nand2/01_Boolean_Logic/Mux8Way16.v

/**
 * 16-bit multiplexor:
 * for i = 0..15 out[i] = a[i] if sel == 0
 *                        b[i] if sel == 1
 */

`default_nettype none
module Mux8Way16(
    input [15:0] a,
    input [15:0] b,
    input [15:0] c,
    input [15:0] d,
    input [15:0] e,
    input [15:0] f,
    input [15:0] g,
    input [15:0] h,
    input [2:0] sel,
    output [15:0] out
);

    // Put your code here:
    wire  [15:0] outab;
    wire  [15:0] outcd;
    wire  [15:0] outef;
    wire  [15:0] outgh;
    wire  [15:0] outabcd;
    wire  [15:0] outefgh;


    Mux16 MUX16A(a[15:0], b[15:0], sel[0], outab[15:0]);
    Mux16 MUX16B(c[15:0], d[15:0], sel[0], outcd[15:0]);
    Mux16 MUX16C(e[15:0], f[15:0], sel[0], outef[15:0]);
    Mux16 MUX16D(g[15:0], h[15:0], sel[0], outgh[15:0]);
    Mux16 MUX16E(outab[15:0], outcd[15:0], sel[1], outabcd[15:0]);
    Mux16 MUX16F(outef[15:0], outgh[15:0], sel[1], outefgh[15:0]);
    Mux16 MUX16(outabcd[15:0], outefgh[15:0], sel[2], out[15:0]);

	// always @(*) begin
	// 	case (sel)
	// 		0 : out = a;
	// 		1 : out = b;
	// 		2 : out = c;
	// 		3 : out = d;
	// 		4 : out = e;
	// 		5 : out = f;
	// 		6 : out = g;
	// 		7 : out = h;
	// 	endcase
	// end

endmodule