Subversion Repositories wf3d

//=======================================================================

// Project Monophony

//   Wire-Frame 3D Graphics Accelerator IP Core

//

// File:

//   wf3d_axi_top.v

//

// Abstract:

//   wf3d AXI top module

//

// Author:

//   Kenji Ishimaru (info.info.wf3d@gmail.com)

//

//======================================================================

//

// Copyright (c) 2016, Kenji Ishimaru

// All rights reserved.

//

// Redistribution and use in source and binary forms, with or without

// modification, are permitted provided that the following conditions are met:

//

//  -Redistributions of source code must retain the above copyright notice,

//   this list of conditions and the following disclaimer.

//  -Redistributions in binary form must reproduce the above copyright notice,

//   this list of conditions and the following disclaimer in the documentation

//   and/or other materials provided with the distribution.

//

// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"

// AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO,

// THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR

// PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR

// CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,

// EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,

// PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;

// OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,

// WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR

// OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE,

// EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

//

// Revision History

module wf3d_axi_top (

  // system

  clk_core,

  rst_x,

  o_int,

  // AXI Slave

  //   write port

  i_awid_s,

  i_awaddr_s,

  i_awlen_s,

  i_awsize_s,

  i_awburst_s,

  i_awlock_s,

  i_awcache_s,

  i_awprot_s,

  i_awvalid_s,

  o_awready_s,

  i_wid_s,

  i_wdata_s,

  i_wstrb_s,

  i_wlast_s,

  i_wvalid_s,

  o_wready_s,

  o_bid_s,

  o_bresp_s,

  o_bvalid_s,

  i_bready_s,

  //   read port

  i_arid_s,

  i_araddr_s,

  i_arlen_s,

  i_arsize_s,

  i_arburst_s,

  i_arlock_s,

  i_arcache_s,

  i_arprot_s,

  i_arvalid_s,

  o_arready_s,

  o_rid_s,

  o_rdata_s,

  o_rresp_s,

  o_rlast_s,

  o_rvalid_s,

  i_rready_s,

  // AXI Master

  o_awid_m,

  o_awaddr_m,

  o_awlen_m,

  o_awsize_m,

  o_awburst_m,

  o_awlock_m,

  o_awcache_m,

  o_awuser_m,

  o_awprot_m,

  o_awvalid_m,

  i_awready_m,

  o_wid_m,

  o_wdata_m,

  o_wstrb_m,

  o_wlast_m,

  o_wvalid_m,

  i_wready_m,

  i_bid_m,

  i_bresp_m,

  i_bvalid_m,

  o_bready_m,

  o_arid_m,

  o_araddr_m,

  o_arlen_m,

  o_arsize_m,

  o_arburst_m,

  o_arlock_m,

  o_arcache_m,

  o_aruser_m,

  o_arprot_m,

  o_arvalid_m,

  i_arready_m,

  i_rid_m,

  i_rdata_m,

  i_rresp_m,

  i_rlast_m,

  i_rvalid_m,

  o_rready_m,

  // Video out

  clk_v,

  o_blank_x,

  o_hsync_x,

  o_vsync_x,

  o_vr,

  o_vg,

  o_vb

);

`include "polyphony_axi_def.v"

//////////////////////////////////

// I/O port definition

//////////////////////////////////

  // system

  input clk_core;

  input rst_x;

  output o_int;

  // AXI Slave

  //   write port

  input [P_AXI_S_AWID-1:0] i_awid_s;

  input [P_AXI_S_AWADDR-1:0] i_awaddr_s;

  input [P_AXI_S_AWLEN-1:0] i_awlen_s;

  input [P_AXI_S_AWSIZE-1:0] i_awsize_s;

  input [P_AXI_S_AWBURST-1:0] i_awburst_s;

  input [P_AXI_S_AWLOCK-1:0] i_awlock_s;

  input [P_AXI_S_AWCACHE-1:0] i_awcache_s;

  input [P_AXI_S_AWPROT-1:0] i_awprot_s;

  input i_awvalid_s;

  output o_awready_s;

  input [P_AXI_S_WID-1:0] i_wid_s;

  input [P_AXI_S_WDATA-1:0] i_wdata_s;

  input [P_AXI_S_WSTRB-1:0] i_wstrb_s;

  input i_wlast_s;

  input i_wvalid_s;

  output o_wready_s;

  output [P_AXI_S_BID-1:0] o_bid_s;

  output [P_AXI_S_BRESP-1:0] o_bresp_s;

  output o_bvalid_s;

  input i_bready_s;

