
                else
                    addr_outs_nxt = addr_outs_r ;
        end
    //logic axi_bvalid_nxt;
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        begin
            if ((!hrst_n)) 
                resp_cnt <=  3'h0 ;
            else
                if ((rsp_fifo_rd & (!(axi_bvalid_r & axi_bready_i)))) 
                    resp_cnt <=  (resp_cnt + 1) ;
                else
                    if (((axi_bvalid_r & axi_bready_i) & (!rsp_fifo_rd))) 
                        resp_cnt <=  (resp_cnt - 1) ;
        end
    always_comb
        begin
            // The response FIFO will always have data because address phase complete first before data phase
            if ((axi_bvalid_r & axi_bready_i)) 
                // Make sure the bvalid is only 1 txn at a time.
                axi_bvalid_nxt = 1'b0 ;
            else
                if (brespfifo_valid) 
                    // Requires min of 2clk_i from address txn before the bid will be ready in FIFO
                    axi_bvalid_nxt = 1'b1 ;
                else
                    if (axi_bready_i) 
                        // Only de-assert when bvalid and no wr_data_done
                        axi_bvalid_nxt = 1'b0 ;
                    else
                        axi_bvalid_nxt = axi_bvalid_r ;
        end
    logic last_cnt_r_neq0_r ; 
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        begin
            if ((!hrst_n)) 
                begin
                    last_cnt_r <=  'h0 ;
                    addr_outs_r <=  'h0 ;
                    addr_outs_eq0_r <=  1'b0 ;
                    addr_outs_neq0_r <=  1'b0 ;
                    addr_outs_eq1_r <=  1'b0 ;
                    brespfifo_valid <=  1'b0 ;
                    axi_bvalid_o <=  1'b0 ;
                    axi_bvalid_r <=  1'b0 ;
                    rsp_fifo_empty_r <=  1'b0 ;
                    axi_bid_o <=  {AXI_ID_WIDTH{1'b0}} ;
                    last_cnt_r_neq0_r <=  1'b0 ;
                end
            else
                begin
                    last_cnt_r <=  last_cnt_nxt ;
                    last_cnt_r_neq0_r <=  last_cnt_r_neq0 ;
                    // The brespfifo_valid is like a delayed version of not empty.
                    // Need to de-assert this after wr_resp tnx to avoid miss judgement due to the delay.
                    brespfifo_valid <=  rsp_fifo_rd ;
                    addr_outs_r <=  addr_outs_nxt ;
                    addr_outs_eq0_r <=  (addr_outs_nxt == 0) ;
                    addr_outs_neq0_r <=  (addr_outs_nxt != 0) ;
                    addr_outs_eq1_r <=  (addr_outs_nxt == 1) ;
                    axi_bvalid_o <=  axi_bvalid_nxt ;
                    axi_bvalid_r <=  axi_bvalid_nxt ;
                    rsp_fifo_empty_r <=  rsp_fifo_empty ;
                    //      if ((!axi_bvalid_o & wr_data_done) | // bid from IDLE to valid
                    //          (axi_bvalid_o & axi_bready_i))   // bid update during txn in write response
                    if (((!axi_bvalid_o) & axi_bvalid_nxt)) 
                        // Update bid together with the bvalid assertion
                        axi_bid_o <=  rsp_fifo_rddata ;
                end
        end
    // Prepare the ID in the FIFO output for IDLE to valid
    assign rsp_fifo_rd = (((last_cnt_r_neq0 & (!last_cnt_r_neq0_r)) & (resp_cnt == 0)) | (((last_cnt_r >= 1) & (!rsp_fifo_empty)) & (resp_cnt == 0))) ; 
    assign axi_bresp_o = 2'h0 ; 
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        begin
            if ((!hrst_n)) 
                axi_wr_outstanding <=  0 ;
            else
                if ((((axi_awvalid_i & axi_awready_r) & axi_bvalid_r) & axi_bready_i)) 
                    axi_wr_outstanding <=  axi_wr_outstanding ;
                else
                    if ((axi_awvalid_i & axi_awready_r)) 
                        axi_wr_outstanding <=  (axi_wr_outstanding + 1) ;
                    else
                        if (((axi_bvalid_r & axi_bready_i) & (axi_wr_outstanding != 0))) 
                            axi_wr_outstanding <=  (axi_wr_outstanding - 1) ;
        end
    generate
        if (DATA_CLK_EN) 
            begin : ASYNC
                mem_ipgen_lpddr4_mc_async_fifo #(.WIDTH(((AXI_CTRL_WIDTH + AXI_ADDR_WIDTH) + 1)),
                        .DEPTH(CTRL_FIFO_DEPTH)) u_ctrl_fifo (.wr_clk_i(hclk), 
                            .rd_clk_i(sclk), 
                            .rst_i((!hrst_n)), 
                            .rp_rst_i((!srst_n)), 
                            .wr_en_i(wr_ctrl_fifo_wr), 
                            .rd_en_i(wr_ctrl_fifo_rd), 
                            .wr_data_i(wr_ctrl_fifo_wrdata), 
                            .full_o(wr_ctrl_fifo_full), 
                            .almost_full_o(wr_ctrl_fifo_almost_full), 
                            .empty_o(wr_ctrl_fifo_empty), 
                            .rd_data_nxt(wr_ctrl_fifo_rddata_nxt), 
                            .rd_data_o(wr_ctrl_fifo_rddata)) ; 
                // Merged data and strobe in 1 sync_fifo to ensure re-convergence
                mem_ipgen_lpddr4_mc_async_fifo #(.WIDTH(((BL_BYTE_EN_WIDTH + 3) + BL_DATA_WIDTH)),
                        .DEPTH(16)) u_data_fifo (.wr_clk_i(hclk), 
                            .rd_clk_i(sclk), 
                            .rst_i((!hrst_n)), 
                            .rp_rst_i((!srst_n)), 
                            .wr_en_i(wr_data_fifo_wr), 
                            .rd_en_i(wr_data_fifo_rd), 
                            .wr_data_i({wr_strb_fifo_wrdata,
                                wr_data_fifo_wrdata}), 
                            .full_o(wr_data_fifo_full), 
                            .almost_full_o(wr_data_fifo_almost_full), 
                            .empty_o(wr_data_fifo_empty), 
                            .rd_data_nxt({wr_strb_fifo_rddata_nxt,
                                wr_data_fifo_rddata_nxt}), 
                            .rd_data_o({wr_strb_fifo_rddata,
                                wr_data_fifo_rddata})) ; 
            end
        else
            begin : SYNC
                mem_ipgen_lpddr4_mc_sync_fifo #(.WIDTH(((AXI_CTRL_WIDTH + AXI_ADDR_WIDTH) + 1)),
                        .DEPTH(CTRL_FIFO_DEPTH)) u_ctrl_fifo (.clk_i(hclk), 
                            .rst_i((!hrst_n)), 
                            .wr_en_i(wr_ctrl_fifo_wr), 
                            .rd_en_i(wr_ctrl_fifo_rd), 
                            .wr_data_i(wr_ctrl_fifo_wrdata), 
                            .full_o(wr_ctrl_fifo_full), 
                            .almost_full_o(wr_ctrl_fifo_almost_full), 
                            .empty_o(wr_ctrl_fifo_empty), 
                            .rd_data_nxt(wr_ctrl_fifo_rddata_nxt), 
                            .rd_data_o(wr_ctrl_fifo_rddata)) ; 
                // Merged data and strobe similar to sync_FIFO
                mem_ipgen_lpddr4_mc_sync_fifo #(.WIDTH(((BL_BYTE_EN_WIDTH + 3) + BL_DATA_WIDTH)),
                        .DEPTH(16)) u_data_fifo (.clk_i(hclk), 
                            .rst_i((!hrst_n)), 
                            .wr_en_i(wr_data_fifo_wr), 
                            .rd_en_i(wr_data_fifo_rd), 
                            .wr_data_i({wr_strb_fifo_wrdata,
                                wr_data_fifo_wrdata}), 
                            .full_o(wr_data_fifo_full), 
                            .almost_full_o(wr_data_fifo_almost_full), 
                            .empty_o(wr_data_fifo_empty), 
                            .rd_data_nxt({wr_strb_fifo_rddata_nxt,
                                wr_data_fifo_rddata_nxt}), 
                            .rd_data_o({wr_strb_fifo_rddata,
                                wr_data_fifo_rddata})) ; 
            end
    endgenerate
    ///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
    /////////////////////////////////////////////WRITE ASYNC FIFIO///////////////////////////////////////////////////////////////////////////
    //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
    typedef enum logic [1:0] { WR_WAIT, 
            WR_IDLE, 
            WR_START} wr_state ; 
    wr_state wr_pstate, 
        wr_nstate ; 
    logic wr_req_valid_d ; 
    // Making the wr_req_valid registered
    //assign wr_req_valid          = wr_ctrl_fifo_rddata[0] & (wr_ctrl_fifo_rd_d) ;
    wire wr_req_valid_ref = (wr_ctrl_fifo_rddata[0] & wr_ctrl_fifo_rd_d) ; 
    wire wr_req_valid_nxt = (wr_ctrl_fifo_rddata_nxt[0] & wr_ctrl_fifo_rd) ; 
    always_ff
        @(posedge sclk or 
            negedge srst_n)
        if ((!srst_n)) 
            wr_req_valid <=  1'b0 ;
        else
            wr_req_valid <=  wr_req_valid_nxt ;
    assign wr_req_ctrl = wr_ctrl_fifo_rddata[AXI_CTRL_WIDTH:1] ; 
    //FIXME: separate the wr_req_txn_id
    assign wr_addr = wr_ctrl_fifo_rddata[(AXI_CTRL_WIDTH + AXI_ADDR_WIDTH):(AXI_CTRL_WIDTH + 1)] ; 
    always_ff
        @(posedge sclk or 
            negedge srst_n)
        if ((!srst_n)) 
            wr_ctrl_fifo_rd_d <=  1'b0 ;
        else
            wr_ctrl_fifo_rd_d <=  wr_ctrl_fifo_rd ;
    logic wr_valid_ref ; 
    logic wr_data_last_ref ; 
    assign wr_valid_ref = (wr_strb_fifo_rddata[0] & wr_data_fifo_rd_d) ; 
    assign wr_data_last_ref = (wr_strb_fifo_rddata[1] & wr_data_fifo_rd_d) ; 
    //assign wr_data_err        = wr_strb_fifo_rddata[2] & wr_data_fifo_rd_d ;
    assign wr_byte_en = wr_strb_fifo_rddata[(BL_BYTE_EN_WIDTH + 2):3] ; 
    assign wr_data = wr_data_fifo_rddata ; 
    always_ff
        @(posedge sclk or 
            negedge srst_n)
        begin
            if ((!srst_n)) 
                begin
                    wr_data_fifo_rd_d <=  1'b0 ;
                    wr_valid <=  1'b0 ;
                    wr_data_last <=  1'b0 ;
                end
            else
                begin
                    wr_data_fifo_rd_d <=  wr_data_fifo_rd ;
                    wr_valid <=  (wr_strb_fifo_rddata_nxt[0] & wr_data_fifo_rd) ;
                    wr_data_last <=  (wr_strb_fifo_rddata_nxt[1] & wr_data_fifo_rd) ;
                end
        end
    logic rvl_wr_data_fifo_empty ; 
    logic rvl_wr_data_last_ref ; 
    logic rvl_wr_data_fifo_rd_d ; 
    always_ff
        @(posedge sclk or 
            negedge srst_n)
        begin
            if ((!srst_n)) 
                begin
                    rvl_wr_data_fifo_empty <=  1'b0 ;
                    rvl_wr_data_last_ref <=  1'b0 ;
                    rvl_wr_data_fifo_rd_d <=  1'b0 ;
                end
            else
                begin
                    rvl_wr_data_fifo_empty <=  wr_data_fifo_empty ;
                    rvl_wr_data_last_ref <=  wr_data_last_ref ;
                    rvl_wr_data_fifo_rd_d <=  wr_data_fifo_rd_d ;
                end
        end
    always_ff
        @(posedge sclk or 
            negedge srst_n)
        if ((!srst_n)) 
            wr_pstate <=  WR_IDLE ;
        else
            wr_pstate <=  wr_nstate ;
    always_comb
        begin
            wr_nstate = wr_pstate ;
            wr_ctrl_fifo_rd = 1'b0 ;
            wr_data_fifo_rd = 1'b0 ;
            case (wr_pstate)
            WR_WAIT : 
                begin
                    wr_ctrl_fifo_rd = 1'b1 ;
                    wr_data_fifo_rd = 1'b1 ;
                    //if(wr_ctrl_fifo_empty == 1'b1  & wr_data_fifo_empty == 1'b1)
                    if ((wr_ctrl_fifo_empty & wr_data_fifo_empty)) 
                        wr_nstate = WR_IDLE ;
                end
            WR_IDLE : 
                begin
                    //if(wr_ctrl_fifo_empty == 1'b0  & wr_data_fifo_empty == 1'b0 & wr_req_ready)
                    if ((((!wr_ctrl_fifo_empty) & (!wr_data_fifo_empty)) & wr_req_ready)) 
                        begin
                            wr_nstate = WR_START ;
                            wr_ctrl_fifo_rd = 1'b1 ;
                            wr_data_fifo_rd = 1'b1 ;
                        end
                end
            WR_START : 
                begin
                    if (((wr_data_fifo_empty & wr_ctrl_fifo_empty) & wr_data_last)) 
                        begin
                            wr_nstate = WR_IDLE ;
                        end
