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README.md

Universal Verification Methodology Community

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Welcome to the Universal Verification Methodology (UVM) Community! 🎯

We are a collaborative community dedicated to advancing the field of hardware verification through the Universal Verification Methodology. Our mission is to create a one-stop hub where verification engineers, researchers, and enthusiasts can learn, contribute, and stay updated with the latest developments in UVM.

🌟 Our Vision

  • 📚 Learning Hub: A comprehensive resource center for UVM education and best practices
  • 🔄 Project Aggregation: A centralized location for UVM-related projects, tools, and examples
  • 📊 Common Benchmarks: Standardized benchmarks and test suites for verification methodologies
  • 💡 Example IP Library: A curated collection of example Intellectual Property (IP) for learning and reference
  • 🤝 Community Collaboration: A platform where contributors can fork, mirror, and share their UVM projects

🎯 What You Can Offer

For Learners

  • Educational Resources: Tutorials, examples, and reference implementations
  • Best Practices: Community-vetted coding standards and methodologies
  • Learning Paths: Structured guides for mastering UVM concepts

For Contributors

  • Project Hosting: Fork or mirror your UVM-related projects to our organization
  • Community Support: Get feedback and collaboration from fellow verification engineers
  • Visibility: Showcase your work to a focused community of UVM practitioners

For Researchers & Practitioners

  • Latest Updates: Stay informed about new UVM tools, libraries, and methodologies
  • Benchmark Suites: Access to standardized verification benchmarks
  • Reference IP: Well-documented example IP for various protocols and designs

🚀 Getting Started

Contribute Your Project

We welcome contributions! If you have a UVM-related project you'd like to share:

  1. Fork to Our Organization: Fork your repository to universal-verification-methodology
  2. Mirror Your Project: Set up a mirror if you want to maintain synchronization
  3. Submit a Request: Open an issue or contact maintainers to discuss adding your project

Explore Our Repositories

Browse our repositories to discover:

  • UVM frameworks and libraries
  • Verification IP (VIP) for various protocols
  • Educational examples and tutorials
  • Tools and utilities for verification workflows
  • Reference implementations and benchmarks

📖 Key Resources

Our organization hosts a diverse collection of UVM-related projects including:

  • UVM Frameworks: Python and SystemVerilog implementations
  • Verification IP: AXI, AHB, APB, and other protocol VIPs
  • Code Generators: Register model generators and testbench builders
  • Educational Content: Tutorials, courses, and example projects
  • Integration Tools: Simulator integrations and workflow utilities

🤝 Community Guidelines

  • Be Respectful: Maintain a welcoming and inclusive environment
  • Share Knowledge: Help others learn and grow in their UVM journey
  • Follow Best Practices: Adhere to UVM coding standards and conventions
  • Document Well: Ensure your contributions are well-documented for others to understand

📬 Stay Connected

  • GitHub Discussions: Engage with the community through GitHub Discussions
  • Issues & PRs: Contribute improvements and report issues
  • Project Updates: Watch repositories to stay updated on new releases

🎓 Learning Resources

Learning modules (8 courses)

The organization provides 8 structured learning modules for digital design and verification. Follow them in order: prerequisites → design → language → testbenches → verification planning → UVM (SystemVerilog, then Python) → a protocol case study.

Module Description
learn_unix_git Unix, Git, and tooling basics for digital design and verification courses.
learn_digital_verilog Digital design with Verilog and SystemVerilog: logic, RTL, state machines, memory, and advanced techniques.
learn_verilog_systemverilog Version-centric path for Verilog and SystemVerilog (IEEE 1364-1995 through IEEE 1800-2017): what each standard adds and how to migrate.
learn_verilator_iverilog RTL testbenches using Verilog, SystemVerilog, iverilog, and Verilator (Verilog and C++ testbench flows).
verification_planning_management Self-paced course on verification planning and management with SystemVerilog/UVM—learn what to verify and how to plan before implementing testbenches.
learn_uvm2017_sv_verilator UVM in SystemVerilog (IEEE 1800.2-2017) with Verilator—examples and testbenches.
learn_uvm_pyuvm UVM and pyuvm (Python UVM): modular learning path with examples and testbenches.
learn_uart_spi_i2c Case study: UART, SPI, and I²C—specification, RTL, and UVM-based verification with Verilator (apply the full flow end-to-end).

Browse all organization repositories for more learning content and tools.

Whether you're new to UVM or an experienced practitioner, our repositories include:

  • Beginner-friendly tutorials and examples
  • Advanced verification techniques
  • Real-world case studies
  • Protocol-specific verification guides

🌐 Related Standards

This community aligns with:

  • Accellera UVM Standard: The official UVM standard maintained by Accellera
  • IEEE 1800: SystemVerilog standard
  • Industry Best Practices: Community-driven verification methodologies

Join us in building the future of hardware verification! 🚀

Together, we can create a comprehensive, accessible, and collaborative ecosystem for Universal Verification Methodology.

