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https://opencores.org/ocsvn/sdcard_mass_storage_controller/sdcard_mass_storage_controller/trunk
Subversion Repositories sdcard_mass_storage_controller
[/] [sdcard_mass_storage_controller/] [trunk/] [backend/] [Actel/] [Block/] [versatile_fifo_dptam_dw/] [versatile_fifo_dptam_dw_sim.v] - Rev 48
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`timescale 1 ns/100 ps // Version: 8.5 8.5.0.34 module versatile_fifo_dptam_dw( d_a, q_a, adr_a, we_a, clk_a, q_b, adr_b, d_b, we_b, clk_b ); input [7:0] d_a; output [7:0] q_a; input [10:0] adr_a; input we_a; input clk_a; output [7:0] q_b; input [10:0] adr_b; input [7:0] d_b; input we_b; input clk_b; wire VCC, GND, \ram_tile_2.DOUT0_SIG[2] , \ram_tile_2.DOUT0_SIG[3] , \ram_tile_2.DOUT0_SIG[4] , \ram_tile_2.DOUT0_SIG[5] , \ram_tile_2.DOUT0_SIG[6] , \ram_tile_2.DOUT0_SIG[7] , \ram_tile_2.DOUT0_SIG[8] , \ram_tile_2.DOUT1_SIG[2] , \ram_tile_2.DOUT1_SIG[3] , \ram_tile_2.DOUT1_SIG[4] , \ram_tile_2.DOUT1_SIG[5] , \ram_tile_2.DOUT1_SIG[6] , \ram_tile_2.DOUT1_SIG[7] , \ram_tile_2.DOUT1_SIG[8] , \ram_tile_1.DOUT0_SIG[2] , \ram_tile_1.DOUT0_SIG[3] , \ram_tile_1.DOUT0_SIG[4] , \ram_tile_1.DOUT0_SIG[5] , \ram_tile_1.DOUT0_SIG[6] , \ram_tile_1.DOUT0_SIG[7] , \ram_tile_1.DOUT0_SIG[8] , \ram_tile_1.DOUT1_SIG[2] , \ram_tile_1.DOUT1_SIG[3] , \ram_tile_1.DOUT1_SIG[4] , \ram_tile_1.DOUT1_SIG[5] , \ram_tile_1.DOUT1_SIG[6] , \ram_tile_1.DOUT1_SIG[7] , \ram_tile_1.DOUT1_SIG[8] , \ram_tile_0.DOUT0_SIG[2] , \ram_tile_0.DOUT0_SIG[3] , \ram_tile_0.DOUT0_SIG[4] , \ram_tile_0.DOUT0_SIG[5] , \ram_tile_0.DOUT0_SIG[6] , \ram_tile_0.DOUT0_SIG[7] , \ram_tile_0.DOUT0_SIG[8] , \ram_tile_0.DOUT1_SIG[2] , \ram_tile_0.DOUT1_SIG[3] , \ram_tile_0.DOUT1_SIG[4] , \ram_tile_0.DOUT1_SIG[5] , \ram_tile_0.DOUT1_SIG[6] , \ram_tile_0.DOUT1_SIG[7] , \ram_tile_0.DOUT1_SIG[8] , \ram_tile.DOUT0_SIG[2] , \ram_tile.DOUT0_SIG[3] , \ram_tile.DOUT0_SIG[4] , \ram_tile.DOUT0_SIG[5] , \ram_tile.DOUT0_SIG[6] , \ram_tile.DOUT0_SIG[7] , \ram_tile.DOUT0_SIG[8] , \ram_tile.DOUT1_SIG[2] , \ram_tile.DOUT1_SIG[3] , \ram_tile.DOUT1_SIG[4] , \ram_tile.DOUT1_SIG[5] , \ram_tile.DOUT1_SIG[6] , \ram_tile.DOUT1_SIG[7] , \ram_tile.DOUT1_SIG[8] , we_b_i, we_a_i, GND_net_1, VCC_net_1; INV