  //   read port

  input [P_AXI_S_ARID-1:0] i_arid_s;

  input [P_AXI_S_ARADDR-1:0] i_araddr_s;

  input [P_AXI_S_ARLEN-1:0] i_arlen_s;

  input [P_AXI_S_ARSIZE-1:0] i_arsize_s;

  input [P_AXI_S_ARBURST-1:0] i_arburst_s;

  input [P_AXI_S_ARLOCK-1:0] i_arlock_s;

  input [P_AXI_S_ARCACHE-1:0] i_arcache_s;

  input [P_AXI_S_ARPROT-1:0] i_arprot_s;

  input i_arvalid_s;

  output o_arready_s;

  output [P_AXI_S_RID-1:0] o_rid_s;

  output [P_AXI_S_RDATA-1:0] o_rdata_s;

  output [P_AXI_S_RRESP-1:0] o_rresp_s;

  output o_rlast_s;

  output o_rvalid_s;

  input i_rready_s;

  // AXI Master

  output [P_AXI_M_AWID-1:0] o_awid_m;

  output [P_AXI_M_AWADDR-1:0] o_awaddr_m;

  output [P_AXI_M_AWLEN-1:0] o_awlen_m;

  output [P_AXI_M_AWSIZE-1:0] o_awsize_m;

  output [P_AXI_M_AWBURST-1:0] o_awburst_m;

  output [P_AXI_M_AWLOCK-1:0] o_awlock_m;

  output [P_AXI_M_AWCACHE-1:0] o_awcache_m;

  output [P_AXI_M_AWUSER-1:0] o_awuser_m;

  output [P_AXI_M_AWPROT-1:0] o_awprot_m;

  output o_awvalid_m;

  input i_awready_m;

  output [P_AXI_M_WID-1:0] o_wid_m;

  output [P_AXI_M_WDATA-1:0] o_wdata_m;

  output [P_AXI_M_WSTRB-1:0] o_wstrb_m;

  output o_wlast_m;

  output o_wvalid_m;

  input i_wready_m;

  input [P_AXI_M_BID-1:0] i_bid_m;

  input [P_AXI_M_BRESP-1:0] i_bresp_m;

  input i_bvalid_m;

  output o_bready_m;

  output [P_AXI_M_ARID-1:0] o_arid_m;

  output [P_AXI_M_ARADDR-1:0] o_araddr_m;

  output [P_AXI_M_ARLEN-1:0] o_arlen_m;

  output [P_AXI_M_ARSIZE-1:0] o_arsize_m;

  output [P_AXI_M_ARBURST-1:0] o_arburst_m;

  output [P_AXI_M_ARLOCK-1:0] o_arlock_m;

  output [P_AXI_M_ARCACHE-1:0] o_arcache_m;

  output [P_AXI_M_ARUSER-1:0] o_aruser_m;

  output [P_AXI_M_ARPROT-1:0] o_arprot_m;

  output o_arvalid_m;

  input i_arready_m;

  input [P_AXI_M_RID-1:0] i_rid_m;

  input [P_AXI_M_RDATA-1:0] i_rdata_m;

  input [P_AXI_M_RRESP-1:0] i_rresp_m;

  input i_rlast_m;

  input i_rvalid_m;

  output o_rready_m;

  // Video out

  input clk_v;

  output o_blank_x;

  output o_hsync_x;

  output o_vsync_x;

  output [7:0] o_vr;

  output [7:0] o_vg;

  output [7:0] o_vb;

//////////////////////////////////

// wire

//////////////////////////////////

    // axi master - Memory interconenct

    wire           w_brg_req;

    wire  [P_IB_ADDR_WIDTH-1:0] w_brg_adrs;

    wire  [1:0]    w_brg_id;

    wire           w_brg_wr;

    wire  [P_IB_LEN_WIDTH-1:0]  w_brg_len;

    wire           w_brg_ack;

    wire           w_brg_wstr;

    wire  [P_IB_BE_WIDTH-1:0]   w_brg_be;

    wire  [P_IB_DATA_WIDTH-1:0] w_brg_wdata;

    wire           w_brg_wack;

    wire           w_brg_rstr;

    wire           w_brg_rlast;

    wire  [1:0]    w_brg_rid;

    wire  [P_IB_DATA_WIDTH-1:0] w_brg_rdata;