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  1. core core Public

    Forked from SJTU-YONGFU-RESEARCH-GRP/core

    This repository contains a comprehensive collection of parameterized and configurable RTL modules written in Verilog, organized by category for EDA research and development. Each module is thorough…

    C++ 3

  2. core-ddr2 core-ddr2 Public

    Forked from SJTU-YONGFU-RESEARCH-GRP/core-ddr2

    This repository contains a JEDEC-style DDR2 SDRAM controller targeting the memory devices. The controller exposes a simple FIFO-like front-end interface and maps host commands into DDR2 transaction…

    Verilog 1

Repositories

Showing 10 of 91 repositories
  • core-ddr2 Public Forked from SJTU-YONGFU-RESEARCH-GRP/core-ddr2

    This repository contains a JEDEC-style DDR2 SDRAM controller targeting the memory devices. The controller exposes a simple FIFO-like front-end interface and maps host commands into DDR2 transactions, including full power-up initialization, periodic refresh, scalar and block reads/writes, and DQS-based data capture.

    universal-verification-methodology/core-ddr2’s past year of commit activity
    Verilog 1 CC-BY-4.0 1 0 0 Updated Feb 15, 2026
  • digital_verification_news Public

    Daily Papers is an automated literature aggregation pipeline that collects, normalizes, and publishes up-to-date research digests for configurable topics. It queries arXiv and, optionally, CrossRef, OpenAlex, Semantic Scholar, IEEE Xplore, DVCon proceedings, and the ACM Digital Library

    universal-verification-methodology/digital_verification_news’s past year of commit activity
    Python 1 0 0 0 Updated Feb 13, 2026
  • .github Public
    universal-verification-methodology/.github’s past year of commit activity
    1 1 0 0 Updated Feb 7, 2026
  • verification_planning_management Public

    A self-paced course for learning verification planning and management using SystemVerilog/UVM. This repository provides a complete learning path from initial verification planning through advanced UVM orchestration and VIP delivery.

    universal-verification-methodology/verification_planning_management’s past year of commit activity
    Shell 2 2 0 0 Updated Feb 7, 2026
  • learn_uart_spi_i2c Public

    A progressive course in digital design and verification covering UART, SPI, and I²C — from specification and RTL through UVM-based verification with Verilator. Each module has README.md (quick start), EXAMPLES.md (index of hands-on examples), and docs/ (full syllabus).

    universal-verification-methodology/learn_uart_spi_i2c’s past year of commit activity
    SystemVerilog 4 0 0 0 Updated Feb 7, 2026
  • learn_verilog_systemverilog Public

    A version-centric learning path for Verilog and SystemVerilog from IEEE 1364-1995 through IEEE 1800-2017. This project provides modules, examples, DUTs, tests, and documentation so you can see exactly what each standard adds and how to migrate between versions.

    universal-verification-methodology/learn_verilog_systemverilog’s past year of commit activity
    SystemVerilog 3 0 0 0 Updated Feb 3, 2026
  • learn_unix_git Public

    Unix, Git, and tooling basics for students taking digital design and verification courses.

    universal-verification-methodology/learn_unix_git’s past year of commit activity
    Shell 7 0 0 0 Updated Feb 2, 2026
  • core Public Forked from SJTU-YONGFU-RESEARCH-GRP/core

    This repository contains a comprehensive collection of parameterized and configurable RTL modules written in Verilog, organized by category for EDA research and development. Each module is thoroughly verified and comes with complete testbenches and detailed documentation to support efficient integration and use.

    universal-verification-methodology/core’s past year of commit activity
    C++ 3 3 0 0 Updated Jan 25, 2026
  • learn_digital_verilog Public

    This comprehensive course teaches you how to design digital circuits using Verilog and SystemVerilog. Starting with digital logic fundamentals and tool setup, you'll progress through language syntax, combinational logic, sequential circuits, state machines, arithmetic units, memory systems, and advanced design techniques. By the end of this course,

    universal-verification-methodology/learn_digital_verilog’s past year of commit activity
    Verilog 5 0 0 0 Updated Jan 25, 2026
  • learn_verilator_iverilog Public

    This comprehensive course teaches you how to write effective testbenches for RTL verification using Verilog, SystemVerilog, iverilog, and Verilator. The course is structured to first teach you both simulators in depth (iverilog for Verilog testbenches, Verilator for C++ testbenches), then apply that knowledge to build testbenches in both paradigms.

    universal-verification-methodology/learn_verilator_iverilog’s past year of commit activity
    Verilog 6 2 0 0 Updated Jan 25, 2026
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