-
`timescale 1ns / 1ps
+
module SimROM(
input [15:0] address,
inout [7:0] data,
progaddr <= {progaddrh[6:0], progaddrm[7:0], progaddrl[7:0]};
{progaddrh[6:0], progaddrm[7:0], progaddrl[7:0]} <= {progaddrh[6:0], progaddrm[7:0], progaddrl[7:0]} + 23'b1;
end
+ ADDR_PROGFLASH: if (rd || wr) begin
+ progaddr <= {progaddrh[6:0], progaddrm[7:0], progaddrl[7:0]};
+ {progaddrh[6:0], progaddrm[7:0], progaddrl[7:0]} <= {progaddrh[6:0], progaddrm[7:0], progaddrl[7:0]} + 23'b1;
+ end
ADDR_MBC: begin
mbc_emul <= data;
rambank <= 0;
output wire [22:0] cr_A,
inout [15:0] cr_DQ,
input ps2c, ps2d,
+ output txp, txm,
+ input rxp, rxm,
`endif
output wire hs, vs,
output wire [2:0] r, g,
wire [7:0] switches = 8'b0;
wire [3:0] buttons = 4'b0;
`else
- wire xtalb, clk, vgaclk;
+ wire xtalb, clk, vgaclk, ethclk;
IBUFG iclkbuf(.O(xtalb), .I(xtal));
- CPUDCM dcm (.CLKIN_IN(xtalb), .CLKFX_OUT(clk));
+ CPUDCM cpudcm (.CLKIN_IN(xtalb), .CLKFX_OUT(clk));
pixDCM pixdcm (.CLKIN_IN(xtalb), .CLKFX_OUT(vgaclk));
+ ethDCM ethdcm (.CLKIN_IN(xtalb), .CLKFX_OUT(ethclk));
wire [7:0] ps2buttons;
`endif
.wr(wr[0]),
.snd_data_l(soundl),
.snd_data_r(soundr));
+
+`ifdef isim
+`else
+ Ethernet eth(
+ .clk(clk),
+ .wr(wr[0]),
+ .rd(rd[0]),
+ .addr(addr[0]),
+ .data(data[0]),
+ .ethclk(ethclk),
+ .rxclk(xtalb),
+ .txp(txp),
+ .txm(txm),
+ .rxp(rxp),
+ .rxm(rxm));
+`endif
endmodule