    // axi slave bus - request dispatcher

    wire           w_req_axi_s;

    wire           w_wr_axi_s;

    wire  [23:0]   w_adrs_axi_s;

    wire           w_ack_axi_s;

    wire  [3:0]    w_be_axi_s;

    wire  [31:0]   w_wd_axi_s;

    wire           w_rstr_axi_s;

    wire  [31:0]   w_rd_axi_s;

    // pci - request dispatcher

    wire           w_req_pci;

    wire           w_wr_pci;

    wire  [31:0]   w_adrs_pci;

    wire           w_ack_pci;

    wire  [3:0]    w_be_pci;

    wire  [31:0]   w_wd_pci;

    wire  [31:0]   w_rd_pci;

    // request dispatcher - System controller

    wire           w_req_sys;

    wire           w_wr_wr_s3;

    wire  [21:0]   w_wr_adrs_s3;

    wire           w_ack_sys;

    wire  [3:0]    w_wr_be_s3;

    wire  [31:0]   w_wr_wdata_s3;

    wire           w_rstr_sys;

    wire  [31:0]   w_rdata_sys;

    wire           w_dma_start;

    wire   [3:0]   w_dma_mode;

    wire           w_dma_end;

    wire   [19:0]  w_dma_top_address0;

    wire   [19:0]  w_dma_top_address1;

    wire   [19:0]  w_dma_top_address2;

    wire   [19:0]  w_dma_top_address3;

    wire   [17:0]  w_dma_length;

    wire   [3:0]   w_dma_be;

    wire   [31:0]  w_dma_wd0;

    wire   [31:0]  w_dma_wd1;

    // sdram interface

    wire           w_req_mem;

    wire           w_wr_mem;

    wire   [P_IB_ADDR_WIDTH-1:0] w_adrs_mem;

    wire   [P_IB_LEN_WIDTH-1:0]  w_len_mem;

    wire           w_ack_mem;

    wire           w_strw_mem;

    wire   [P_IB_BE_WIDTH-1:0]   w_be_mem;

    wire   [P_IB_DATA_WIDTH-1:0] w_wd_mem;

    wire           w_ackw_mem;

    // request dispatcher - 3D graphics core

    wire           w_req_3d;

    wire           w_ack_3d;

    wire           w_rstr_3d;

    wire  [31:0]   w_rdata_3d;

    // 3D graphics - memory interconnect

    wire           w_wr_req1;

    wire           w_wr_wr1;

//    wire  [P_IB_ADDR_WIDTH-1:0] w_wr_adrs1;

    wire  [31:0] w_wr_adrs1;

    wire  [2:0]  w_wr_len1;

    wire           w_wr_ack1;

    wire  [3:0]   w_wr_be1;

    wire  [31:0] w_wr_wdata1;

    wire           w_wr_rstr1;

    wire  [31:0] w_wr_rdata1;

    // 3D graphics - system controller

    wire           w_vtx_int;

    // 3D graphics vertex fetsh

    wire           w_req_dma;

    wire  [P_IB_ADDR_WIDTH-1:0] w_adrs_dma;

    wire  [P_IB_LEN_WIDTH-1:0]  w_len_dma;

    wire           w_ack_dma;

    wire           w_strr_dma;

    wire  [P_IB_DATA_WIDTH-1:0] w_dbr_dma;

    // Memory interconnect - video controller

    wire           w_r_req2;

    wire  [P_IB_ADDR_WIDTH-1:0] w_r_adrs2;

    wire  [P_IB_LEN_WIDTH-1:0]  w_r_len2;

    wire           w_r_ack2;

    wire           w_r_rstr2;

    wire  [P_IB_DATA_WIDTH-1:0] w_r_rdata2;

    // System controller - video controller

    wire  [1:0]    w_video_start;

    wire  [11:0]   w_fb0_offset;

    wire  [11:0]   w_fb1_offset;

    wire  [1:0]    w_color_mode;

    wire           w_front_buffer;

    wire           w_init_done;

    wire           w_vint_x;

    wire           w_vint_edge;

    wire        w_vde;

    wire        w_hsync_x;

    wire        w_vsync_x;

    wire [7:0]  w_vr;

    wire [7:0]  w_vg;

    wire [7:0]  w_vb;

