Welcome to a one-stop resource for diving deep into the world of Verilog! Whether you're a beginner or a seasoned VLSI enthusiast, this page brings together an extensive collection of resources to help you master Verilog Hardware Description Language (HDL). From video lectures and hands-on practice platforms to interview preparation and project ideas, we've curated everything you need to sharpen your Verilog skills. Explore tools, build projects, and prepare to excel in digital design and hardware modeling. Start your journey toward VLSI excellence today!
Video Lectures:
Practice:
Online Compiler:
Interview Questions:
IEEE Standard for Verilog Hardware Description Language
Projects:
Distinctive Projects across various domains, that can be designed in Verilog or System Verilog (Source: Kailash Prasad)
1. Basic Arithmetic Unit: Design a 4-bit arithmetic unit that performs addition, subtraction, multiplication, and division.
2. Floating-Point Unit: Implement a floating-point unit that supports IEEE 754 operations
3. Asynchronous FIFO: Develop an asynchronous FIFO for cross-domain data transfer.
4. Cache Memory: Create a cache memory system with an LRU replacement policy.
5. Single-Cycle MIPS Datapath: Implement the data path for a single-cycle MIPS processor architecture.
6. Control Unit for MIPS: Design the control unit for the MIPS processor.
7. Five-Stage MIPS Processor: Combine the data path and control unit to create a complete five-stage MIPS processor.
8. RISC-V Core Implementation: Design a basic RISC-V core with RV32I base integer instruction set support.
9. Network-on-Chip (NoC) Router: Implement a 2D mesh NoC router with an XY routing algorithm
10. DDR Memory Controller: Design a DDR memory controller for high-speed memory access
11. Serial Peripheral Interface (SPI) Protocol: Implement the SPI communication protocol.
12. Universal Asynchronous Receiver-Transmitter (UART): Design and simulate a UART for serial communication.
13. AXI Bus Interface: Explore the AXI bus interface for on-chip communication.
14. Direct Memory Access (DMA) Controller: Develop a DMA controller for memory-to-memory data transfer.
15. Digital Signal Processor (DSP): Implement a DSR core for audio processing
16. Error Correction Code (ECC) Memory: Design an ECC memory system for error detection and correction.
17. Ethernet Controller: Implement an Ethernet controller for network communication.
18.Phase-Locked Loop (PLL): Design a PLL for clock generation and synchronization
19. Convolutional Neural Network (CNN): Create a simple CNN (LeNet 5) for image recognition tasks
20. H.264 Video Encoder: Implement a basic H.264 encoder for video compression.
21. Graphics Processing Unit (GPU): Create a basic GPU for rendering simple graphics
22. Simple Image Processing Filters: Implement image processing filters like a median filter or edge detection algorithms
23. Hardware Random Number Generator: Design a true hardware random number generator.
24. Asynchronous Circuit Design: Explore asynchronous circuit design and implement a handshake protocol.
Books:
1. Verilog HDL - Samir Palnitkar
2. The Verilog Hardware Description Language - Thomas & Moorby’s
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