                    else
                        if (((wr_data_last & wr_req_ready) & wr_req_valid)) 
                            //SINGLE READ
                            begin
                                wr_ctrl_fifo_rd = 1'b0 ;
                                wr_data_fifo_rd = 1'b0 ;
                                wr_nstate = WR_IDLE ;
                            end
                        else
                            if ((((wr_data_last & wr_req_ready) & (!wr_ctrl_fifo_empty)) & (!wr_data_fifo_empty))) 
                                begin
                                    wr_ctrl_fifo_rd = 1'b1 ;
                                    wr_data_fifo_rd = (!wr_data_fifo_empty) ;
                                    wr_nstate = WR_START ;
                                end
                            else
                                if ((wr_data_last & wr_data_fifo_empty)) 
                                    begin
                                        wr_ctrl_fifo_rd = 1'b0 ;
                                        wr_data_fifo_rd = (!wr_data_fifo_empty) ;
                                        wr_nstate = WR_IDLE ;
                                    end
                                else
                                    if ((wr_data_last & (!wr_req_ready))) 
                                        begin
                                            wr_ctrl_fifo_rd = 1'b0 ;
                                            wr_data_fifo_rd = 1'b0 ;
                                            wr_nstate = WR_IDLE ;
                                        end
                                    else
                                        begin
                                            wr_nstate = WR_START ;
                                            wr_data_fifo_rd = (!wr_data_fifo_empty) ;
                                        end
                end
            endcase 
        end
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lpddr4_mc_axi_iface_top.sv
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
module mem_ipgen_lpddr4_mc_axi_iface_top #(parameter DDR_TYPE = 0, 
        parameter SCH_NUM_RD_SUPPORT = 0, 
        parameter SCH_NUM_WR_SUPPORT = 0, 
        parameter DDR_WIDTH = 0, 
        parameter INT_ID_WIDTH = 0, 
        parameter AXI_ADDR_WIDTH = 0, 
        parameter AXI_ID_WIDTH = 0, 
        parameter AXI_USER_WIDTH = 0, 
        parameter AXI_DATA_WIDTH = 0, 
        parameter AXI_CTRL_WIDTH = 0, 
        parameter AXI_LEN_WIDTH = 0, 
        parameter AXI_STRB_WIDTH = 0, 
        parameter AXI_QOS_WIDTH = 0, 
        parameter BI_RD_DATA_Q_WIDTH = 0, 
        parameter BI_RD_DATA_Q_DEPTH = 0, 
        parameter BL_DATA_WIDTH = BI_RD_DATA_Q_WIDTH, 
        parameter BL_BYTE_EN_WIDTH = (BL_DATA_WIDTH / 8), 
        parameter DATA_CLK_EN = 0, 
        parameter NATV_ID_WIDTH = (AXI_ID_WIDTH + INT_ID_WIDTH), 
        parameter BI_WR_DATA_FIFO_DEPTH = 0) (
    // 4'b0011= DDR3, 4'b0100= DDR4, 4'b0101= DDR5 4'b1010= LPDDR2, 4'b1011= LPDDR3, 4'b1100= LPDDR4
    input clk_i, 
    input rst_n_i, 
    input sclk_i, 
    input srst_n_i, 
    //AXI4 INTERFACE
    input axi_arvalid_i, 
    input [(AXI_ID_WIDTH - 1):0] axi_arid_i, 
    input [(AXI_LEN_WIDTH - 1):0] axi_arlen_i, 
    input [1:0] axi_arburst_i, 
    input [(AXI_ADDR_WIDTH - 1):0] axi_araddr_i, 
    output axi_arready_o, 
    input [(AXI_QOS_WIDTH - 1):0] axi_arqos_i, 
    input [2:0] axi_arsize_i, 
    output [1:0] axi_rresp_o, 
    output [(AXI_DATA_WIDTH - 1):0] axi_rdata_o, 
    output [(AXI_ID_WIDTH - 1):0] axi_rid_o, 
    output axi_rvalid_o, 
    output axi_rlast_o, 
    input axi_rready_i, 
    input axi_awvalid_i, 
    input [(AXI_LEN_WIDTH - 1):0] axi_awlen_i, 
    input [1:0] axi_awburst_i, 
    input [(AXI_ADDR_WIDTH - 1):0] axi_awaddr_i, 
    output axi_awready_o, 
    input [(AXI_QOS_WIDTH - 1):0] axi_awqos_i, 
    input [2:0] axi_awsize_i, 
    input [(AXI_ID_WIDTH - 1):0] axi_awid_i, 
    input axi_wvalid_i, 
    output axi_wready_o, 
    input [(AXI_DATA_WIDTH - 1):0] axi_wdata_i, 
    input [(AXI_STRB_WIDTH - 1):0] axi_wstrb_i, 
    input axi_wlast_i, 
    input axi_bready_i, 
    output axi_bvalid_o, 
    output [1:0] axi_bresp_o, 
    output [(AXI_ID_WIDTH - 1):0] axi_bid_o, 
    //NATIVE INTERFACE 
    // Write Request Channel
    output [(NATV_ID_WIDTH - 1):0] wr_req_txn_id_o, 
    output [(AXI_ADDR_WIDTH - 1):0] wr_req_addr_o, 
    output [(AXI_LEN_WIDTH - 1):0] wr_req_len_o, 
    output [2:0] wr_req_size_o, 
    output wr_req_valid_o, 
    input wr_req_ready_i, 
    // Write data Channel
    output [(BI_RD_DATA_Q_WIDTH - 1):0] wr_data_o, 
    output [((BI_RD_DATA_Q_WIDTH / 8) - 1):0] wr_byte_en_o, 
    output wr_last_o, 
    output wr_valid_o, 
    input wr_ready_i, 
    // Read Request Channel
    output rd_req_valid_o, 
    output [(AXI_ADDR_WIDTH - 1):0] rd_req_addr_o, 
    output [(AXI_LEN_WIDTH - 1):0] rd_req_len_o, 
    output [2:0] rd_req_size_o, 
    output [(NATV_ID_WIDTH - 1):0] rd_req_arid_o, 
    input rd_req_ready_i, 
    // Read Response Channel
    input [(NATV_ID_WIDTH - 1):0] rd_rsp_rid_i, 
    input [(BI_RD_DATA_Q_WIDTH - 1):0] rd_rsp_data_i, 
    input [(AXI_LEN_WIDTH - 1):0] rd_rsp_len_i, 
    input [(3 - 1):0] rd_rsp_size_i, 
    input [7:0] rd_rsp_addr_i, 
    input rd_rsp_valid_i, 
    output rd_rsp_ready_o) ;
    mem_ipgen_lpddr4_mc_axi_slv_wr #(.DATA_CLK_EN(DATA_CLK_EN),
            .SCH_NUM_WR_SUPPORT(SCH_NUM_WR_SUPPORT),
            .DDR_WIDTH(DDR_WIDTH),
            .AXI_ID_WIDTH(AXI_ID_WIDTH),
            .INT_ID_WIDTH(INT_ID_WIDTH),
            .AXI_ADDR_WIDTH(AXI_ADDR_WIDTH),
            .AXI_DATA_WIDTH(AXI_DATA_WIDTH),
            .AXI_CTRL_WIDTH(AXI_CTRL_WIDTH),
            .AXI_LEN_WIDTH(AXI_LEN_WIDTH),
            .AXI_QOS_WIDTH(AXI_QOS_WIDTH),
            .AXI_STRB_WIDTH(AXI_STRB_WIDTH),
            .BL_DATA_WIDTH(BL_DATA_WIDTH),
            .BL_BYTE_EN_WIDTH(BL_BYTE_EN_WIDTH)) u_wr (.hclk(clk_i), 
                .sclk(sclk_i), 
                .hrst_n(rst_n_i), 
                .srst_n(srst_n_i), 
                // AXI4 I/F
            .axi_awid_i(axi_awid_i), 
                .axi_awaddr_i(axi_awaddr_i), 
                .axi_awlen_i(axi_awlen_i), 
                .axi_awsize_i(axi_awsize_i), 
                .axi_awburst_i(axi_awburst_i), 
                .axi_awqos_i(axi_awqos_i), 
                .axi_awvalid_i(axi_awvalid_i), 
                .axi_awready_o(axi_awready_o), 
                .axi_wdata_i(axi_wdata_i), 
                .axi_wstrb_i(axi_wstrb_i), 
                .axi_wlast_i(axi_wlast_i), 
                .axi_wvalid_i(axi_wvalid_i), 
                .axi_wready_o(axi_wready_o), 
                .axi_bid_o(axi_bid_o), 
                .axi_bresp_o(axi_bresp_o), 
                .axi_bvalid_o(axi_bvalid_o), 
                .axi_bready_i(axi_bready_i), 
                // Native I/F
            .wr_req_ctrl({wr_req_txn_id_o,
                    wr_req_size_o,
                    wr_req_len_o}), 
                .wr_addr(wr_req_addr_o), 
                .wr_req_valid(wr_req_valid_o), 
                .wr_req_ready(wr_req_ready_i), 
                .wr_data(wr_data_o), 
                .wr_byte_en(wr_byte_en_o), 
                .wr_data_last(wr_last_o), 
                .wr_valid(wr_valid_o), 
                .wr_ready(wr_ready_i)) ; 
    mem_ipgen_lpddr4_mc_axi_slv_rd #(.DATA_CLK_EN(DATA_CLK_EN),
            .DDR_TYPE(DDR_TYPE),
            .SCH_NUM_RD_SUPPORT(SCH_NUM_RD_SUPPORT),
            .DDR_WIDTH(DDR_WIDTH),
            .AXI_ADDR_WIDTH(AXI_ADDR_WIDTH),
            .AXI_ID_WIDTH(AXI_ID_WIDTH),
            .INT_ID_WIDTH(INT_ID_WIDTH),
            .AXI_DATA_WIDTH(AXI_DATA_WIDTH),
            .AXI_CTRL_WIDTH(AXI_CTRL_WIDTH),
            .AXI_LEN_WIDTH(AXI_LEN_WIDTH),
            .AXI_QOS_WIDTH(AXI_QOS_WIDTH),
            .BI_RD_DATA_Q_WIDTH(BI_RD_DATA_Q_WIDTH),
            .BI_RD_DATA_Q_DEPTH(BI_RD_DATA_Q_DEPTH)) u_rd (.hclk(clk_i), 
                .hrst_n(rst_n_i), 
                .sclk(sclk_i), 
                .srst_n(srst_n_i), 
                .axi_arid_i(axi_arid_i), 
                .axi_araddr_i(axi_araddr_i), 
                .axi_arsize_i(axi_arsize_i), 
                .axi_arlen_i(axi_arlen_i), 
                .axi_arburst_i(axi_arburst_i), 
                .axi_arqos_i(axi_arqos_i), 
                .axi_arvalid_i(axi_arvalid_i), 
                .axi_arready_o(axi_arready_o), 
                .axi_rid_o(axi_rid_o), 
                .axi_rdata_o(axi_rdata_o), 
                .axi_rresp_o(axi_rresp_o), 
                .axi_rlast_o(axi_rlast_o), 
                .axi_rvalid_o(axi_rvalid_o), 
                .axi_rready_i(axi_rready_i), 
                .rd_req_ctrl({rd_req_arid_o,
                    rd_req_size_o,
                    rd_req_len_o}), 
                .rd_req_addr(rd_req_addr_o), 
                .rd_req_valid(rd_req_valid_o), 
                .rd_req_ready(rd_req_ready_i), 
                .rd_rsp_idx(rd_rsp_rid_i), 
                .rd_rsp_data(rd_rsp_data_i), 
                .rd_rsp_length(rd_rsp_len_i), 
                .rd_rsp_size(rd_rsp_size_i), 
                .rd_rsp_addr(rd_rsp_addr_i), 
                .rd_rsp_valid(rd_rsp_valid_i), 
                .rd_rsp_ready(rd_rsp_ready_o)) ; 
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lpddr4_mc_axi_slv_rd.sv
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
module mem_ipgen_lpddr4_mc_axi_slv_rd #(parameter DDR_TYPE = 0, 
        parameter SCH_NUM_RD_SUPPORT = 0, 
        parameter DDR_WIDTH = 0, 
        parameter AXI_ADDR_WIDTH = 0, 
        parameter AXI_ID_WIDTH = 0, 
        parameter AXI_DATA_WIDTH = 0, 
        parameter AXI_CTRL_WIDTH = 0, 
        parameter AXI_LEN_WIDTH = 0, 
        parameter AXI_QOS_WIDTH = 0, 
        parameter BI_RD_DATA_Q_WIDTH = 0, 
        parameter BI_RD_DATA_Q_DEPTH = 0, 
        parameter INT_ID_WIDTH = 0, 
        parameter DATA_CLK_EN = 0, 
        parameter CTRL_FIFO_DEPTH = 4) (
    // 4'b0011= DDR3, 4'b0100= DDR4, 4'b0101= DDR5 4'b1010= LPDDR2, 4'b1011= LPDDR3, 4'b1100= LPDDR4
    input hclk, 
    input hrst_n, 
    input sclk, 
    input srst_n, 
    input axi_arvalid_i, 
    input [(AXI_ID_WIDTH - 1):0] axi_arid_i, 
    input [(AXI_LEN_WIDTH - 1):0] axi_arlen_i, 
    input [1:0] axi_arburst_i, 
    input [(AXI_ADDR_WIDTH - 1):0] axi_araddr_i, 
    output logic axi_arready_o, 
    input [(AXI_QOS_WIDTH - 1):0] axi_arqos_i, 
    input [2:0] axi_arsize_i, 
    input axi_rready_i, 
    output logic [1:0] axi_rresp_o, 
    output logic [(AXI_ID_WIDTH - 1):0] axi_rid_o, 
    output logic axi_rlast_o, 
    output logic axi_rvalid_o, 
    output logic [(AXI_DATA_WIDTH - 1):0] axi_rdata_o, 
    input rd_req_ready, 
    output logic rd_req_valid, 
    output logic [(AXI_CTRL_WIDTH - 1):0] rd_req_ctrl, 
    output logic [(AXI_ADDR_WIDTH - 1):0] rd_req_addr, 
    input rd_rsp_valid, 
    output rd_rsp_ready, 
    input [(BI_RD_DATA_Q_WIDTH - 1):0] rd_rsp_data, 
    input [((AXI_ID_WIDTH + INT_ID_WIDTH) - 1):0] rd_rsp_idx, 
    input [(AXI_LEN_WIDTH - 1):0] rd_rsp_length, 
    input [(3 - 1):0] rd_rsp_size, 
    input [7:0] rd_rsp_addr) ;
    localparam OUTSTANDING_RD = (CTRL_FIFO_DEPTH + SCH_NUM_RD_SUPPORT) ; 
    localparam OUTSTANDING_RD_SUB1 = (OUTSTANDING_RD - 1) ; 
    //---------------Declarations for Req queue related signals--------------
    logic rd_ctrl_fifo_wr ; 
    logic rd_ctrl_fifo_rd ; 
    logic rd_ctrl_fifo_rd_d ; 
    logic [(AXI_CTRL_WIDTH + AXI_ADDR_WIDTH):0] rd_ctrl_fifo_wrdata ; 
    logic [(AXI_CTRL_WIDTH + AXI_ADDR_WIDTH):0] rd_ctrl_fifo_rddata ; 
    logic rd_ctrl_fifo_empty ; 
    logic rd_ctrl_fifo_empty_d ; 
    logic rd_ctrl_fifo_full ; 
    logic [(INT_ID_WIDTH - 1):0] int_arid ; 
    logic [7:0] length ; 
    logic [2:0] axi_rd_outstanding ; 
    logic sig_rd_req_valid ; 
    logic [(AXI_CTRL_WIDTH - 1):0] sig_rd_req_ctrl ; 
    logic [(AXI_ADDR_WIDTH - 1):0] sig_rd_req_addr ; 
    logic ebr_empty ; 
    assign length = (axi_arlen_i + 1) ; 
    assign axi_rresp_o = 0 ; 
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        //INTERNAL ID assigned with every transaction to handle out of order requests.