    // AXI Master configuration

    wire [3:0]  w_conf_arcache_m;

    wire [4:0]  w_conf_aruser_m;

    wire [3:0]  w_conf_awcache_m;

    wire [4:0]  w_conf_awuser_m;

    // debug

    wire           w_idle;

    wire  [15:0]   w_ff;

    wire  [4:0]    w_fe;

    wire           w_la_pin;

    wire  [1:0]    w_sh4_state;

//////////////////////////////////

// assign

//////////////////////////////////

  assign o_int = ~w_vtx_int;

//////////////////////////////////

// module instance

//////////////////////////////////

// AXI Slave I/F

fm_axi_s u_axi_s (

  // system

  .clk_core(clk_core),

  .rst_x(rst_x),

  // AXI write port

  .i_awid_s(i_awid_s),

  .i_awaddr_s(i_awaddr_s),

  .i_awlen_s(i_awlen_s),

  .i_awsize_s(i_awsize_s),

  .i_awburst_s(i_awburst_s),

  .i_awlock_s(i_awlock_s),

  .i_awcache_s(i_awcache_s),

  .i_awprot_s(i_awprot_s),

  .i_awvalid_s(i_awvalid_s),

  .o_awready_s(o_awready_s),

  .i_wid_s(i_wid_s),

  .i_wdata_s(i_wdata_s),

  .i_wstrb_s(i_wstrb_s),

  .i_wlast_s(i_wlast_s),

  .i_wvalid_s(i_wvalid_s),

  .o_wready_s(o_wready_s),

  .o_bid_s(o_bid_s),

  .o_bresp_s(o_bresp_s),

  .o_bvalid_s(o_bvalid_s),

  .i_bready_s(i_bready_s),

  // AXI read port

  .i_arid_s(i_arid_s),

  .i_araddr_s(i_araddr_s),

  .i_arlen_s(i_arlen_s),

  .i_arsize_s(i_arsize_s),

  .i_arburst_s(i_arburst_s),

  .i_arlock_s(i_arlock_s),

  .i_arcache_s(i_arcache_s),

  .i_arprot_s(i_arprot_s),

  .i_arvalid_s(i_arvalid_s),

  .o_arready_s(o_arready_s),

  .o_rid_s(o_rid_s),

  .o_rdata_s(o_rdata_s),

  .o_rresp_s(o_rresp_s),

  .o_rlast_s(o_rlast_s),

  .o_rvalid_s(o_rvalid_s),

  .i_rready_s(i_rready_s),

  // internal bus

  .o_req(w_req_axi_s),

  .o_wr(w_wr_axi_s),

  .o_adrs(w_adrs_axi_s),

  .i_ack(w_ack_axi_s),

  .o_be(w_be_axi_s),

  .o_wd(w_wd_axi_s),

  .i_rstr(w_rstr_axi_s),

  .i_rd(w_rd_axi_s)

);

// slave request dispatcher

fm_dispatch u_dispatch (

    .clk_core(clk_core),

    .rst_x(rst_x),

    // axi slave interface

    .i_req(w_req_axi_s),

    .i_wr(w_wr_axi_s),

    .i_adrs(w_adrs_axi_s),

    .o_ack(w_ack_axi_s),

    .i_be(w_be_axi_s),

    .i_wd(w_wd_axi_s),

    .o_rstr(w_rstr_axi_s),

    .o_rd(w_rd_axi_s),

    // internal side

    .o_req_sys(w_req_sys),

    .o_req_3d(w_req_3d),

    .o_wr(w_wr_wr_s3),

    .o_adrs(w_wr_adrs_s3),

    .i_ack_sys(w_ack_sys),

    .i_ack_3d(w_ack_3d),

    .o_be(w_wr_be_s3),

    .o_wd(w_wr_wdata_s3),

    .i_rstr_sys(w_rstr_sys),

    .i_rstr_3d(w_rstr_3d),

    .i_rd_sys(w_rdata_sys),

    .i_rd_3d(w_rdata_3d)

);

