Скачать или смотреть Day 7 - 🚀 Verilog Coding from Scratch & simulation | Mux design in all modeling styles and Testbench

🚀🚀🚀Welcome to 🚀 Day 7 of the 100 Days of RTL Design & Verification series! In this video, we design and explain a 2:1 Multiplexer (MUX) using Verilog.
You’ll learn the concept, truth table, and different ways to implement the circuit in Verilog HDL.
Verilog 2:1 MUX in All Modeling Styles | Dataflow, Gate-level, Behavioral

🔹 What you’ll see in this video:
Basics of 2:1 MUX
Truth Table & Logic Expression
Verilog Implementation from scratch
Simple and clear explanation for beginners

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In this session, we kick off with an introduction to continues assignment in RTL Design and Verilog, the foundation of digital hardware design.

📌 What you’ll learn today:
Learn the difference between blocking = and non-blocking assignments in Verilog. See how they affect simulation vs synthesis with clear examples. Understand why non-blocking is essential for sequential circuits. Perfect for students, beginners, and anyone preparing for RTL design interviews.

Content:
0:00 Intro, Recap from Day5
0:32 Day 6 content


💡 Who is this for?
🚀Students aspiring to enter VLSI
🚀Freshers preparing for RTL/Verification jobs
🚀Professionals upgrading skills in hardware design

📅 Series Roadmap:

Day 1–30 → RTL Design with Verilog
Day 31–60 → SystemVerilog for Verification
Day 61–85 → UVM Methodology
Day 86–100 → Protocols & Real Projects

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