        if ((!hrst_n)) 
            int_arid <=  0 ;
        else
            if ((axi_arvalid_i & axi_arready_o)) 
                int_arid <=  (int_arid + 1'h1) ;
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            rd_ctrl_fifo_wrdata <=  9'h0 ;
        else
            if ((axi_arvalid_i & axi_arready_o)) 
                rd_ctrl_fifo_wrdata <=  {axi_araddr_i,
                        axi_arid_i,
                        int_arid,
                        axi_arsize_i,
                        length,
                        {(axi_arvalid_i & axi_arready_o)}} ;
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            rd_ctrl_fifo_wr <=  1'h0 ;
        else
            if ((axi_arvalid_i & axi_arready_o)) 
                rd_ctrl_fifo_wr <=  1'b1 ;
            else
                if ((!rd_ctrl_fifo_full)) 
                    rd_ctrl_fifo_wr <=  1'b0 ;
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            axi_arready_o <=  1'b1 ;
        else
            if ((rd_ctrl_fifo_full | (((axi_rd_outstanding <= OUTSTANDING_RD_SUB1) & axi_arvalid_i) & axi_arready_o))) 
                axi_arready_o <=  1'b0 ;
            else
                axi_arready_o <=  (axi_rd_outstanding < OUTSTANDING_RD_SUB1) ;
    generate
        if (DATA_CLK_EN) 
            begin : ASYNC
                mem_ipgen_lpddr4_mc_async_fifo #(.WIDTH(((AXI_CTRL_WIDTH + AXI_ADDR_WIDTH) + 1)),
                        .DEPTH(CTRL_FIFO_DEPTH)) u_ctrl_fifo (.wr_clk_i(hclk), 
                            .rd_clk_i(sclk), 
                            .rst_i((!hrst_n)), 
                            .rp_rst_i((!srst_n)), 
                            .wr_en_i((rd_ctrl_fifo_wr & (!rd_ctrl_fifo_full))), 
                            .rd_en_i(rd_ctrl_fifo_rd), 
                            .wr_data_i(rd_ctrl_fifo_wrdata), 
                            .full_o(rd_ctrl_fifo_full), 
                            .almost_full_o(), 
                            .empty_o(rd_ctrl_fifo_empty), 
                            .rd_data_nxt(), 
                            .rd_data_o(rd_ctrl_fifo_rddata)) ; 
            end
        else
            begin : SYNC
                mem_ipgen_lpddr4_mc_sync_fifo #(.WIDTH(((AXI_CTRL_WIDTH + AXI_ADDR_WIDTH) + 1)),
                        .DEPTH(CTRL_FIFO_DEPTH)) u_ctrl_fifo (.clk_i(hclk), 
                            .rst_i((!hrst_n)), 
                            .wr_en_i((rd_ctrl_fifo_wr & (!rd_ctrl_fifo_full))), 
                            .rd_en_i(rd_ctrl_fifo_rd), 
                            .wr_data_i(rd_ctrl_fifo_wrdata), 
                            .full_o(rd_ctrl_fifo_full), 
                            .almost_full_o(), 
                            .empty_o(rd_ctrl_fifo_empty), 
                            .rd_data_nxt(), 
                            .rd_data_o(rd_ctrl_fifo_rddata)) ; 
            end
    endgenerate
    typedef enum logic { IDLE, 
            READ} state ; 
    state pstate, 
        nstate ; 
    always_comb
        begin
            sig_rd_req_valid = 0 ;
            sig_rd_req_ctrl = 0 ;
            sig_rd_req_addr = 0 ;
            rd_ctrl_fifo_rd = 1'b0 ;
            nstate = IDLE ;
            case (pstate)
            IDLE : 
                if ((rd_req_ready & (!rd_ctrl_fifo_empty))) 
                    begin
                        rd_ctrl_fifo_rd = 1'b1 ;
                        nstate = READ ;
                    end
            READ : 
                begin
                    sig_rd_req_valid = rd_ctrl_fifo_rddata[0] ;
                    sig_rd_req_ctrl = rd_ctrl_fifo_rddata[AXI_CTRL_WIDTH:1] ;
                    sig_rd_req_addr = rd_ctrl_fifo_rddata[(AXI_CTRL_WIDTH + AXI_ADDR_WIDTH):(AXI_CTRL_WIDTH + 1)] ;
                    if (rd_req_ready) 
                        begin
                            nstate = IDLE ;
                        end
                    else
                        nstate = READ ;
                end
            endcase 
        end
    //assign rd_req_valid        = rd_ctrl_fifo_rddata[0] & rd_ctrl_fifo_rd_d ;
    //assign rd_req_ctrl         = rd_ctrl_fifo_rddata[AXI_CTRL_WIDTH:1];
    //assign rd_req_addr         = rd_ctrl_fifo_rddata[AXI_CTRL_WIDTH+AXI_ADDR_WIDTH : AXI_CTRL_WIDTH +1]   ;
    //
    //assign rd_ctrl_fifo_rd     = !rd_ctrl_fifo_empty  & rd_req_ready;
    always_ff
        @(posedge sclk or 
            negedge srst_n)
        if ((!srst_n)) 
            rd_ctrl_fifo_rd_d <=  1'b0 ;
        else
            rd_ctrl_fifo_rd_d <=  rd_ctrl_fifo_rd ;
    always_ff
        @(posedge sclk or 
            negedge srst_n)
        if ((!srst_n)) 
            pstate <=  IDLE ;
        else
            pstate <=  nstate ;
    always_ff
        @(posedge sclk or 
            negedge srst_n)
        if ((!srst_n)) 
            begin
                rd_req_valid <=  0 ;
                rd_req_ctrl <=  0 ;
                rd_req_addr <=  0 ;
            end
        else
            begin
                rd_req_valid <=  sig_rd_req_valid ;
                rd_req_ctrl <=  sig_rd_req_ctrl ;
                rd_req_addr <=  sig_rd_req_addr ;
            end
    ///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
    ////////////////////////////////////////////////////READ RESPONSE///////////////////////////////////////////////////////////////////////////////////////////////////////////////////
    /////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((~hrst_n)) 
            axi_rd_outstanding <=  0 ;
        else
            if (((((axi_rvalid_o & axi_rready_i) & axi_rlast_o) & axi_arvalid_i) & axi_arready_o)) 
                axi_rd_outstanding <=  axi_rd_outstanding ;
            else
                if (((axi_arvalid_i & axi_arready_o) & (axi_rd_outstanding != OUTSTANDING_RD_SUB1))) 
                    axi_rd_outstanding <=  (axi_rd_outstanding + 1) ;
                else
                    if ((((axi_rvalid_o & axi_rready_i) & axi_rlast_o) & (axi_rd_outstanding != 0))) 
                        axi_rd_outstanding <=  (axi_rd_outstanding - 1) ;
    mem_ipgen_lpddr4_mc_reorder_buffer #(.AXI_DATA_WIDTH(AXI_DATA_WIDTH),
            .DATA_CLK_EN(DATA_CLK_EN),
            .DDR_WIDTH(DDR_WIDTH),
            .AXI_ID_WIDTH(AXI_ID_WIDTH),
            .INT_ID_WIDTH(INT_ID_WIDTH),
            .AXI_LEN_WIDTH(AXI_LEN_WIDTH),
            .BI_RD_DATA_Q_WIDTH(BI_RD_DATA_Q_WIDTH),
            .SCH_NUM_RD_SUPPORT(SCH_NUM_RD_SUPPORT)) u_reorder_buff (.sclk(sclk), 
                .rst_n(srst_n),  // sclk-based reset
            .hclk(hclk), 
                .hrst_n(hrst_n),  // aclk-based reset
            .axi_rvalid_o(axi_rvalid_o), 
                .axi_rlast_o(axi_rlast_o), 
                .axi_rdata_o(axi_rdata_o), 
                .axi_rready_i(axi_rready_i), 
                .axi_rid_o(axi_rid_o), 
                .rd_rsp_valid(rd_rsp_valid), 
                .rd_rsp_ready(rd_rsp_ready), 
                .rd_rsp_data(rd_rsp_data), 
                .rd_rsp_idx(rd_rsp_idx), 
                .rd_rsp_length(rd_rsp_length), 
                .rd_rsp_size(rd_rsp_size), 
                .rd_rsp_addr(rd_rsp_addr), 
                .ebr_empty(ebr_empty)) ; 
endmodule



`timescale 1ns/1ns
// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
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// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lpddr4_mc_reorder_buffer.sv
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
module mem_ipgen_lpddr4_mc_reorder_buffer #(parameter AXI_DATA_WIDTH = 0, 
        parameter AXI_ID_WIDTH = 0, 
        parameter AXI_LEN_WIDTH = 0, 
        parameter INT_ID_WIDTH = 0, 
        parameter BI_RD_DATA_Q_WIDTH = 0, 
        parameter SCH_NUM_WR_SUPPORT = 0, 
        parameter SCH_NUM_RD_SUPPORT = 0, 
        parameter MAX_OUTSTANDING_RD = 8, 
        parameter MAX_BURST_LEN = 64, 
        parameter DATA_CLK_EN = 0, 
        parameter DDR_WIDTH = 0, 
        parameter AXI_DATA_WIDTH_DIV2 = (AXI_DATA_WIDTH / 2), 
        parameter RSP_ADDR_WIDTH = AXI_LEN_WIDTH) (
    input sclk, 
    input rst_n, 
    input hclk, 
    input hrst_n, 
    input axi_rready_i, 
    output logic [(AXI_ID_WIDTH - 1):0] axi_rid_o, 
    output logic axi_rlast_o, 
    output logic axi_rvalid_o /* sythesis syn_preserve=1 */, 
    output logic [(AXI_DATA_WIDTH - 1):0] axi_rdata_o, 
    input rd_rsp_valid, 
    output rd_rsp_ready, 
    input [(BI_RD_DATA_Q_WIDTH - 1):0] rd_rsp_data, 
    input [((AXI_ID_WIDTH + INT_ID_WIDTH) - 1):0] rd_rsp_idx, 
    input [(AXI_LEN_WIDTH - 1):0] rd_rsp_length, 
    input [(3 - 1):0] rd_rsp_size, 
    input [(RSP_ADDR_WIDTH - 1):0] rd_rsp_addr, 
    output logic ebr_empty) ;
    localparam SIZE_WIDTH = 3 ; 
    localparam RE_BUFF_DEPTH = (MAX_OUTSTANDING_RD * MAX_BURST_LEN) ; 
    localparam BURST_ADDR_WIDTH = $clog2(MAX_BURST_LEN) ; 
    localparam RE_ADDR_WIDTH = $clog2(RE_BUFF_DEPTH) ; 
    localparam BYTE_CNT_WIDTH = 16 ; // FIXME: This seems to be too big. Need to discuss with Bharathi.
