Day 15: Gray Code Counter in Verilog HDL | Verilog Tutorial for Beginners | 30 Days of Verilog

In this tutorial, you’ll learn how to design and implement a Gray Code Counter in Verilog HDL. Gray code is widely used in digital systems because only one bit changes between consecutive values, minimizing glitches and improving reliability in applications such as asynchronous FIFOs, rotary encoders, and clock domain crossing (CDC).

📚 What You’ll Learn
What is Gray Code?
Binary vs Gray Code
Why Gray Code is used in digital systems
Gray Code Counter design
Verilog HDL implementation
Simulation and waveform analysis
Applications of Gray Code Counters in VLSI Design
💻 Topics Covered
Verilog HDL
Sequential Logic Design
Gray Code Counter
Always Block
Register Implementation
RTL Coding
Digital Electronics
Simulation using ModelSim/Vivado
🎯 Who Should Watch?
VLSI Beginners
Electronics & ECE Students
FPGA Engineers
RTL Design Aspirants
ASIC Design Engineers
Anyone learning Verilog HDL
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Follow the complete series to master Verilog HDL from basic to advanced concepts, with coding examples, simulations, and interview-oriented explanations.

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