we_b_RNIB08 (.A(we_b), .Y(we_b_i)); VCC VCC_i_0 (.Y(VCC_net_1)); RAM4K9 ram_tile_0_I_1 (.ADDRA11(GND), .ADDRA10(adr_b[10]), .ADDRA9( adr_b[9]), .ADDRA8(adr_b[8]), .ADDRA7(adr_b[7]), .ADDRA6( adr_b[6]), .ADDRA5(adr_b[5]), .ADDRA4(adr_b[4]), .ADDRA3( adr_b[3]), .ADDRA2(adr_b[2]), .ADDRA1(adr_b[1]), .ADDRA0( adr_b[0]), .ADDRB11(GND), .ADDRB10(adr_a[10]), .ADDRB9( adr_a[9]), .ADDRB8(adr_a[8]), .ADDRB7(adr_a[7]), .ADDRB6( adr_a[6]), .ADDRB5(adr_a[5]), .ADDRB4(adr_a[4]), .ADDRB3( adr_a[3]), .ADDRB2(adr_a[2]), .ADDRB1(adr_a[1]), .ADDRB0( adr_a[0]), .DINA8(GND), .DINA7(GND), .DINA6(GND), .DINA5(GND), .DINA4(GND), .DINA3(GND), .DINA2(GND), .DINA1(d_b[3]), .DINA0( d_b[2]), .DINB8(GND), .DINB7(GND), .DINB6(GND), .DINB5(GND), .DINB4(GND), .DINB3(GND), .DINB2(GND), .DINB1(d_a[3]), .DINB0( d_a[2]), .WIDTHA0(VCC), .WIDTHA1(GND), .WIDTHB0(VCC), .WIDTHB1( GND), .PIPEA(GND), .PIPEB(GND), .WMODEA(GND), .WMODEB(GND), .BLKA(GND), .BLKB(GND), .WENA(we_b_i), .WENB(we_a_i), .CLKA( clk_b), .CLKB(clk_a), .RESET(VCC), .DOUTA8( \ram_tile_0.DOUT0_SIG[8] ), .DOUTA7(\ram_tile_0.DOUT0_SIG[7] ), .DOUTA6(\ram_tile_0.DOUT0_SIG[6] ), .DOUTA5( \ram_tile_0.DOUT0_SIG[5] ), .DOUTA4(\ram_tile_0.DOUT0_SIG[4] ), .DOUTA3(\ram_tile_0.DOUT0_SIG[3] ), .DOUTA2( \ram_tile_0.DOUT0_SIG[2] ), .DOUTA1(q_b[3]), .DOUTA0(q_b[2]), .DOUTB8(\ram_tile_0.DOUT1_SIG[8] ), .DOUTB7( \ram_tile_0.DOUT1_SIG[7] ), .DOUTB6(\ram_tile_0.DOUT1_SIG[6] ), .DOUTB5(\ram_tile_0.DOUT1_SIG[5] ), .DOUTB4( \ram_tile_0.DOUT1_SIG[4] ), .DOUTB3(\ram_tile_0.DOUT1_SIG[3] ), .DOUTB2(\ram_tile_0.DOUT1_SIG[2] ), .DOUTB1(q_a[3]), .DOUTB0( q_a[2])); INV we_a_RNIA08 (.A(we_a), .Y(we_a_i)); GND GND_i_0 (.Y(GND_net_1)); RAM4K9 ram_tile_I_1 (.ADDRA11(GND), .ADDRA10(adr_b[10]), .ADDRA9( adr_b[9]), .ADDRA8(adr_b[8]), .ADDRA7(adr_b[7]), .ADDRA6( adr_b[6]), .ADDRA5(adr_b[5]), .ADDRA4(adr_b[4]), .ADDRA3( adr_b[3]), .ADDRA2(adr_b[2]), .ADDRA1(adr_b[1]), .ADDRA0( adr_b[0]), .ADDRB11(GND), .ADDRB10(adr_a[10]), .ADDRB9( adr_a[9]), .ADDRB8(adr_a[8]), .ADDRB7(adr_a[7]), .ADDRB6( adr_a[6]), .ADDRB5(adr_a[5]), .ADDRB4(adr_a[4]), .ADDRB3( adr_a[3]), .ADDRB2(adr_a[2]), .ADDRB1(adr_a[1]), .ADDRB0( adr_a[0]), .DINA8(GND), .DINA7(GND), .DINA6(GND), .DINA5(GND), .DINA4(GND), .DINA3(GND), .DINA2(GND), .DINA1(d_b[1]), .DINA0( d_b[0]), .DINB8(GND), .DINB7(GND), .DINB6(GND), .DINB5(GND), .DINB4(GND), .DINB3(GND), .DINB2(GND), .DINB1(d_a[1]), .DINB0( d_a[0]), .WIDTHA0(VCC), .WIDTHA1(GND), .WIDTHB0(VCC), .WIDTHB1( GND), .PIPEA(GND), .PIPEB(GND), .WMODEA(GND), .WMODEB(GND), .BLKA(GND), .BLKB(GND), .WENA(we_b_i), .WENB(we_a_i), .CLKA( clk_b), .CLKB(clk_a), .RESET(VCC), .DOUTA8( \ram_tile.DOUT0_SIG[8] ), .DOUTA7(\ram_tile.DOUT0_SIG[7] ), .DOUTA6(\ram_tile.DOUT0_SIG[6] ), .DOUTA5( \ram_tile.DOUT0_SIG[5] ), .DOUTA4(\ram_tile.DOUT0_SIG[4] ), .DOUTA3(\ram_tile.DOUT0_SIG[3] ), .DOUTA2( \ram_tile.DOUT0_SIG[2] ), .DOUTA1(q_b[1]), .DOUTA0(q_b[0]), .DOUTB8(\ram_tile.DOUT1_SIG[8] ), .DOUTB7( \ram_tile.DOUT1_SIG[7] ), .DOUTB6(\ram_tile.DOUT1_SIG[6] ), .DOUTB5(\ram_tile.DOUT1_SIG[5] ), .DOUTB4( \ram_tile.DOUT1_SIG[4] ), .DOUTB3(\ram_tile.DOUT1_SIG[3] ), .DOUTB2(\ram_tile.DOUT1_SIG[2] ), .DOUTB1(q_a[1]), .DOUTB0( q_a[0])); VCC VCC_i (.Y(VCC)); RAM4K9 ram_tile_2_I_1 (.ADDRA11(GND), .ADDRA10(adr_b[10]), .ADDRA9( adr_b[9]), .ADDRA8(adr_b[8]), .ADDRA7(adr_b[7]), .ADDRA6( adr_b[6]), .ADDRA5(adr_b[5]), .ADDRA4(adr_b[4]), .ADDRA3( adr_b[3]), .ADDRA2(adr_b[2]), .ADDRA1(adr_b[1]), .ADDRA0( adr_b[0]), .ADDRB11(GND), .ADDRB10(adr_a[10]), .ADDRB9( adr_a[9]), .ADDRB8(adr_a[8]), .ADDRB7(adr_a[7]), .ADDRB6( adr_a[6]), .ADDRB5(adr_a[5]), .ADDRB4(adr_a[4]), .ADDRB3( adr_a[3]), .ADDRB2(adr_a[2]), .ADDRB1(adr_a[1]), .ADDRB0( adr_a[0]), .DINA8(GND), .DINA7(GND), .DINA6(GND), .DINA5(GND), .DINA4(GND), .DINA3(GND), .DINA2(GND), .DINA1(d_b[7]), .DINA0( d_b[6]), .DINB8(GND), .DINB7(GND), .DINB6(GND), .DINB5(GND), .DINB4(GND), .DINB3(GND), .DINB2(GND), .DINB1(d_a[7]), .DINB0( d_a[6]), .WIDTHA0(VCC), .WIDTHA1(GND), .WIDTHB0(VCC), .WIDTHB1( GND), .PIPEA(GND), .PIPEB(GND), .WMODEA(GND), .WMODEB(GND), .BLKA(GND), .BLKB(GND), .WENA(we_b_i), .WENB(we_a_i), .CLKA( clk_b), .CLKB(clk_a), .RESET(VCC), .DOUTA8( \ram_tile_2.DOUT0_SIG[8] ), .DOUTA7(\ram_