    localparam TOTAL_CTRL_WIDTH = (((AXI_LEN_WIDTH + AXI_ID_WIDTH) + INT_ID_WIDTH) + SIZE_WIDTH) ; 
    localparam TOTAL_ID_WIDTH = (AXI_ID_WIDTH + INT_ID_WIDTH) ; 
    localparam CTRL_DPRAM_WIDTH = (TOTAL_CTRL_WIDTH + 8) ; // FIXME: Why address is only 8 bits? MAX_OUTSTANDING_RD *64=512=> 9bits
    localparam SIZE_CNT_WIDTH = 8 ; 
    logic [(MAX_OUTSTANDING_RD - 1):0] ebr_wr ; 
    logic [(MAX_OUTSTANDING_RD - 1):0] ebr_wr_d ; 
    logic [(MAX_OUTSTANDING_RD - 1):0] sig_ebr_wr ; 
    logic ebr_wr_rep_r ; // replicated for EBR instance
    (* syn_keep=1 *) logic ebr_rd ; 
    logic [(RE_ADDR_WIDTH - 1):0] ebr_wraddr ; 
    logic [(RE_ADDR_WIDTH - 1):0] ebr_rdaddr ; 
    logic [(RE_ADDR_WIDTH - 1):0] sig_ebr_rdaddr ; 
    //logic [RE_ADDR_WIDTH-1:0]      ebr_rdaddr_d;
    logic [(BI_RD_DATA_Q_WIDTH - 1):0] ebr_wrdata ; 
    logic [(BI_RD_DATA_Q_WIDTH - 1):0] ebr_rddata ; 
    logic [(BI_RD_DATA_Q_WIDTH - 1):0] ebr_rddata_d ; 
    logic [(BI_RD_DATA_Q_WIDTH - 1):0] sig_ebr_rddata ; 
    logic [(BURST_ADDR_WIDTH - 1):0] bus_wraddr ; 
    //logic [BURST_ADDR_WIDTH-1:0]   bus_wraddr_d;
    logic [(SIZE_CNT_WIDTH - 1):0] count ; 
    logic [(SIZE_CNT_WIDTH - 1):0] count_nxt ; 
    logic [(SIZE_CNT_WIDTH - 1):0] len_val_r ; 
    logic [(SIZE_CNT_WIDTH - 1):0] len_val_nxt ; 
    logic [(TOTAL_ID_WIDTH - 1):0] idx_value ; 
    logic end_count_r ; 
    logic dpram_wr ; 
    logic dpram_wr_d ; 
    logic [(MAX_OUTSTANDING_RD - 1):0] sig_dpram_wr ; 
    logic [(MAX_OUTSTANDING_RD - 1):0] sig_dpram_wr_d ; 
    logic dpram_rd ; 
    logic [(INT_ID_WIDTH - 1):0] dpram_wraddr ; 
    logic [(INT_ID_WIDTH - 1):0] dpram_wraddr_d ; 
    logic [(INT_ID_WIDTH - 1):0] dpram_rdaddr ; 
    logic [(CTRL_DPRAM_WIDTH - 1):0] dpram_wrdata ; 
    logic [(CTRL_DPRAM_WIDTH - 1):0] sig_dpram_rddata ; 
    logic [(CTRL_DPRAM_WIDTH - 1):0] dpram_rddata_d ; 
    logic [(CTRL_DPRAM_WIDTH - 1):0] dpram_rddata ; 
    logic enable_bus ; 
    logic [(MAX_OUTSTANDING_RD - 1):0] sig_enable_bus ; 
    logic [(MAX_OUTSTANDING_RD - 1):0] sync_enable_bus ; 
    (* syn_preserve=1 *) logic [(MAX_OUTSTANDING_RD - 1):0] ebr_not_empty_r ; 
    (* syn_preserve=1 *) logic [(MAX_OUTSTANDING_RD - 1):0] ebr_not_empty_rep_r ; 
    logic [(MAX_OUTSTANDING_RD - 1):0] ebr_not_empty_nxt ; 
    logic [(MAX_OUTSTANDING_RD - 1):0] sync_ebr_not_empty ; 
    logic bus_idle ; 
    logic [(AXI_LEN_WIDTH - 1):0] beat_value ; 
    logic [2:0] size_value ; 
    logic [(RSP_ADDR_WIDTH - 1):0] addr_value ; 
    logic [(MAX_OUTSTANDING_RD - 1):0][15:0] ebr_wr_count ; 
    logic [(SIZE_CNT_WIDTH - 1):0] bytes ; 
    logic [(BYTE_CNT_WIDTH - 1):0] rd_bytes ; 
    logic [(BYTE_CNT_WIDTH - 1):0] total_bytes ; 
    logic [(RSP_ADDR_WIDTH - 1):0] start_addr ; 
    logic [(MAX_OUTSTANDING_RD - 1):0] ebr_done ; 
    //logic [AXI_DATA_WIDTH_DIV2 -1 :0] axi_rdata_high_o;
    //logic [AXI_DATA_WIDTH_DIV2 -1 :0] axi_rdata_low_o;
    (* syn_preserve=1 *) logic axi_rvalid_r ; 
    logic axi_rvalid_nxt ; 
    (* syn_keep=1 *) logic rdata_out_en ; 
    (* syn_keep=1 *) logic rdata_out_en_rep1 ; 
    (* syn_keep=1 *) logic rdata_out_en_rep2 ; 
    logic axi_rlast_nxt ; 
    typedef enum logic [1:0] { IDLE, 
            BUS_CHECK, 
            BUS_READ} bus_state ; 
    typedef enum logic [2:0] { EBR0, 
            EBR1, 
            EBR2, 
            EBR3, 
            EBR4, 
            EBR5, 
            EBR6, 
            EBR7} rr_state ; 
    rr_state rr_pstate, 
        rr_nstate ; 
    bus_state bus_pstate, 
        bus_nstate ; 
    always_ff
        @(posedge sclk or 
            negedge rst_n)
        if ((~rst_n)) 
            ebr_empty <=  1'b1 ;
        else
            ebr_empty <=  (~|ebr_not_empty_rep_r) ;
    assign rd_rsp_ready = 1'b1 ; 
    generate
        for (genvar i = 0;(i < MAX_OUTSTANDING_RD);i ++ )
        begin : EBR_CTRL
            assign sig_ebr_wr[i] = ((rd_rsp_valid == 1'b1) & (rd_rsp_idx[(INT_ID_WIDTH - 1):0] == i)) ; 
            // EBR_CTRL
            assign ebr_not_empty_nxt[i] = (sig_dpram_wr[i] ? 1'b1 : (sync_enable_bus[i] ? 1'b0 : ebr_not_empty_rep_r[i])) ; 
            always_ff
                @(posedge sclk or 
                    negedge rst_n)
                begin
                    if ((~rst_n)) 
                        begin
                            ebr_not_empty_r[i] <=  1'b0 ;
                            ebr_not_empty_rep_r[i] <=  1'b0 ;
                        end
                    else
                        begin
                            ebr_not_empty_r[i] <=  ebr_not_empty_nxt[i] ;
                            ebr_not_empty_rep_r[i] <=  ebr_not_empty_nxt[i] ;
                        end
                end// always_ff
            always_ff
                @(posedge sclk or 
                    negedge rst_n)
                begin
                    if ((!rst_n)) 
                        ebr_wr_count[i] <=  0 ;
                    else
                        if (sig_dpram_wr_d[i]) 
                            ebr_wr_count[i] <=  0 ;
                        else
                            if (ebr_wr[i]) 
                                ebr_wr_count[i] <=  (ebr_wr_count[i] + bytes) ;
                end// always_ff
            always_ff
                @(posedge sclk or 
                    negedge rst_n)
                begin
                    if ((!rst_n)) 
                        ebr_done[i] <=  0 ;
                    else
                        ebr_done[i] <=  ((ebr_wr[i] & ebr_wr_d[i]) & ((ebr_wr_count[i] + bytes) >= total_bytes)) ;
                end// always_ff
            assign sig_dpram_wr[i] = (ebr_done[i] & (!ebr_not_empty_rep_r[i])) ; 
            assign sig_enable_bus[i] = (((rr_pstate == i) & sync_ebr_not_empty[i]) & bus_idle) ; 
            if ((DATA_CLK_EN == 1)) 
                begin : ASYNC
                    mem_ipgen_lpddr4_mc_double_sync u_not_empty_sync (.clk_out(hclk), 
                                .rst_n_out(hrst_n), 
                                .data_in(ebr_not_empty_r[i]), 
                                .data_out(sync_ebr_not_empty[i])) ; 
                    mem_ipgen_lpddr4_mc_toggle_sync u_enable_bus_sync (.clk_in(hclk), 
                                .rst_n_in(hrst_n), 
                                .pulse_in(sig_enable_bus[i]), 
                                .clk_out(sclk), 
                                .rst_n_out(rst_n), 
                                .pulse_out(sync_enable_bus[i])) ; 
                end
            else
                begin : SYNC
                    assign sync_enable_bus[i] = sig_enable_bus[i] ; 
                    assign sync_ebr_not_empty[i] = ebr_not_empty_rep_r[i] ; 
                end
        end
    endgenerate
    always
        @(posedge sclk or 
            negedge rst_n)
        begin
            if ((!rst_n)) 
                ebr_wrdata <=  0 ;
            else
                ebr_wrdata <=  {rd_rsp_valid,
                        rd_rsp_data} ;
        end
    assign ebr_wraddr = {idx_value[(INT_ID_WIDTH - 1):0],
                bus_wraddr} ; 
    always
        @(posedge sclk or 
            negedge rst_n)
        begin
            if ((!rst_n)) 
                begin
                    dpram_wraddr <=  0 ;
                    sig_dpram_wr_d <=  0 ;
                end
            else
                begin
                    dpram_wraddr <=  idx_value[(INT_ID_WIDTH - 1):0] ;
                    sig_dpram_wr_d <=  sig_dpram_wr ;
                end
        end
    always
        @(posedge sclk or 
            negedge rst_n)
        begin
            if ((!rst_n)) 
                dpram_wrdata <=  0 ;
            else
                dpram_wrdata <=  {addr_value,
                        size_value,
                        idx_value,
                        beat_value} ;
        end
    always
        @(posedge sclk or 
            negedge rst_n)
        begin
            if ((!rst_n)) 
                begin
                    ebr_wr <=  {MAX_OUTSTANDING_RD{1'b0}} ;
                    ebr_wr_d <=  {MAX_OUTSTANDING_RD{1'b0}} ;
                    ebr_wr_rep_r <=  1'b0 ;
                end
            else
                begin
                    ebr_wr <=  sig_ebr_wr ;
                    ebr_wr_d <=  ebr_wr ;
                    ebr_wr_rep_r <=  (|sig_ebr_wr) ;
                end
        end
    logic ebr_done_d ; 
    always
        @(posedge sclk or 
            negedge rst_n)
        begin
            if ((!rst_n)) 
                begin
                    size_value <=  3'h0 ;
                    beat_value <=  {AXI_LEN_WIDTH{1'b0}} ;
                    addr_value <=  {RSP_ADDR_WIDTH{1'b0}} ;
                    idx_value <=  {TOTAL_ID_WIDTH{1'b0}} ;
                    rd_bytes <=  {BYTE_CNT_WIDTH{1'b1}} ;
                end
            else
                if (rd_rsp_valid) 
                    begin
                        size_value <=  {rd_rsp_size} ;
                        beat_value <=  {rd_rsp_length} ;
                        addr_value <=  {rd_rsp_addr} ;
                        idx_value <=  {rd_rsp_idx} ;
                        rd_bytes <=  (rd_rsp_length << rd_rsp_size) ;
                    end
        end
    always
        @(posedge sclk or 
            negedge rst_n)
        begin
            if ((!rst_n)) 
                begin
                    ebr_done_d <=  1'b0 ;
                end
            else
                begin
                    ebr_done_d <=  (|ebr_done) ;
                end
        end
    assign bytes = DDR_WIDTH ; 
    assign start_addr = ((DDR_WIDTH == 16) ? addr_value[4:0] : ((DDR_WIDTH == 32) ? addr_value[5:0] : addr_value[6:0])) ; 
    always
        @(posedge sclk or 
            negedge rst_n)
        begin
            if ((!rst_n)) 
                bus_wraddr <=  {BURST_ADDR_WIDTH{1'b0}} ;
            else
                if (((idx_value[(INT_ID_WIDTH - 1):0] != rd_rsp_idx[(INT_ID_WIDTH - 1):0]) | ebr_done_d)) 
                    bus_wraddr <=  {BURST_ADDR_WIDTH{1'b0}} ;
                else
                    if ((|ebr_wr)) 
                        bus_wraddr <=  (bus_wraddr + {{(BURST_ADDR_WIDTH - 1){1'b0}},
                                1'b1}) ;
        end
    always
        @(posedge sclk or 
            negedge rst_n)
        begin
            if ((!rst_n)) 
                total_bytes <=  0 ;
            else
                total_bytes <=  (rd_bytes + start_addr) ;
        end
    assign dpram_wr = ((|sig_dpram_wr) & (!dpram_wr_d)) ; 
    always
        @(posedge sclk or 
            negedge rst_n)
        begin
            if ((!rst_n)) 
                dpram_wr_d <=  0 ;
            else
                dpram_wr_d <=  dpram_wr ;
        end
    mem_ipgen_lpddr4_mc_dpram #(.WIDTH(CTRL_DPRAM_WIDTH),
            .DEPTH(MAX_OUTSTANDING_RD)) u_ctrl_dpram (// 3 is for size and 8 is for address
            .wr_clk_i(sclk), 
                .rd_clk_i(hclk), 
                .wr_clk_en_i(1'b1), 
                .rd_en_i(dpram_rd), 
                .rd_clk_en_i(1'b1), 
                .wr_en_i(dpram_wr), 
                .wr_data_i(dpram_wrdata), 
                .wr_addr_i(dpram_wraddr), 
                .rd_addr_i(dpram_rdaddr), 
                .rd_data_o(dpram_rddata)) ; 
    mem_ipgen_lpddr4_mc_sch_ebr #(.WIDTH(BI_RD_DATA_Q_WIDTH),
            .DEPTH(RE_BUFF_DEPTH)) u_lpddr4_mc_rd_rtrn_ebr_inst (.wr_clk_i(sclk), 
                .rd_clk_i(hclk), 
                //.rst_i(!hrst_n), 
            .rst_i((!rst_n)), 
                .wr_clk_en_i(1'b1), 
                .rd_clk_en_i(1'b1), 
                //.wr_en_i(|ebr_wr), 
            .wr_en_i(ebr_wr_rep_r), 
                .rd_en_i(ebr_rd), 
                //.rd_en_i(1'b1),  // Let the EBR output be pass through, note that the final rddata is registered
            .wr_data_i(ebr_wrdata), 
                .wr_addr_i(ebr_wraddr), 
                .rd_addr_i(ebr_rdaddr),  // Modified by Alfred for Synthesis
            .ben_i({(BI_RD_DATA_Q_WIDTH / 8){1'b1}}), 
                .rd_data_o(ebr_rddata)) ; 
    assign dpram_rd = enable_bus ; 
    assign dpram_rdaddr = rr_pstate ; 
    assign enable_bus = (|sig_enable_bus) ; 
    always_comb
        begin
            rr_nstate = rr_pstate ;
            case (rr_pstate)
            EBR0 : 
                begin
                    if ((sync_ebr_not_empty[0] & bus_idle)) 
                        begin
                            rr_nstate = EBR1 ;
                        end
                end
            EBR1 : 
                begin
                    if ((sync_ebr_not_empty[1] & bus_idle)) 
                        begin
                            rr_nstate = EBR2 ;
                        end
                end
            EBR2 : 
                begin
                    if ((sync_ebr_not_empty[2] & bus_idle)) 
                        begin
                            rr_nstate = EBR3 ;
                        end
                end
            EBR3 : 
                begin
                    if ((sync_ebr_not_empty[3] & bus_idle)) 
                        begin
                            rr_nstate = EBR4 ;
                        end
                end
            EBR4 : 
                begin
                    if ((sync_ebr_not_empty[4] & bus_idle)) 
                        begin
                            rr_nstate = EBR5 ;
                        end
                end
            EBR5 : 
                begin
                    if ((sync_ebr_not_empty[5] & bus_idle)) 
                        begin
                            rr_nstate = EBR6 ;
                        end
                end
            EBR6 : 
                begin
                    if ((sync_ebr_not_empty[6] & bus_idle)) 
                        begin
                            rr_nstate = EBR7 ;
                        end
                end
            EBR7 : 
                begin
                    if ((sync_ebr_not_empty[7] & bus_idle)) 
                        begin
                            rr_nstate = EBR0 ;
                        end
                end
            endcase 
        end
    always
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            rr_pstate <=  EBR0 ;
        else
            rr_pstate <=  rr_nstate ;
    always
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            dpram_rddata_d <=  0 ;
        else
            if (dpram_rd) 
                dpram_rddata_d <=  dpram_rddata ;
    logic sig_read_done ; 
    assign bus_idle = ((bus_pstate == IDLE) | sig_read_done) ; 
    assign sig_dpram_rddata = dpram_rddata_d ; 
    always_comb
        begin
            bus_nstate = bus_pstate ;
            sig_read_done = 1'b0 ;
            case (bus_pstate)
            IDLE : 
                begin
                    if (enable_bus) 
                        bus_nstate = BUS_READ ;
                end
            BUS_READ : 
                begin
                    //if(end_count_r & axi_rready_i & axi_rlast_o) begin  // Reduced end_count_r to 1 bit reg for better STA
                    if ((axi_rready_i & axi_rlast_o)) 
                        begin
                            // Reduced end_count_r to 1 bit reg for better STA
                            sig_read_done = 1'b1 ;
                            bus_nstate = (enable_bus ? BUS_READ : IDLE) ;
                        end
                end
            endcase 
        end// always_comb
    logic enable_bus_d ; 
    (* syn_preserve=1 *) logic enable_bus_dd ; 
    (* syn_preserve=1 *) logic enable_bus_dd_rep1 ; 
    (* syn_preserve=1 *) logic enable_bus_dd_rep2 ; 
    logic [(SIZE_CNT_WIDTH - 1):0] size_count ; 
    logic [(SIZE_CNT_WIDTH - 1):0] size_count_nxt ; 
    logic [(SIZE_CNT_WIDTH - 1):0] sig_size_count ; 
    logic [(SIZE_CNT_WIDTH - 1):0] sig16_size_count ; 
    logic [(SIZE_CNT_WIDTH - 1):0] sig32_size_count ; 
