Sure, here’s an example of a priority encoder with 8 inputs implemented using SystemVerilog: module priority_encoder_8to3( input logic [7:0] in, output logic [2:0] out ); always_comb begin casez(in) 8’b00000001: out = 3’b000; 8’b00000010: out = 3’b001; 8’b00000100: out = 3’b010; 8’b00001000: out = 3’b011; 8’b00010000: out = 3’b100; 8’b00100000: out = 3’b101; 8’b01000000: out = … Read more
Sure, here’s an example of a 3-bit synchronous up counter with enable implemented using SystemVerilog: module up_counter_3bit_enable( input logic clk, input logic enable, output logic [2:0] count ); always_ff @(posedge clk) begin if (enable) begin count <= count + 1; end end endmodule In this code, we define a module called `up_counter_3bit_enable` with three ports: … Read more
Sure, here’s an example of a 2-input XOR gate implemented using SystemVerilog: module xor_gate( input logic a, input logic b, output logic out ); assign out = a ^ b; endmodule In this code, we define a module called `xor_gate` with two input ports `a` and `b`, and an output port `out`. The `logic` data … Read more
Sure, here’s an example of a 3-to-8 decoder implemented using SystemVerilog: module decoder_3to8( input logic [2:0] in, output logic [7:0] out ); assign out = 8’b00000001 << in; endmodule In this code, we define a module called `decoder_3to8` with two ports: `in` and `out`. The `in` input is a 3-bit binary input that represents the … Read more
Sure, here’s an example of a 4-bit binary counter with asynchronous reset implemented using SystemVerilog: module counter_4bit_async_reset( input logic clk, input logic reset, output logic [3:0] count ); always_ff @(posedge clk, negedge reset) begin if (!reset) begin count <= 4’b0000; // reset to zero end else begin count <= count + 1; // increment count … Read more
Sure, here’s an example of a 2-input AND gate implemented using SystemVerilog: module and_gate( input logic a, input logic b, output logic out ); assign out = a & b; endmodule In this code, we define a module called `and_gate` with two input ports `a` and `b`, and an output port `out`. The `logic` data … Read more
Sure, here’s an example implementation of a 4-bit magnitude comparator using SystemVerilog: module comparator(input logic [3:0] a, input logic [3:0] b, output logic eq, output logic gt, output logic lt); assign eq = (a == b); assign gt = (a > b); assign lt = (a < b); endmodule In this example, the “comparator” module … Read more
Sure, here’s an example implementation of a full adder circuit using SystemVerilog: module full_adder(input logic a, input logic b, input logic cin, output logic sum, output logic cout); assign sum = a ^ b ^ cin; assign cout = (a & b) | (a & cin) | (b & cin); endmodule In this example, the … Read more
Sure, here’s an example implementation of a 4×4 matrix multiplier using SystemVerilog: module matrix_multiplier( input logic [3:0][3:0] A, input logic [3:0][3:0] B, output logic [3:0][3:0] C ); genvar i, j, k; generate for (i = 0; i < 4; i++) begin : row_generator for (j = 0; j < 4; j++) begin : column_generator assign … Read more
Sure, here’s an example implementation of a 4-input OR gate using SystemVerilog: module or_gate(input logic [3:0] a, output logic out); assign out = |a; endmodule In this example, the “or_gate” module has four input signals, “a[3:0]”, and one output signal, “out”. The “|” operator is used to perform a bitwise OR operation on the input … Read more