// System controller

fm_asys u_asys (

    .clk_core(clk_core),

    .rst_x(rst_x),

    // internal interface

    .i_req(w_req_sys),

    .i_wr(w_wr_wr_s3),

    .i_adrs(w_wr_adrs_s3),

    .o_ack(w_ack_sys),

    .i_be(w_wr_be_s3),

    .i_wd(w_wr_wdata_s3),

    .o_rstr(w_rstr_sys),

    .o_rd(w_rdata_sys),

    // configuration output

    //   Video controller

    .o_video_start(w_video_start),

    .o_aa_en(),

    .o_fb0_offset(w_fb0_offset),

    .o_fb0_ms_offset(),

    .o_fb1_offset(w_fb1_offset),

    .o_fb1_ms_offset(),

    .o_color_mode(w_color_mode),

    .o_front_buffer(w_front_buffer),

    .o_fb_blend_en(),

    // vint

    .i_vint_x(w_vint_x),

    .i_vint_edge(w_vint_edge),

    // vertex dma int

    .i_vtx_int(w_vtx_dma),

    // int out

    .o_int_x(w_vtx_int),

    // DMA

    .o_dma_start(w_dma_start),

    .o_dma_mode(w_dma_mode),

    .i_dma_end(w_dma_end),

    .o_dma_top_address0(w_dma_top_address0),

    .o_dma_top_address1(w_dma_top_address1),

    .o_dma_top_address2(w_dma_top_address2),

    .o_dma_top_address3(w_dma_top_address3),

    .o_dma_length(w_dma_length),

    .o_dma_be(w_dma_be),

    .o_dma_wd0(w_dma_wd0),

    .o_dma_wd1(w_dma_wd1),

    // AXI Master configuration

    .o_conf_arcache_m(w_conf_arcache_m),

    .o_conf_aruser_m(w_conf_aruser_m),

    .o_conf_awcache_m(w_conf_awcache_m),

    .o_conf_awuser_m(w_conf_awuser_m)

);

// DMAC

fm_dma u_dma (

    .clk_core(clk_core),

    .rst_x(rst_x),

    // DMA

    .i_dma_start(w_dma_start),

    .i_dma_mode(w_dma_mode),

    .o_dma_end(w_dma_end),

    .i_dma_top_address0(w_dma_top_address0),

    .i_dma_top_address1(w_dma_top_address1),

    .i_dma_top_address2(w_dma_top_address2),

    .i_dma_top_address3(w_dma_top_address3),

    .i_dma_length(w_dma_length),

    .i_dma_be(w_dma_be),

    .i_dma_wd0(w_dma_wd0),

    .i_dma_wd1(w_dma_wd1),

    // memory access

    .o_req_mem(w_req_mem),

    .o_wr_mem(w_wr_mem),

    .o_adrs_mem(w_adrs_mem),

    .o_len_mem(w_len_mem),

    .i_ack_mem(w_ack_mem),

    .o_strw_mem(w_strw_mem),

    .o_be_mem(w_be_mem),

    .o_wd_mem(w_wd_mem),

    .i_ackw_mem(w_ackw_mem)

);

// 3D Graphics Core

fm_3d_core u_3d_core (

  // system

  .clk_i(clk_core),

  .rst_i(~rst_x),

  .int_o(w_vtx_dma),

  // Slave I/F

  .i_req_s(w_req_3d),

  .i_wr_s(w_wr_wr_s3),

  .i_adrs_s(w_wr_adrs_s3[7:0]),

  .o_ack_s(w_ack_3d),

  .i_be_s(w_wr_be_s3),

  .i_dbw_s(w_wr_wdata_s3),

  .o_strr_s(w_rstr_3d),

  .o_dbr_s(w_rdata_3d),

  // Master I/F

  .o_req_m(w_wr_req1),

  .o_wr_m(w_wr_wr1),

  .o_adrs_m(w_wr_adrs1),

  .o_len_m(w_wr_len1),

  .i_ack_m(w_wr_ack1),

  .o_be_m(w_wr_be1),

  .o_dbw_m(w_wr_wdata1),

  .i_strr_m(w_wr_rstr1),

  .i_dbr_m(w_wr_rdata1)

);

// Memory interconnect

fm_mic u_mic (

    .clk_core(clk_core),

    .rst_x(rst_x),

    // write/read port 0 (vertex fetch)

    .i_wr_req0(w_req_dma),

    .i_wr_wr0(1'b0),

    .i_wr_adrs0(w_adrs_dma),

    .i_wr_len0(w_len_dma),

    .o_wr_ack0(w_ack_dma),

    .i_wr_wstr0(1'b0),

    .i_wr_be0({P_IB_BE_WIDTH{1'b0}}),

    .i_wr_wdata0({P_IB_DATA_WIDTH{1'b0}}),

    .o_wr_wack0(),

    .o_wr_rstr0(w_strr_dma),

    .o_wr_rdata0(w_dbr_dma),

    // read/write port 1 (3D read/write)