    logic [(SIZE_CNT_WIDTH - 1):0] sig64_size_count ; 
    logic addr_sel ; 
    logic [(SIZE_CNT_WIDTH - 1):0] nxt_size_count ; 
    logic [(SIZE_CNT_WIDTH - 1):0] nxt16_size_count ; 
    logic [(SIZE_CNT_WIDTH - 1):0] nxt32_size_count ; 
    logic [(SIZE_CNT_WIDTH - 1):0] nxt64_size_count ; 
    (* syn_keep=1 *) logic ebr_rdaddr_inc ; 
    logic first_ebr_rd_r ; 
    logic ebr_rd_ok_nxt ; 
    (* syn_preserve=1 *) logic ebr_rd_ok_r ; 
    (* syn_preserve=1 *) logic ebr_rd_ok_rep1_r ; 
    (* syn_preserve=1 *) logic ebr_rd_ok_rep2_r ; 
    (* syn_preserve=1 *) logic ebr_rd_ok_rep3_r ; 
    logic size_count_eq1_r ; 
    //assign ebr_rd = (enable_bus_dd && !axi_rlast_o) | enable_bus_d | (axi_rvalid_r && axi_rready_i && size_count == 1);
    //assign ebr_rd = (enable_bus_dd && !axi_rlast_o) | (axi_rvalid_r && axi_rready_i && size_count == 1);
    assign ebr_rdaddr_inc = (((enable_bus_dd && (!axi_rlast_o)) | enable_bus_d) | ((axi_rvalid_r && axi_rready_i) && (size_count == 1))) ; 
    // first_ebr_rd_r is equivalent to (enable_bus_dd && !axi_rlast_o) | enable_bus_d
    assign ebr_rd = (first_ebr_rd_r | (ebr_rd_ok_r && axi_rready_i)) ; 
    assign ebr_rd_ok_nxt = (axi_rvalid_nxt && (size_count_nxt == 1)) ; 
    always
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            begin
                enable_bus_d <=  1'b0 ;
                enable_bus_dd <=  1'b0 ;
                enable_bus_dd_rep1 <=  1'b0 ;
                enable_bus_dd_rep2 <=  1'b0 ;
                first_ebr_rd_r <=  1'b0 ;
                ebr_rd_ok_r <=  1'b0 ;
                ebr_rd_ok_rep1_r <=  1'b0 ;
                ebr_rd_ok_rep2_r <=  1'b0 ;
                ebr_rd_ok_rep3_r <=  1'b0 ;
            end
        else
            begin
                enable_bus_d <=  enable_bus ;
                enable_bus_dd <=  enable_bus_d ;
                enable_bus_dd_rep1 <=  enable_bus_d ;
                enable_bus_dd_rep2 <=  enable_bus_d ;
                first_ebr_rd_r <=  ((enable_bus_d && (!axi_rlast_nxt)) | enable_bus) ;
                ebr_rd_ok_r <=  ebr_rd_ok_nxt ;
                ebr_rd_ok_rep1_r <=  ebr_rd_ok_nxt ;
                ebr_rd_ok_rep2_r <=  ebr_rd_ok_nxt ;
                ebr_rd_ok_rep3_r <=  ebr_rd_ok_nxt ;
            end
    always
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            bus_pstate <=  IDLE ;
        else
            bus_pstate <=  bus_nstate ;
    assign len_val_nxt = (enable_bus_d ? sig_dpram_rddata[(AXI_LEN_WIDTH - 1):0] : len_val_r) ; 
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        begin
            if ((!hrst_n)) 
                len_val_r <=  {SIZE_CNT_WIDTH{1'b0}} ;
            else
                len_val_r <=  len_val_nxt ;
        end// always_ff
    always_comb
        begin
            if (dpram_rd) 
                size_count_nxt = sig_size_count ;
            else
                if (((axi_rvalid_r & axi_rready_i) & (size_count == 1))) 
                    size_count_nxt = nxt_size_count ;
                else
                    if ((axi_rvalid_r & axi_rready_i)) 
                        size_count_nxt = (size_count - 1) ;
                    else
                        size_count_nxt = size_count ;
        end
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            size_count <=  {SIZE_CNT_WIDTH{1'b0}} ;
        else
            if (enable_bus_d) 
                size_count <=  sig_size_count ;
            else
                size_count <=  size_count_nxt ;
    logic [2:0] axi_size ; 
    logic [7:0] axi_addr ; 
    logic [7:0] axi_nxt_addr ; 
    logic [(INT_ID_WIDTH - 1):0] int_id ; 
    logic [(AXI_ID_WIDTH - 1):0] axi_rid ; 
    logic [3:0] data_sel ; 
    assign axi_size = sig_dpram_rddata[(TOTAL_CTRL_WIDTH - 1):((AXI_LEN_WIDTH + INT_ID_WIDTH) + AXI_ID_WIDTH)] ; 
    assign axi_addr = sig_dpram_rddata[((TOTAL_CTRL_WIDTH + 8) - 1):TOTAL_CTRL_WIDTH] ; 
    assign int_id = sig_dpram_rddata[((AXI_LEN_WIDTH + INT_ID_WIDTH) - 1):AXI_LEN_WIDTH] ; 
    assign axi_rid = sig_dpram_rddata[(((AXI_LEN_WIDTH + INT_ID_WIDTH) + AXI_ID_WIDTH) - 1):(AXI_LEN_WIDTH + INT_ID_WIDTH)] ; 
    assign sig16_size_count = ((5'b10000 - axi_addr[3:0]) >> axi_size) ; 
    assign sig32_size_count = ((6'b100000 - axi_addr[4:0]) >> axi_size) ; 
    assign sig64_size_count = ((7'b1000000 - axi_addr[5:0]) >> axi_size) ; 
    assign sig_size_count = ((DDR_WIDTH == 16) ? sig16_size_count : ((DDR_WIDTH == 32) ? sig32_size_count : sig64_size_count)) ; 
    assign nxt16_size_count = (5'b10000 >> axi_size) ; 
    assign nxt32_size_count = (6'b100000 >> axi_size) ; 
    assign nxt64_size_count = (7'b1000000 >> axi_size) ; 
    assign nxt_size_count = ((DDR_WIDTH == 16) ? nxt16_size_count : ((DDR_WIDTH == 32) ? nxt32_size_count : nxt64_size_count)) ; 
    always_comb
        begin
            if (dpram_rd) 
                count_nxt = {SIZE_CNT_WIDTH{1'b0}} ;
            else
                if ((axi_rvalid_r & axi_rready_i)) 
                    count_nxt = (count + 1) ;
                else
                    count_nxt = count ;
        end// always_comb
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        begin
            if ((!hrst_n)) 
                begin
                    count <=  {SIZE_CNT_WIDTH{1'b0}} ;
                    //end_count_r <= 1'b0;
                end
            else
                begin
                    count <=  count_nxt ;
                    // end_count_r <= (count_nxt == (len_val_nxt-1)) | (len_val_nxt == 1);
                end
        end// always_ff
    assign ebr_rdaddr = (enable_bus_d ? {int_id,
                5'h0,
                addr_sel} : sig_ebr_rdaddr) ; 
    always
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            sig_ebr_rdaddr <=  {RE_ADDR_WIDTH{1'b0}} ;
        else
            if (enable_bus_d) 
                sig_ebr_rdaddr <=  ({int_id,
                        5'h0,
                        addr_sel} + 1) ;
            else
                //else if(ebr_rd)
                if (ebr_rdaddr_inc) 
                    sig_ebr_rdaddr <=  (sig_ebr_rdaddr + 1) ;
    assign addr_sel = ((DDR_WIDTH == 16) ? sig_dpram_rddata[(TOTAL_CTRL_WIDTH + 4)] : ((DDR_WIDTH == 32) ? sig_dpram_rddata[(TOTAL_CTRL_WIDTH + 5)] : sig_dpram_rddata[(TOTAL_CTRL_WIDTH + 6)])) ; 
    always
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            axi_rid_o <=  {AXI_ID_WIDTH{1'b0}} ;
        else
            if (((enable_bus_dd & (!axi_rlast_o)) | (axi_rlast_o & axi_rready_i))) 
                axi_rid_o <=  axi_rid ;
    //always @(posedge hclk or negedge hrst_n)
    //   if(!hrst_n)
    //      axi_rvalid_o  <= 1'b0;
    //    else if(enable_bus_dd) 
    //      axi_rvalid_o  <= 1'b1;
    //   else if(count == len_val_r -1 & axi_rready_i)
    //      axi_rvalid_o  <= 1'b0;
    always_comb
        begin
            if (enable_bus_dd) 
                axi_rvalid_nxt = 1'b1 ;
            else
                if (((count == (len_val_r - 1)) & axi_rready_i)) 
                    axi_rvalid_nxt = 1'b0 ;
                else
                    axi_rvalid_nxt = axi_rvalid_r ;
        end
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        begin
            if ((!hrst_n)) 
                begin
                    axi_rvalid_o <=  1'b0 ;
                    axi_rvalid_r <=  1'b0 ;
                end
            else
                begin
                    axi_rvalid_o <=  axi_rvalid_nxt ;
                    axi_rvalid_r <=  axi_rvalid_nxt ;
                end
        end
    always_comb
        begin
            if ((((((count == (len_val_r - 2)) & axi_rready_i) & (len_val_r != 0)) & axi_rvalid_r) | ((len_val_r == 1) & enable_bus_dd))) 
                axi_rlast_nxt = 1'b1 ;
            else
                if (axi_rready_i) 
                    axi_rlast_nxt = 1'b0 ;
                else
                    axi_rlast_nxt = axi_rlast_o ;
        end
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            axi_rlast_o <=  1'b0 ;
        else
            axi_rlast_o <=  axi_rlast_nxt ;
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            axi_nxt_addr <=  8'b0 ;
        else
            if (enable_bus_d) 
                axi_nxt_addr <=  axi_addr ;
            else
                if ((enable_bus_dd | (axi_rvalid_o & axi_rready_i))) 
                    axi_nxt_addr <=  (axi_nxt_addr + (1 << axi_size)) ;
    generate
        if ((AXI_DATA_WIDTH == (DDR_WIDTH * 4))) 
            begin: genblk2
                assign data_sel = ((DDR_WIDTH == 16) ? axi_nxt_addr[3] : ((DDR_WIDTH == 32) ? axi_nxt_addr[4] : axi_nxt_addr[5])) ; 
            end
        if ((AXI_DATA_WIDTH == (DDR_WIDTH * 2))) 
            begin: genblk3
                assign data_sel = ((DDR_WIDTH == 16) ? axi_nxt_addr[3:2] : ((DDR_WIDTH == 32) ? axi_nxt_addr[4:3] : axi_nxt_addr[5:4])) ; 
            end
        if ((AXI_DATA_WIDTH == (DDR_WIDTH * 1))) 
            begin: genblk4
                assign data_sel = ((DDR_WIDTH == 16) ? axi_nxt_addr[3:1] : ((DDR_WIDTH == 32) ? axi_nxt_addr[4:2] : axi_nxt_addr[5:3])) ; 
            end
        if ((AXI_DATA_WIDTH == (DDR_WIDTH / 2))) 
            begin: genblk5
                assign data_sel = ((DDR_WIDTH == 16) ? axi_nxt_addr[3:0] : ((DDR_WIDTH == 32) ? axi_nxt_addr[4:1] : axi_nxt_addr[5:2])) ; 
            end
    endgenerate
    assign rdata_out_en = (enable_bus_dd | (ebr_rd_ok_rep3_r & axi_rready_i)) ; 
    /*****
assign rdata_out_en_nxt = enable_bus_d | ebr_rd_ok_nxt;

always_ff @(posedge hclk  or negedge hrst_n)
    if(!hrst_n)
       rdata_out_en_r <= 'h0;
    else 
       rdata_out_en_r  <= (rdata_out_en_nxt);

end 
assign rdata_out_en  = rdata_out_en_r & axi_rready_i ;
****/
    assign rdata_out_en_rep1 = (enable_bus_dd_rep1 | (ebr_rd_ok_rep1_r & axi_rready_i)) ; 
    assign rdata_out_en_rep2 = (enable_bus_dd_rep2 | (ebr_rd_ok_rep2_r & axi_rready_i)) ; 
    assign sig_ebr_rddata = (rdata_out_en ? ebr_rddata : ebr_rddata_d) ; 
    always_ff
        @(posedge hclk or 
            negedge hrst_n)
        if ((!hrst_n)) 
            ebr_rddata_d <=  8'b0 ;
        else
            if (rdata_out_en) 
                ebr_rddata_d <=  ebr_rddata ;
    generate
        if ((AXI_DATA_WIDTH == (DDR_WIDTH * 8))) 
            begin : genblk6
                always
                    @(posedge hclk or 
                        negedge hrst_n)
                    if ((!hrst_n)) 
                        axi_rdata_o <=  {AXI_DATA_WIDTH{1'b0}} ;
                    else
                        begin
                            if (rdata_out_en_rep1) 
                                axi_rdata_o[((AXI_DATA_WIDTH / 2) - 1):0] <=  ebr_rddata[((AXI_DATA_WIDTH / 2) - 1):0] ;
                            if (rdata_out_en_rep2) 
                                axi_rdata_o[(AXI_DATA_WIDTH - 1):(AXI_DATA_WIDTH / 2)] <=  ebr_rddata[(AXI_DATA_WIDTH - 1):(AXI_DATA_WIDTH / 2)] ;
                        end
            end
        if ((AXI_DATA_WIDTH == (DDR_WIDTH * 4))) 
            begin : genblk7
                always
                    @(posedge hclk or 
                        negedge hrst_n)
                    if ((!hrst_n)) 
                        axi_rdata_o <=  {AXI_DATA_WIDTH{1'b0}} ;
                    else
                        if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (!data_sel[0]))) 
                            axi_rdata_o <=  sig_ebr_rddata[((BI_RD_DATA_Q_WIDTH / 2) - 1):0] ;
                        else
                            if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & data_sel[0])) 
                                axi_rdata_o <=  sig_ebr_rddata[(BI_RD_DATA_Q_WIDTH - 1):(BI_RD_DATA_Q_WIDTH / 2)] ;
            end
        if ((AXI_DATA_WIDTH == (DDR_WIDTH * 2))) 
            begin : genblk8
                always
                    @(posedge hclk or 
                        negedge hrst_n)
                    if ((!hrst_n)) 
                        axi_rdata_o <=  {AXI_DATA_WIDTH{1'b0}} ;
                    else
                        if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[1:0] == 2'b00))) 
                            axi_rdata_o <=  sig_ebr_rddata[((BI_RD_DATA_Q_WIDTH / 4) - 1):0] ;
                        else
                            if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[1:0] == 2'b01))) 
                                axi_rdata_o <=  sig_ebr_rddata[((BI_RD_DATA_Q_WIDTH / 2) - 1):(BI_RD_DATA_Q_WIDTH / 4)] ;
                            else
                                if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[1:0] == 2'b10))) 
                                    axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 3) / 4) - 1):(BI_RD_DATA_Q_WIDTH / 2)] ;
                                else
                                    if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[1:0] == 2'b11))) 
                                        axi_rdata_o <=  sig_ebr_rddata[(BI_RD_DATA_Q_WIDTH - 1):((BI_RD_DATA_Q_WIDTH * 3) / 4)] ;
            end
        if ((AXI_DATA_WIDTH == (DDR_WIDTH * 1))) 
            begin : genblk9
                always
                    @(posedge hclk or 
                        negedge hrst_n)
                    if ((!hrst_n)) 
                        axi_rdata_o <=  {AXI_DATA_WIDTH{1'b0}} ;
                    else
                        if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[2:0] == 3'b000))) 
                            axi_rdata_o <=  sig_ebr_rddata[((BI_RD_DATA_Q_WIDTH / 8) - 1):0] ;
                        else
                            if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[2:0] == 3'b001))) 
                                axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 2) / 8) - 1):(BI_RD_DATA_Q_WIDTH / 8)] ;
                            else
                                if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[2:0] == 3'b010))) 
                                    axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 3) / 8) - 1):((BI_RD_DATA_Q_WIDTH * 2) / 8)] ;
                                else
                                    if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[2:0] == 3'b011))) 
                                        axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 4) / 8) - 1):((BI_RD_DATA_Q_WIDTH * 3) / 8)] ;
                                    else
                                        if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[2:0] == 3'b100))) 
                                            axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 5) / 8) - 1):((BI_RD_DATA_Q_WIDTH * 4) / 8)] ;
                                        else
                                            if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[2:0] == 3'b101))) 
                                                axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 6) / 8) - 1):((BI_RD_DATA_Q_WIDTH * 5) / 8)] ;
                                            else
                                                if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[2:0] == 3'b110))) 
                                                    axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 7) / 8) - 1):((BI_RD_DATA_Q_WIDTH * 6) / 8)] ;
                                                else
                                                    if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[2:0] == 3'b111))) 
                                                        axi_rdata_o <=  sig_ebr_rddata[(BI_RD_DATA_Q_WIDTH - 1):((BI_RD_DATA_Q_WIDTH * 7) / 8)] ;
            end
        if ((AXI_DATA_WIDTH == (DDR_WIDTH / 2))) 
            begin : genblk10
                always
                    @(posedge hclk or 
                        negedge hrst_n)
                    if ((!hrst_n)) 
                        axi_rdata_o <=  {AXI_DATA_WIDTH{1'b0}} ;
