This repository contains detailed solutions for all HDLBits exercises, which are designed to improve your understanding of Verilog and digital circuit design. HDLBits provides a collection of circuit challenges, ranging from beginner-friendly tutorials to advanced topics in combinational and sequential logic.
I have solved all HDLBits questions on my YouTube channel, where I explain each problem in detail. Check out the complete playlist here:
🔗 Watch HDLBits Solutions
HDLBits is an interactive platform for learning Verilog through a structured set of exercises. It provides immediate feedback on submitted solutions, helping users debug and refine their circuits.
- Browse Solutions – Each solution is stored in its respective directory based on topic.
- Study & Implement – Analyze the provided Verilog implementations, modify them, and test your own logic.
- Submit & Debug – Use HDLBits to verify your solutions by submitting your Verilog modules.
- Improve Your Skills – Gradually work through increasingly challenging exercises to strengthen your expertise.
- Getting Started – Introduction to HDLBits.
- Verilog Language – Syntax-focused exercises.
- Combinational Logic – Logic gates, vectors, Karnaugh maps.
- Sequential Logic – Flip-flops, counters, state machines.
- Reading Simulations – Debugging and waveform analysis.
- Writing Testbenches – Creating testbenches for validation.
Contributions are welcome! If you find an optimized solution or improvements, feel free to submit a Pull Request.
This project is open-source. Check the repository settings for the licensing terms.