8bit Multiplier Verilog Code Github Review

assign sum = a ^ b; assign carry = a & b;

Uses a matrix of Full Adders and AND gates to compute all partial products simultaneously in combinational logic. Pros: High throughput; simple layout structure.

Need ready-to-run code? Search GitHub with filters language:verilog and "8x8 multiplier" . Always check the license before using in commercial projects. 8bit multiplier verilog code github

Combinational (synthesizable, simple):

Dr. Rhinehart loves it. “Great work, Maya. This saved the project.” assign sum = a ^ b; assign carry

module testbench; reg [7:0] A, B; wire [15:0] P;

She feels a knot in her stomach. She didn’t write it. She adds a comment: // Adapted from open-source reference but doesn’t link the repo. No license means… maybe it’s fine? Rhinehart loves it

When multiplying two $N$-bit numbers, the result is a $2N$-bit number. For an 8-bit multiplier ($A \times B$), inputs are 8 bits wide, and the output will be 16 bits wide.

endmodule