                    else
                        if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'h0))) 
                            axi_rdata_o <=  sig_ebr_rddata[((BI_RD_DATA_Q_WIDTH / 16) - 1):0] ;
                        else
                            if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'h1))) 
                                axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 2) / 16) - 1):(BI_RD_DATA_Q_WIDTH / 16)] ;
                            else
                                if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'h2))) 
                                    axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 3) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 2) / 16)] ;
                                else
                                    if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'h3))) 
                                        axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 4) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 3) / 16)] ;
                                    else
                                        if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'h4))) 
                                            axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 5) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 4) / 16)] ;
                                        else
                                            if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'h5))) 
                                                axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 6) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 5) / 16)] ;
                                            else
                                                if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'h6))) 
                                                    axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 7) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 6) / 16)] ;
                                                else
                                                    if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'h7))) 
                                                        axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 8) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 7) / 16)] ;
                                                    else
                                                        if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'h8))) 
                                                            axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 9) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 8) / 16)] ;
                                                        else
                                                            if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'h9))) 
                                                                axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 10) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 9) / 16)] ;
                                                            else
                                                                if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'ha))) 
                                                                    axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 11) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 10) / 16)] ;
                                                                else
                                                                    if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'hb))) 
                                                                        axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 12) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 11) / 16)] ;
                                                                    else
                                                                        if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'hc))) 
                                                                            axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 13) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 12) / 16)] ;
                                                                        else
                                                                            if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'hd))) 
                                                                                axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 14) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 13) / 16)] ;
                                                                            else
                                                                                if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'he))) 
                                                                                axi_rdata_o <=  sig_ebr_rddata[(((BI_RD_DATA_Q_WIDTH * 15) / 16) - 1):((BI_RD_DATA_Q_WIDTH * 14) / 16)] ;
                                                                                else
                                                                                if (((enable_bus_dd | (axi_rvalid_o & axi_rready_i)) & (data_sel[3:0] == 4'hf))) 
                                                                                axi_rdata_o <=  sig_ebr_rddata[(BI_RD_DATA_Q_WIDTH - 1):((BI_RD_DATA_Q_WIDTH * 15) / 16)] ;
            end
    endgenerate
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               : Radiant Software 1.1
// File                  : lpddr4_mc_ecc_gen.v
// Title                 :
// Dependencies          :
// Description           : Implements a pseudo Dual Port RAM using EBR.
// =============================================================================
//                        REVISION HISTORY
// Version               : 1.1.0.
// Author(s)             :
// Mod. Date             :
// Changes Made          : Initial release.
// =============================================================================
module mem_ipgen_lpddr4_mc_ecc_gen #(parameter DATA_WIDTH = 32, 
        parameter ECC_WIDTH = 8) (
    input clk, 
    input rst_n, 
    input [(DATA_WIDTH - 1):0] data_in, 
    output logic [(DATA_WIDTH - 1):0] data_out, 
    output logic [(8 - 1):0] calc_ecc) ;
    logic [(DATA_WIDTH - 1):0] D ; 
    logic [(DATA_WIDTH - 1):0] sig_data_out ; 
    logic [(8 - 1):0] P ; 
    logic [(8 - 1):0] sig_calc_ecc ; 
    assign D = data_in ; 
    assign sig_calc_ecc = {P[7],
                P[6],
                P[5],
                P[4],
                P[3],
                P[2],
                P[1],
                P[0]} ; 
    generate
        if ((DATA_WIDTH == 64)) 
            begin : genblk1
                assign P[7] = ((((((((((((((((((((D[39] ^ D[40]) ^ D[41]) ^ D[42]) ^ D[43]) ^ D[48]) ^ D[49]) ^ D[50]) ^ D[51]) ^ D[52]) ^ D[53]) ^ D[54]) ^ D[55]) ^ D[56]) ^ D[57]) ^ D[58]) ^ D[59]) ^ D[60]) ^ D[61]) ^ D[62]) ^ D[63]) ; 
                assign P[6] = ((((((((((((((((((((((D[24] ^ D[25]) ^ D[26]) ^ D[27]) ^ D[28]) ^ D[29]) ^ D[30]) ^ D[31]) ^ D[32]) ^ D[33]) ^ D[34]) ^ D[35]) ^ D[36]) ^ D[37]) ^ D[38]) ^ D[46]) ^ D[47]) ^ D[58]) ^ D[59]) ^ D[60]) ^ D[61]) ^ D[62]) ^ D[63]) ; 
                assign P[5] = (((((((((((((((((((((((((D[10] ^ D[11]) ^ D[12]) ^ D[13]) ^ D[14]) ^ D[15]) ^ D[16]) ^ D[17]) ^ D[18]) ^ D[19]) ^ D[21]) ^ D[22]) ^ D[23]) ^ D[34]) ^ D[35]) ^ D[36]) ^ D[37]) ^ D[38]) ^ D[44]) ^ D[45]) ^ D[53]) ^ D[54]) ^ D[55]) ^ D[56]) ^ D[57]) ^ D[63]) ; 
                assign P[4] = ((((((((((((((((((((((((((D[4] ^ D[5]) ^ D[6]) ^ D[7]) ^ D[8]) ^ D[9]) ^ D[16]) ^ D[17]) ^ D[18]) ^ D[19]) ^ D[20]) ^ D[22]) ^ D[23]) ^ D[30]) ^ D[31]) ^ D[32]) ^ D[33]) ^ D[38]) ^ D[44]) ^ D[45]) ^ D[47]) ^ D[49]) ^ D[50]) ^ D[51]) ^ D[52]) ^ D[57]) ^ D[62]) ; 
                assign P[3] = ((((((((((((((((((((((((((D[1] ^ D[2]) ^ D[3]) ^ D[7]) ^ D[8]) ^ D[9]) ^ D[13]) ^ D[14]) ^ D[15]) ^ D[19]) ^ D[20]) ^ D[21]) ^ D[23]) ^ D[27]) ^ D[28]) ^ D[29]) ^ D[33]) ^ D[37]) ^ D[42]) ^ D[43]) ^ D[44]) ^ D[45]) ^ D[46]) ^ D[48]) ^ D[52]) ^ D[56]) ^ D[61]) ; 
                assign P[2] = (((((((((((((((((((((((((((D[0] ^ D[2]) ^ D[3]) ^ D[5]) ^ D[6]) ^ D[9]) ^ D[11]) ^ D[12]) ^ D[15]) ^ D[18]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[25]) ^ D[26]) ^ D[29]) ^ D[32]) ^ D[36]) ^ D[40]) ^ D[41]) ^ D[44]) ^ D[45]) ^ D[46]) ^ D[47]) ^ D[48]) ^ D[51]) ^ D[55]) ^ D[60]) ; 
                assign P[1] = (((((((((((((((((((((((((((D[0] ^ D[1]) ^ D[3]) ^ D[4]) ^ D[6]) ^ D[8]) ^ D[10]) ^ D[12]) ^ D[14]) ^ D[17]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[23]) ^ D[24]) ^ D[26]) ^ D[28]) ^ D[31]) ^ D[35]) ^ D[39]) ^ D[41]) ^ D[43]) ^ D[45]) ^ D[46]) ^ D[47]) ^ D[50]) ^ D[54]) ^ D[59]) ; 
                assign P[0] = (((((((((((((((((((((((((((D[0] ^ D[1]) ^ D[2]) ^ D[4]) ^ D[5]) ^ D[7]) ^ D[10]) ^ D[11]) ^ D[13]) ^ D[16]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[23]) ^ D[24]) ^ D[25]) ^ D[27]) ^ D[30]) ^ D[34]) ^ D[39]) ^ D[40]) ^ D[42]) ^ D[44]) ^ D[46]) ^ D[47]) ^ D[49]) ^ D[53]) ^ D[58]) ; 
            end
        if ((DATA_WIDTH == 32)) 
            begin : genblk2
                assign P[7] = 1'b0 ; 
                assign P[6] = (((((((D[24] ^ D[25]) ^ D[26]) ^ D[27]) ^ D[28]) ^ D[29]) ^ D[30]) ^ D[31]) ; 
                assign P[5] = ((((((((((((D[10] ^ D[11]) ^ D[12]) ^ D[13]) ^ D[14]) ^ D[15]) ^ D[16]) ^ D[17]) ^ D[18]) ^ D[19]) ^ D[21]) ^ D[22]) ^ D[23]) ; 
                assign P[4] = ((((((((((((((D[4] ^ D[5]) ^ D[6]) ^ D[7]) ^ D[8]) ^ D[9]) ^ D[16]) ^ D[17]) ^ D[18]) ^ D[19]) ^ D[20]) ^ D[22]) ^ D[23]) ^ D[30]) ^ D[31]) ; 
                assign P[3] = (((((((((((((((D[1] ^ D[2]) ^ D[3]) ^ D[7]) ^ D[8]) ^ D[9]) ^ D[13]) ^ D[14]) ^ D[15]) ^ D[19]) ^ D[20]) ^ D[21]) ^ D[23]) ^ D[27]) ^ D[28]) ^ D[29]) ; 
                assign P[2] = (((((((((((((((D[0] ^ D[2]) ^ D[3]) ^ D[5]) ^ D[6]) ^ D[9]) ^ D[11]) ^ D[12]) ^ D[15]) ^ D[18]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[25]) ^ D[26]) ^ D[29]) ; 
                assign P[1] = (((((((((((((((((D[0] ^ D[1]) ^ D[3]) ^ D[4]) ^ D[6]) ^ D[8]) ^ D[10]) ^ D[12]) ^ D[14]) ^ D[17]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[23]) ^ D[24]) ^ D[26]) ^ D[28]) ^ D[31]) ; 
                assign P[0] = (((((((((((((((((D[0] ^ D[1]) ^ D[2]) ^ D[4]) ^ D[5]) ^ D[7]) ^ D[10]) ^ D[11]) ^ D[13]) ^ D[16]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[23]) ^ D[24]) ^ D[25]) ^ D[27]) ^ D[30]) ; 
            end
        if ((DATA_WIDTH == 16)) 
            begin : genblk3
                assign P[7] = 1'b0 ; 
                assign P[6] = 1'b0 ; 
                assign P[5] = (((((D[10] ^ D[11]) ^ D[12]) ^ D[13]) ^ D[14]) ^ D[15]) ; 
                assign P[4] = (((((D[4] ^ D[5]) ^ D[6]) ^ D[7]) ^ D[8]) ^ D[9]) ; 
                assign P[3] = ((((((((D[1] ^ D[2]) ^ D[3]) ^ D[7]) ^ D[8]) ^ D[9]) ^ D[13]) ^ D[14]) ^ D[15]) ; 
                assign P[2] = ((((((((D[0] ^ D[2]) ^ D[3]) ^ D[5]) ^ D[6]) ^ D[9]) ^ D[11]) ^ D[12]) ^ D[15]) ; 
                assign P[1] = ((((((((D[0] ^ D[1]) ^ D[3]) ^ D[4]) ^ D[6]) ^ D[8]) ^ D[10]) ^ D[12]) ^ D[14]) ; 
                assign P[0] = ((((((((D[0] ^ D[1]) ^ D[2]) ^ D[4]) ^ D[5]) ^ D[7]) ^ D[10]) ^ D[11]) ^ D[13]) ; 
            end
        if ((DATA_WIDTH == 8)) 
            begin : genblk4
                assign P[7] = 1'b0 ; 
                assign P[6] = 1'b0 ; 
                assign P[5] = 1'b0 ; 
                assign P[4] = (((D[4] ^ D[5]) ^ D[6]) ^ D[7]) ; 
                assign P[3] = (((D[1] ^ D[2]) ^ D[3]) ^ D[7]) ; 
                assign P[2] = ((((D[0] ^ D[2]) ^ D[3]) ^ D[5]) ^ D[6]) ; 
                assign P[1] = ((((D[0] ^ D[1]) ^ D[3]) ^ D[4]) ^ D[6]) ; 
                assign P[0] = (((((D[0] ^ D[1]) ^ D[2]) ^ D[4]) ^ D[5]) ^ D[7]) ; 
            end
    endgenerate
    always
        @(posedge clk or 
            negedge rst_n)
        if ((!rst_n)) 
            data_out <=  0 ;
        else
            data_out <=  {data_in} ;
    always
        @(posedge clk or 
            negedge rst_n)
        if ((!rst_n)) 
            calc_ecc <=  0 ;
        else
            calc_ecc <=  sig_calc_ecc ;

//assign calc_ecc = sig_calc_ecc;
//assign data_out = data_in;
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lpddr4_mc_toggle_sync.sv
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
module mem_ipgen_lpddr4_mc_toggle_sync (clk_in, 
        rst_n_in, 
        pulse_in, 
        clk_out, 
        rst_n_out, 
        pulse_out) ;
    parameter width = 1 ; 
    parameter depth = 2 ; 
    input clk_in ; 
    input rst_n_in ; 
    input pulse_in ; 
    input clk_out ; 
    input rst_n_out ; 
    output logic pulse_out ; 
    (* syn_preserve=1 *) logic toggle_r ; 
    (* syn_preserve=1 *) logic toggle_rep_r ; 
    logic toggle_nxt ; 
    // easier to constrain when separate
    // Note that synthesis tools rename the signal
    //logic [2:0] sync_toggle;
    (* syn_preserve=1 *) logic sync_toggle_r1 ; 
    (* syn_preserve=1 *) logic sync_toggle_r2 ; 
    logic sync_toggle_r3 ; 
    assign toggle_nxt = (pulse_in ? (~toggle_rep_r) : toggle_rep_r) ; 
    always_ff
        @(posedge clk_in or 
            negedge rst_n_in)
        begin
            if ((~rst_n_in)) 
                begin
                    toggle_r <=  1'b0 ;
                    toggle_rep_r <=  1'b0 ;
                end
            else
                begin
                    toggle_r <=  toggle_nxt ;
                    toggle_rep_r <=  toggle_nxt ;
                end
        end
    always_ff
        @(posedge clk_out or 
            negedge rst_n_out)
        begin
            if ((~rst_n_out)) 
                begin
                    //      sync_toggle <= 3'b0;
                    sync_toggle_r1 <=  1'b0 ;
                    sync_toggle_r2 <=  1'b0 ;
                    sync_toggle_r3 <=  1'b0 ;
                end
            else
                begin
                    //sync_toggle <= {sync_toggle[1:0],toggle};
                    sync_toggle_r1 <=  toggle_r ;
                    sync_toggle_r2 <=  sync_toggle_r1 ;
                    sync_toggle_r3 <=  sync_toggle_r2 ;
                end
        end
    assign pulse_out = (sync_toggle_r3 != sync_toggle_r2) ; 
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lpddr4_mc_double_sync.sv
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
module mem_ipgen_lpddr4_mc_double_sync (clk_out, 
        rst_n_out, 
        data_in, 
        data_out) ;
    parameter width = 1 ; 
    input [(width - 1):0] data_in ; 
    input clk_out ; 
    input rst_n_out ; 
    output [(width - 1):0] data_out ; 
    logic [(width - 1):0] data_out ; 
    logic [(width - 1):0] data_0 ; 
    always_ff
        @(posedge clk_out or 
            negedge rst_n_out)
        begin
            if ((!rst_n_out)) 
                begin
                    data_0 <=  'b0 ;
                    data_out <=  'b0 ;
                end
            else
                begin
                    data_0 <=  data_in ;
                    data_out <=  data_0 ;
                end
        end
endmodule



// =============================================================================
// >>>>>>>>>>>>>>>>>>>>>>>>> COPYRIGHT NOTICE <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<
// -----------------------------------------------------------------------------
//   Copyright (c) 2022 by Lattice Semiconductor Corporation
//   ALL RIGHTS RESERVED
// -----------------------------------------------------------------------------
//
//   Permission:
//
//      Lattice SG Pte. Ltd. grants permission to use this code
//      pursuant to the terms of the Lattice Reference Design License Agreement.
