To simulate and synthesis Multiplexer 4 to 1 using Vivado software.

Vivado 2023.1 software.

STEP:1 Start the Xilinx navigator, Select and Name the New project. STEP:2 Select the device family, device, package and speed. STEP:3 Select new source in the New Project and select Verilog Module as the Source type. STEP:4 Type the File Name and Click Next and then finish button. Type the code and save it. STEP:5 Select the Behavioral Simulation in the Source Window and click the check syntax. STEP:6 Click the simulation to simulate the program and give the inputs and verify the outputs as per the truth table. STEP:7 Select the Implementation in the Sources Window and select the required file in the Processes Window. STEP:8 Select Check Syntax from the Synthesize XST Process. Double Click in the Floorplan Area/IO/Logic-Post Synthesis process in the User Constraints process group. UCF(User constraint File) is obtained. STEP:9 In the Design Object List Window, enter the pin location for each pin in the Loc column Select save from the File menu. STEP:10 Double click on the Implement Design and double click on the Generate Programming File to create a bitstream of the design.(.v) file is converted into .bit file here. STEP:12 Load the Bit file into the SPARTAN 6 FPGA STEP:11 On the board, by giving required input, the LEDs starts to glow light, indicating the output.

module mux(a,b,c,d,s0,s1,y); input a,b,c,d,s0,s1; output y; assign y=s1 ?(s0?d:c):(s0?b:a); endmodule

hence the simulation and synthesis of Multiplexer 4 to 1 using Vivado software are verified.