Day 4 of 30 Days of Verilog HDL | 2×1 MUX RTL Code and Testbench

Welcome to Day 3 of the 30 Days of Verilog HDL Series! 🚀

In this video, we will learn how to design a 2×1 Multiplexer (MUX) using Verilog HDL and verify its functionality using a comprehensive Testbench. A Multiplexer is one of the most fundamental combinational logic circuits used extensively in digital design, FPGA development, and VLSI systems.

📚 What You’ll Learn:

✅ Introduction to 2×1 Multiplexer (MUX)
✅ Truth Table and Working Principle
✅ RTL Coding of 2×1 MUX in Verilog HDL
✅ Writing a Verilog Testbench
✅ Simulation and Waveform Analysis
✅ Understanding Select Line Operation
✅ Best Practices for RTL Design

💻 Verilog Topics Covered:
Combinational Logic Design
Dataflow Modeling
Continuous Assignments
Testbench Development
Simulation Verification
🎯 Who Should Watch?
VLSI Beginners
FPGA Enthusiasts
Electronics & ECE Students
ASIC Design Aspirants
RTL Design Engineers
Interview Preparation Candidates
📌 30 Days of Verilog HDL Playlist

Follow this playlist to master Verilog HDL from basics to advanced concepts including combinational circuits, sequential circuits, FSMs, counters, shift registers, memories, and more.

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