//
//
//   Disclaimer:
//
//      This VHDL or Verilog source code is intended as a design reference
//      which illustrates how these types of functions can be implemented.
//      It is the user's responsibility to verify their design for
//      consistency and functionality through the use of formal
//      verification methods.  Lattice provides no warranty
//      regarding the use or functionality of this code.
//
// -----------------------------------------------------------------------------
//
//                  Lattice SG Pte. Ltd.
//                  101 Thomson Road, United Square #07-02
//                  Singapore 307591
//
//
//                  TEL: 1-800-Lattice (USA and Canada)
//                       +65-6631-2000 (Singapore)
//                       +1-503-268-8001 (other locations)
//
//                  web: http://www.latticesemi.com/
//                  email: techsupport@latticesemi.com
//
// -----------------------------------------------------------------------------
//
// =============================================================================
//                         FILE DETAILS
// Project               :
// File                  : lpddr4_mc_ecc_check.sv
// Title                 :
// Dependencies          :
// Description           :
// =============================================================================
module mem_ipgen_lpddr4_mc_ecc_check #(parameter DATA_WIDTH = 32, 
        parameter ECC_WIDTH = 8) (
    input clk, 
    input rst_n, 
    input [(DATA_WIDTH - 1):0] data_in, 
    input [7:0] rcvd_ecc, 
    output logic [(DATA_WIDTH - 1):0] data_out, 
    output logic one_bit_error, 
    output logic two_bit_error) ;
    logic [(DATA_WIDTH - 1):0] D ; 
    logic [(DATA_WIDTH - 1):0] sig_data_out ; 
    logic [(DATA_WIDTH - 1):0] data_in_r ; 
    logic [(8 - 1):0] P ; 
    logic [(8 - 1):0] sig_calc_ecc ; 
    logic [(8 - 1):0] calc_ecc ; 
    logic sig_one_bit_error ; 
    logic sig_two_bit_error ; 
    logic [7:0] syndrome ; 
    logic [7:0] syndrome_r ; 
    logic [((DATA_WIDTH / 2) - 1):0] sig_data_out_lsb ; 
    logic [((DATA_WIDTH / 2) - 1):0] sig_data_out_msb ; 
    logic sig_one_bit_error_lsb ; 
    logic sig_two_bit_error_lsb ; 
    logic sig_one_bit_error_msb ; 
    logic sig_two_bit_error_msb ; 
    assign sig_calc_ecc = {P[7],
                P[6],
                P[5],
                P[4],
                P[3],
                P[2],
                P[1],
                P[0]} ; 
    assign syndrome = (rcvd_ecc ^ sig_calc_ecc) ; 
    assign D = data_in ; 
    generate
        if ((DATA_WIDTH == 64)) 
            begin : genblk1
                assign P[7] = ((((((((((((((((((((D[39] ^ D[40]) ^ D[41]) ^ D[42]) ^ D[43]) ^ D[48]) ^ D[49]) ^ D[50]) ^ D[51]) ^ D[52]) ^ D[53]) ^ D[54]) ^ D[55]) ^ D[56]) ^ D[57]) ^ D[58]) ^ D[59]) ^ D[60]) ^ D[61]) ^ D[62]) ^ D[63]) ; 
                assign P[6] = ((((((((((((((((((((((D[24] ^ D[25]) ^ D[26]) ^ D[27]) ^ D[28]) ^ D[29]) ^ D[30]) ^ D[31]) ^ D[32]) ^ D[33]) ^ D[34]) ^ D[35]) ^ D[36]) ^ D[37]) ^ D[38]) ^ D[46]) ^ D[47]) ^ D[58]) ^ D[59]) ^ D[60]) ^ D[61]) ^ D[62]) ^ D[63]) ; 
                assign P[5] = (((((((((((((((((((((((((D[10] ^ D[11]) ^ D[12]) ^ D[13]) ^ D[14]) ^ D[15]) ^ D[16]) ^ D[17]) ^ D[18]) ^ D[19]) ^ D[21]) ^ D[22]) ^ D[23]) ^ D[34]) ^ D[35]) ^ D[36]) ^ D[37]) ^ D[38]) ^ D[44]) ^ D[45]) ^ D[53]) ^ D[54]) ^ D[55]) ^ D[56]) ^ D[57]) ^ D[63]) ; 
                assign P[4] = ((((((((((((((((((((((((((D[4] ^ D[5]) ^ D[6]) ^ D[7]) ^ D[8]) ^ D[9]) ^ D[16]) ^ D[17]) ^ D[18]) ^ D[19]) ^ D[20]) ^ D[22]) ^ D[23]) ^ D[30]) ^ D[31]) ^ D[32]) ^ D[33]) ^ D[38]) ^ D[44]) ^ D[45]) ^ D[47]) ^ D[49]) ^ D[50]) ^ D[51]) ^ D[52]) ^ D[57]) ^ D[62]) ; 
                assign P[3] = ((((((((((((((((((((((((((D[1] ^ D[2]) ^ D[3]) ^ D[7]) ^ D[8]) ^ D[9]) ^ D[13]) ^ D[14]) ^ D[15]) ^ D[19]) ^ D[20]) ^ D[21]) ^ D[23]) ^ D[27]) ^ D[28]) ^ D[29]) ^ D[33]) ^ D[37]) ^ D[42]) ^ D[43]) ^ D[44]) ^ D[45]) ^ D[46]) ^ D[48]) ^ D[52]) ^ D[56]) ^ D[61]) ; 
                assign P[2] = (((((((((((((((((((((((((((D[0] ^ D[2]) ^ D[3]) ^ D[5]) ^ D[6]) ^ D[9]) ^ D[11]) ^ D[12]) ^ D[15]) ^ D[18]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[25]) ^ D[26]) ^ D[29]) ^ D[32]) ^ D[36]) ^ D[40]) ^ D[41]) ^ D[44]) ^ D[45]) ^ D[46]) ^ D[47]) ^ D[48]) ^ D[51]) ^ D[55]) ^ D[60]) ; 
                assign P[1] = (((((((((((((((((((((((((((D[0] ^ D[1]) ^ D[3]) ^ D[4]) ^ D[6]) ^ D[8]) ^ D[10]) ^ D[12]) ^ D[14]) ^ D[17]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[23]) ^ D[24]) ^ D[26]) ^ D[28]) ^ D[31]) ^ D[35]) ^ D[39]) ^ D[41]) ^ D[43]) ^ D[45]) ^ D[46]) ^ D[47]) ^ D[50]) ^ D[54]) ^ D[59]) ; 
                assign P[0] = (((((((((((((((((((((((((((D[0] ^ D[1]) ^ D[2]) ^ D[4]) ^ D[5]) ^ D[7]) ^ D[10]) ^ D[11]) ^ D[13]) ^ D[16]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[23]) ^ D[24]) ^ D[25]) ^ D[27]) ^ D[30]) ^ D[34]) ^ D[39]) ^ D[40]) ^ D[42]) ^ D[44]) ^ D[46]) ^ D[47]) ^ D[49]) ^ D[53]) ^ D[58]) ; 
                assign sig_one_bit_error = (sig_one_bit_error_lsb | sig_one_bit_error_msb) ; 
                assign sig_two_bit_error = (sig_two_bit_error_lsb & sig_two_bit_error_msb) ; 
                assign sig_data_out = {sig_data_out_msb,
                            sig_data_out_lsb} ; 
                always_comb
                    begin
                        sig_one_bit_error_lsb = 1'b0 ;
                        sig_two_bit_error_lsb = 1'b0 ;
                        sig_data_out_lsb = data_in_r[31:0] ;
                        case (syndrome_r)
                        8'h00 : 
                            sig_data_out_lsb = data_in_r[31:0] ;
                        8'h07 : 
                            begin
                                sig_data_out_lsb[0] = (~data_in_r[0]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h0B : 
                            begin
                                sig_data_out_lsb[1] = (~data_in_r[1]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h0D : 
                            begin
                                sig_data_out_lsb[2] = (~data_in_r[2]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h0E : 
                            begin
                                sig_data_out_lsb[3] = (~data_in_r[3]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h13 : 
                            begin
                                sig_data_out_lsb[4] = (~data_in_r[4]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h15 : 
                            begin
                                sig_data_out_lsb[5] = (~data_in_r[5]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h16 : 
                            begin
                                sig_data_out_lsb[6] = (~data_in_r[6]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h19 : 
                            begin
                                sig_data_out_lsb[7] = (~data_in_r[7]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h1A : 
                            begin
                                sig_data_out_lsb[8] = (~data_in_r[8]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h1C : 
                            begin
                                sig_data_out_lsb[9] = (~data_in_r[9]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h23 : 
                            begin
                                sig_data_out_lsb[10] = (~data_in_r[10]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h25 : 
                            begin
                                sig_data_out_lsb[11] = (~data_in_r[11]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h26 : 
                            begin
                                sig_data_out_lsb[12] = (~data_in_r[12]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h29 : 
                            begin
                                sig_data_out_lsb[13] = (~data_in_r[13]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h2A : 
                            begin
                                sig_data_out_lsb[14] = (~data_in_r[14]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h2C : 
                            begin
                                sig_data_out_lsb[15] = (~data_in_r[15]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h31 : 
                            begin
                                sig_data_out_lsb[16] = (~data_in_r[16]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h32 : 
                            begin
                                sig_data_out_lsb[17] = (~data_in_r[17]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h34 : 
                            begin
                                sig_data_out_lsb[18] = (~data_in_r[18]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h38 : 
                            begin
                                sig_data_out_lsb[19] = (~data_in_r[19]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h1F : 
                            begin
                                sig_data_out_lsb[20] = (~data_in_r[20]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h2F : 
                            begin
                                sig_data_out_lsb[21] = (~data_in_r[21]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h37 : 
                            begin
                                sig_data_out_lsb[22] = (~data_in_r[22]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h3B : 
                            begin
                                sig_data_out_lsb[23] = (~data_in_r[23]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h43 : 
                            begin
                                sig_data_out_lsb[24] = (~data_in_r[24]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h45 : 
                            begin
                                sig_data_out_lsb[25] = (~data_in_r[25]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h46 : 
                            begin
                                sig_data_out_lsb[26] = (~data_in_r[26]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h49 : 
                            begin
                                sig_data_out_lsb[27] = (~data_in_r[27]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h4A : 
                            begin
                                sig_data_out_lsb[28] = (~data_in_r[28]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h4C : 
                            begin
                                sig_data_out_lsb[29] = (~data_in_r[29]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h51 : 
                            begin
                                sig_data_out_lsb[30] = (~data_in_r[30]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        8'h52 : 
                            begin
                                sig_data_out_lsb[31] = (~data_in_r[31]) ;
                                sig_one_bit_error_lsb = 1'b1 ;
                            end
                        default : 
                            begin
                                sig_data_out_lsb = data_in_r[31:0] ;
                                sig_two_bit_error_lsb = 1'b1 ;
                            end
                        endcase 
                    end
                always_comb
                    begin
                        sig_one_bit_error_msb = 1'b0 ;
                        sig_two_bit_error_msb = 1'b0 ;
                        sig_data_out_msb = data_in_r[63:32] ;
                        case (syndrome_r)
                        8'h00 : 
                            sig_data_out_msb = data_in_r[63:32] ;
                        8'h54 : 
                            begin
                                sig_data_out_msb[0] = (~data_in_r[32]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h58 : 
                            begin
                                sig_data_out_msb[1] = (~data_in_r[33]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h61 : 
                            begin
                                sig_data_out_msb[2] = (~data_in_r[34]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h62 : 
                            begin
                                sig_data_out_msb[3] = (~data_in_r[35]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h64 : 
                            begin
                                sig_data_out_msb[4] = (~data_in_r[36]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h68 : 
                            begin
                                sig_data_out_msb[5] = (~data_in_r[37]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h70 : 
                            begin
                                sig_data_out_msb[6] = (~data_in_r[38]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h83 : 
                            begin
                                sig_data_out_msb[7] = (~data_in_r[39]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h85 : 
                            begin
                                sig_data_out_msb[8] = (~data_in_r[40]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h86 : 
                            begin
                                sig_data_out_msb[9] = (~data_in_r[41]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h89 : 
                            begin
                                sig_data_out_msb[10] = (~data_in_r[42]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h8A : 
                            begin
                                sig_data_out_msb[11] = (~data_in_r[43]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h3D : 
                            begin
                                sig_data_out_msb[12] = (~data_in_r[44]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h3E : 
                            begin
                                sig_data_out_msb[13] = (~data_in_r[45]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h4F : 
                            begin
                                sig_data_out_msb[14] = (~data_in_r[46]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h57 : 
                            begin
                                sig_data_out_msb[15] = (~data_in_r[47]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h8C : 
                            begin
                                sig_data_out_msb[16] = (~data_in_r[48]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h91 : 
                            begin
                                sig_data_out_msb[17] = (~data_in_r[49]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h92 : 
                            begin
                                sig_data_out_msb[18] = (~data_in_r[50]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h94 : 
                            begin
                                sig_data_out_msb[19] = (~data_in_r[51]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'h98 : 
                            begin
                                sig_data_out_msb[20] = (~data_in_r[52]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'hA1 : 
                            begin
                                sig_data_out_msb[21] = (~data_in_r[53]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'hA2 : 
                            begin
                                sig_data_out_msb[22] = (~data_in_r[54]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'hA4 : 
                            begin
                                sig_data_out_msb[23] = (~data_in_r[55]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'hA8 : 
                            begin
                                sig_data_out_msb[24] = (~data_in_r[56]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'hB0 : 
                            begin
                                sig_data_out_msb[25] = (~data_in_r[57]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'hC1 : 
                            begin