tile_2.DOUT0_SIG[7] ), .DOUTA6(\ram_tile_2.DOUT0_SIG[6] ), .DOUTA5( \ram_tile_2.DOUT0_SIG[5] ), .DOUTA4(\ram_tile_2.DOUT0_SIG[4] ), .DOUTA3(\ram_tile_2.DOUT0_SIG[3] ), .DOUTA2( \ram_tile_2.DOUT0_SIG[2] ), .DOUTA1(q_b[7]), .DOUTA0(q_b[6]), .DOUTB8(\ram_tile_2.DOUT1_SIG[8] ), .DOUTB7( \ram_tile_2.DOUT1_SIG[7] ), .DOUTB6(\ram_tile_2.DOUT1_SIG[6] ), .DOUTB5(\ram_tile_2.DOUT1_SIG[5] ), .DOUTB4( \ram_tile_2.DOUT1_SIG[4] ), .DOUTB3(\ram_tile_2.DOUT1_SIG[3] ), .DOUTB2(\ram_tile_2.DOUT1_SIG[2] ), .DOUTB1(q_a[7]), .DOUTB0( q_a[6])); RAM4K9 ram_tile_1_I_1 (.ADDRA11(GND), .ADDRA10(adr_b[10]), .ADDRA9( adr_b[9]), .ADDRA8(adr_b[8]), .ADDRA7(adr_b[7]), .ADDRA6( adr_b[6]), .ADDRA5(adr_b[5]), .ADDRA4(adr_b[4]), .ADDRA3( adr_b[3]), .ADDRA2(adr_b[2]), .ADDRA1(adr_b[1]), .ADDRA0( adr_b[0]), .ADDRB11(GND), .ADDRB10(adr_a[10]), .ADDRB9( adr_a[9]), .ADDRB8(adr_a[8]), .ADDRB7(adr_a[7]), .ADDRB6( adr_a[6]), .ADDRB5(adr_a[5]), .ADDRB4(adr_a[4]), .ADDRB3( adr_a[3]), .ADDRB2(adr_a[2]), .ADDRB1(adr_a[1]), .ADDRB0( adr_a[0]), .DINA8(GND), .DINA7(GND), .DINA6(GND), .DINA5(GND), .DINA4(GND), .DINA3(GND), .DINA2(GND), .DINA1(d_b[5]), .DINA0( d_b[4]), .DINB8(GND), .DINB7(GND), .DINB6(GND), .DINB5(GND), .DINB4(GND), .DINB3(GND), .DINB2(GND), .DINB1(d_a[5]), .DINB0( d_a[4]), .WIDTHA0(VCC), .WIDTHA1(GND), .WIDTHB0(VCC), .WIDTHB1( GND), .PIPEA(GND), .PIPEB(GND), .WMODEA(GND), .WMODEB(GND), .BLKA(GND), .BLKB(GND), .WENA(we_b_i), .WENB(we_a_i), .CLKA( clk_b), .CLKB(clk_a), .RESET(VCC), .DOUTA8( \ram_tile_1.DOUT0_SIG[8] ), .DOUTA7(\ram_tile_1.DOUT0_SIG[7] ), .DOUTA6(\ram_tile_1.DOUT0_SIG[6] ), .DOUTA5( \ram_tile_1.DOUT0_SIG[5] ), .DOUTA4(\ram_tile_1.DOUT0_SIG[4] ), .DOUTA3(\ram_tile_1.DOUT0_SIG[3] ), .DOUTA2( \ram_tile_1.DOUT0_SIG[2] ), .DOUTA1(q_b[5]), .DOUTA0(q_b[4]), .DOUTB8(\ram_tile_1.DOUT1_SIG[8] ), .DOUTB7( \ram_tile_1.DOUT1_SIG[7] ), .DOUTB6(\ram_tile_1.DOUT1_SIG[6] ), .DOUTB5(\ram_tile_1.DOUT1_SIG[5] ), .DOUTB4( \ram_tile_1.DOUT1_SIG[4] ), .DOUTB3(\ram_tile_1.DOUT1_SIG[3] ), .DOUTB2(\ram_tile_1.DOUT1_SIG[2] ), .DOUTB1(q_a[5]), .DOUTB0( q_a[4])); GND GND_i (.Y(GND)); endmodule
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