    .i_wr_req1(w_wr_req1),

    .i_wr_wr1(w_wr_wr1),

    .i_wr_adrs1(w_wr_adrs1),

    .i_wr_len1(w_wr_len1),

    .o_wr_ack1(w_wr_ack1),

    .i_wr_be1(w_wr_be1),

    .i_wr_wdata1(w_wr_wdata1),

    .o_wr_rstr1(w_wr_rstr1),

    .o_wr_rdata1(w_wr_rdata1),

    // read port 2 (ctr controller)

    .i_r_req2(w_r_req2),

    .i_r_adrs2(w_r_adrs2),

    .i_r_len2(w_r_len2),

    .o_r_ack2(w_r_ack2),

    .o_r_rstr2(w_r_rstr2),

    .o_r_rdata2(w_r_rdata2),

     // write port 3 (DMA write)

    .i_wr_req3(w_req_mem),

    .i_wr_adrs3(w_adrs_mem),

    .i_wr_len3(w_len_mem),

    .o_wr_ack3(w_ack_mem),

    .i_wr_wstr3(w_strw_mem),

    .i_wr_be3(w_be_mem),

    .i_wr_wdata3(w_wd_mem),

    .o_wr_wack3(w_ackw_mem),

    // DIMM Bridge Interface

    .o_brg_req(w_brg_req),

    .o_brg_wr(w_brg_wr),

    .o_brg_id(w_brg_id),

    .o_brg_adrs(w_brg_adrs),

    .o_brg_len(w_brg_len),

    .i_brg_ack(w_brg_ack),

    .o_brg_wstr(w_brg_wstr),

    .o_brg_be(w_brg_be),

    .o_brg_wdata(w_brg_wdata),

    .i_brg_wack(w_brg_wack),

    .i_brg_rstr(w_brg_rstr),

    .i_brg_rlast(w_brg_rlast),

    .i_brg_rid(w_brg_rid),

    .i_brg_rdata(w_brg_rdata)

);

// AXI master bridge

fm_axi_m u_axi_m (

  .clk_core(clk_core),

  .rst_x(rst_x),

  // AXI Master configuration

  .i_conf_arcache_m(w_conf_arcache_m),

  .i_conf_aruser_m(w_conf_aruser_m),

  .i_conf_awcache_m(w_conf_awcache_m),

  .i_conf_awuser_m(w_conf_awuser_m),

  // Local Memory Range

  .i_brg_req(w_brg_req),

  .i_brg_adrs(w_brg_adrs),

  .i_brg_rw(w_brg_wr),

  .i_brg_id(w_brg_id),

  .i_brg_len(w_brg_len),

  .o_brg_ack(w_brg_ack),

  .i_brg_wdvalid(w_brg_wstr),

  .i_brg_be(w_brg_be),

  .i_brg_wdata(w_brg_wdata),

  .o_brg_wack(w_brg_wack),

  .o_brg_rdvalid(w_brg_rstr),

  .o_brg_rlast(w_brg_rlast),

  .o_brg_rid(w_brg_rid),

  .o_brg_rdata(w_brg_rdata),

  .o_init_done(w_init_done),

  // AXI write port

  .o_awid_m(o_awid_m),

  .o_awaddr_m(o_awaddr_m),

  .o_awlen_m(o_awlen_m),

  .o_awsize_m(o_awsize_m),

  .o_awburst_m(o_awburst_m),

  .o_awlock_m(o_awlock_m),

  .o_awcache_m(o_awcache_m),

  .o_awuser_m(o_awuser_m),

  .o_awprot_m(o_awprot_m),

  .o_awvalid_m(o_awvalid_m),

  .i_awready_m(i_awready_m),

  .o_wid_m(o_wid_m),

  .o_wdata_m(o_wdata_m),

  .o_wstrb_m(o_wstrb_m),

  .o_wlast_m(o_wlast_m),

  .o_wvalid_m(o_wvalid_m),

  .i_wready_m(i_wready_m),

  .i_bid_m(i_bid_m),

  .i_bresp_m(i_bresp_m),

  .i_bvalid_m(i_bvalid_m),

  .o_bready_m(o_bready_m),

  // AXI read port

  .o_arid_m(o_arid_m),