                                sig_data_out_msb[26] = (~data_in_r[58]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'hC2 : 
                            begin
                                sig_data_out_msb[27] = (~data_in_r[59]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'hC4 : 
                            begin
                                sig_data_out_msb[28] = (~data_in_r[60]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'hC8 : 
                            begin
                                sig_data_out_msb[29] = (~data_in_r[61]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'hD0 : 
                            begin
                                sig_data_out_msb[30] = (~data_in_r[62]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        8'hE0 : 
                            begin
                                sig_data_out_msb[31] = (~data_in_r[63]) ;
                                sig_one_bit_error_msb = 1'b1 ;
                            end
                        default : 
                            begin
                                sig_data_out_msb = data_in_r[63:32] ;
                                sig_two_bit_error_msb = 1'b1 ;
                            end
                        endcase 
                    end
            end
        if ((DATA_WIDTH == 32)) 
            begin : genblk2
                assign P[7] = 1'b0 ; 
                assign P[6] = (((((((D[24] ^ D[25]) ^ D[26]) ^ D[27]) ^ D[28]) ^ D[29]) ^ D[30]) ^ D[31]) ; 
                assign P[5] = ((((((((((((D[10] ^ D[11]) ^ D[12]) ^ D[13]) ^ D[14]) ^ D[15]) ^ D[16]) ^ D[17]) ^ D[18]) ^ D[19]) ^ D[21]) ^ D[22]) ^ D[23]) ; 
                assign P[4] = ((((((((((((((D[4] ^ D[5]) ^ D[6]) ^ D[7]) ^ D[8]) ^ D[9]) ^ D[16]) ^ D[17]) ^ D[18]) ^ D[19]) ^ D[20]) ^ D[22]) ^ D[23]) ^ D[30]) ^ D[31]) ; 
                assign P[3] = (((((((((((((((D[1] ^ D[2]) ^ D[3]) ^ D[7]) ^ D[8]) ^ D[9]) ^ D[13]) ^ D[14]) ^ D[15]) ^ D[19]) ^ D[20]) ^ D[21]) ^ D[23]) ^ D[27]) ^ D[28]) ^ D[29]) ; 
                assign P[2] = (((((((((((((((D[0] ^ D[2]) ^ D[3]) ^ D[5]) ^ D[6]) ^ D[9]) ^ D[11]) ^ D[12]) ^ D[15]) ^ D[18]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[25]) ^ D[26]) ^ D[29]) ; 
                assign P[1] = (((((((((((((((((D[0] ^ D[1]) ^ D[3]) ^ D[4]) ^ D[6]) ^ D[8]) ^ D[10]) ^ D[12]) ^ D[14]) ^ D[17]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[23]) ^ D[24]) ^ D[26]) ^ D[28]) ^ D[31]) ; 
                assign P[0] = (((((((((((((((((D[0] ^ D[1]) ^ D[2]) ^ D[4]) ^ D[5]) ^ D[7]) ^ D[10]) ^ D[11]) ^ D[13]) ^ D[16]) ^ D[20]) ^ D[21]) ^ D[22]) ^ D[23]) ^ D[24]) ^ D[25]) ^ D[27]) ^ D[30]) ; 
                always_comb
                    begin
                        sig_one_bit_error = 1'b0 ;
                        sig_two_bit_error = 1'b0 ;
                        sig_data_out = data_in_r ;
                        case (syndrome_r)
                        8'h00 : 
                            sig_data_out = data_in_r ;
                        8'h07 : 
                            begin
                                sig_data_out[0] = (~data_in_r[0]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h0B : 
                            begin
                                sig_data_out[1] = (~data_in_r[1]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h0D : 
                            begin
                                sig_data_out[2] = (~data_in_r[2]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h0E : 
                            begin
                                sig_data_out[3] = (~data_in_r[3]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h13 : 
                            begin
                                sig_data_out[4] = (~data_in_r[4]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h15 : 
                            begin
                                sig_data_out[5] = (~data_in_r[5]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h16 : 
                            begin
                                sig_data_out[6] = (~data_in_r[6]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h19 : 
                            begin
                                sig_data_out[7] = (~data_in_r[7]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h1A : 
                            begin
                                sig_data_out[8] = (~data_in_r[8]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h1C : 
                            begin
                                sig_data_out[9] = (~data_in_r[9]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h23 : 
                            begin
                                sig_data_out[10] = (~data_in_r[10]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h25 : 
                            begin
                                sig_data_out[11] = (~data_in_r[11]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h26 : 
                            begin
                                sig_data_out[12] = (~data_in_r[12]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h29 : 
                            begin
                                sig_data_out[13] = (~data_in_r[13]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h2A : 
                            begin
                                sig_data_out[14] = (~data_in_r[14]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h2C : 
                            begin
                                sig_data_out[15] = (~data_in_r[15]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h31 : 
                            begin
                                sig_data_out[16] = (~data_in_r[16]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h32 : 
                            begin
                                sig_data_out[17] = (~data_in_r[17]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h34 : 
                            begin
                                sig_data_out[18] = (~data_in_r[18]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h38 : 
                            begin
                                sig_data_out[19] = (~data_in_r[19]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h1F : 
                            begin
                                sig_data_out[20] = (~data_in_r[20]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h2F : 
                            begin
                                sig_data_out[21] = (~data_in_r[21]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h37 : 
                            begin
                                sig_data_out[22] = (~data_in_r[22]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h3B : 
                            begin
                                sig_data_out[23] = (~data_in_r[23]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h43 : 
                            begin
                                sig_data_out[24] = (~data_in_r[24]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h45 : 
                            begin
                                sig_data_out[25] = (~data_in_r[25]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h46 : 
                            begin
                                sig_data_out[26] = (~data_in_r[26]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h49 : 
                            begin
                                sig_data_out[27] = (~data_in_r[27]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h4A : 
                            begin
                                sig_data_out[28] = (~data_in_r[28]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h4C : 
                            begin
                                sig_data_out[29] = (~data_in_r[29]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h51 : 
                            begin
                                sig_data_out[30] = (~data_in_r[30]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h52 : 
                            begin
                                sig_data_out[31] = (~data_in_r[31]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        default : 
                            begin
                                sig_data_out = data_in_r ;
                                sig_two_bit_error = 1'b1 ;
                            end
                        endcase 
                    end
            end
        if ((DATA_WIDTH == 16)) 
            begin : genblk3
                assign P[7] = 1'b0 ; 
                assign P[6] = 1'b0 ; 
                assign P[5] = (((((D[10] ^ D[11]) ^ D[12]) ^ D[13]) ^ D[14]) ^ D[15]) ; 
                assign P[4] = (((((D[4] ^ D[5]) ^ D[6]) ^ D[7]) ^ D[8]) ^ D[9]) ; 
                assign P[3] = ((((((((D[1] ^ D[2]) ^ D[3]) ^ D[7]) ^ D[8]) ^ D[9]) ^ D[13]) ^ D[14]) ^ D[15]) ; 
                assign P[2] = ((((((((D[0] ^ D[2]) ^ D[3]) ^ D[5]) ^ D[6]) ^ D[9]) ^ D[11]) ^ D[12]) ^ D[15]) ; 
                assign P[1] = ((((((((D[0] ^ D[1]) ^ D[3]) ^ D[4]) ^ D[6]) ^ D[8]) ^ D[10]) ^ D[12]) ^ D[14]) ; 
                assign P[0] = ((((((((D[0] ^ D[1]) ^ D[2]) ^ D[4]) ^ D[5]) ^ D[7]) ^ D[10]) ^ D[11]) ^ D[13]) ; 
                always_comb
                    begin
                        sig_one_bit_error = 1'b0 ;
                        sig_two_bit_error = 1'b0 ;
                        sig_data_out = data_in_r ;
                        case (syndrome_r)
                        8'h00 : 
                            sig_data_out = data_in_r ;
                        8'h07 : 
                            begin
                                sig_data_out[0] = (~data_in_r[0]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h0B : 
                            begin
                                sig_data_out[1] = (~data_in_r[1]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h0D : 
                            begin
                                sig_data_out[2] = (~data_in_r[2]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h0E : 
                            begin
                                sig_data_out[3] = (~data_in_r[3]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h13 : 
                            begin
                                sig_data_out[4] = (~data_in_r[4]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h15 : 
                            begin
                                sig_data_out[5] = (~data_in_r[5]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h16 : 
                            begin
                                sig_data_out[6] = (~data_in_r[6]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h19 : 
                            begin
                                sig_data_out[7] = (~data_in_r[7]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h1A : 
                            begin
                                sig_data_out[8] = (~data_in_r[8]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h1C : 
                            begin
                                sig_data_out[9] = (~data_in_r[9]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h23 : 
                            begin
                                sig_data_out[10] = (~data_in_r[10]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h25 : 
                            begin
                                sig_data_out[11] = (~data_in_r[11]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h26 : 
                            begin
                                sig_data_out[12] = (~data_in_r[12]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h29 : 
                            begin
                                sig_data_out[13] = (~data_in_r[13]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h2A : 
                            begin
                                sig_data_out[14] = (~data_in_r[14]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h2C : 
                            begin
                                sig_data_out[15] = (~data_in_r[15]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        default : 
                            begin
                                sig_data_out = data_in_r ;
                                sig_two_bit_error = 1'b1 ;
                            end
                        endcase 
                    end
            end
        if ((DATA_WIDTH == 8)) 
            begin : genblk4
                assign P[7] = 1'b0 ; 
                assign P[6] = 1'b0 ; 
                assign P[5] = 1'b0 ; 
                assign P[4] = (((D[4] ^ D[5]) ^ D[6]) ^ D[7]) ; 
                assign P[3] = (((D[1] ^ D[2]) ^ D[3]) ^ D[7]) ; 
                assign P[2] = ((((D[0] ^ D[2]) ^ D[3]) ^ D[5]) ^ D[6]) ; 
                assign P[1] = ((((D[0] ^ D[1]) ^ D[3]) ^ D[4]) ^ D[6]) ; 
                assign P[0] = (((((D[0] ^ D[1]) ^ D[2]) ^ D[4]) ^ D[5]) ^ D[7]) ; 
                always_comb
                    begin
                        sig_one_bit_error = 1'b0 ;
                        sig_two_bit_error = 1'b0 ;
                        sig_data_out = data_in_r ;
                        case (syndrome_r)
                        8'h00 : 
                            sig_data_out = data_in_r ;
                        8'h07 : 
                            begin
                                sig_data_out[0] = (~data_in_r[0]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h0B : 
                            begin
                                sig_data_out[1] = (~data_in_r[1]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h0D : 
                            begin
                                sig_data_out[2] = (~data_in_r[2]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h0E : 
                            begin
                                sig_data_out[3] = (~data_in_r[3]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h13 : 
                            begin
                                sig_data_out[4] = (~data_in_r[4]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h15 : 
                            begin
                                sig_data_out[5] = (~data_in_r[5]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h16 : 
                            begin
                                sig_data_out[6] = (~data_in_r[6]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        8'h19 : 
                            begin
                                sig_data_out[7] = (~data_in_r[7]) ;
                                sig_one_bit_error = 1'b1 ;
                            end
                        default : 
                            begin
                                sig_data_out = data_in_r ;
                                sig_two_bit_error = 1'b1 ;
                            end
                        endcase 
                    end
            end
    endgenerate
    always
        @(posedge clk or 
            negedge rst_n)
        begin
            if ((!rst_n)) 
                begin
                    data_in_r <=  {DATA_WIDTH{1'b0}} ;
                    syndrome_r <=  8'b0 ;
                end
            else
                begin
                    data_in_r <=  data_in ;
                    syndrome_r <=  syndrome ;
                end
        end
    always
        @(posedge clk or 
            negedge rst_n)
        if ((!rst_n)) 
            data_out <=  0 ;
        else
            data_out <=  {sig_data_out} ;
    always
        @(posedge clk or 
            negedge rst_n)
        if ((!rst_n)) 
            calc_ecc <=  0 ;
        else
            calc_ecc <=  sig_calc_ecc ;
    always
        @(posedge clk or 
            negedge rst_n)
        if ((!rst_n)) 
            one_bit_error <=  1'b0 ;
        else
            one_bit_error <=  sig_one_bit_error ;
    always
        @(posedge clk or 
            negedge rst_n)
        if ((!rst_n)) 
            two_bit_error <=  1'b0 ;
        else
            two_bit_error <=  sig_two_bit_error ;
endmodule


