universal-verification-methodology
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.
- 📚 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
- Educational Resources: Tutorials, examples, and reference implementations
- Best Practices: Community-vetted coding standards and methodologies
- Learning Paths: Structured guides for mastering UVM concepts
- 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
- 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
We welcome contributions! If you have a UVM-related project you'd like to share:
- Fork to Our Organization: Fork your repository to universal-verification-methodology
- Mirror Your Project: Set up a mirror if you want to maintain synchronization
- Submit a Request: Open an issue or contact maintainers to discuss adding your project
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
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
- 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
- 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
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
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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Repositories
- quiz_challenge_platform Public
- learn_unix Public
learn_unix is the open learning path for Unix / shell fluency for digital design students.
- learn_uvm2017 Public
learn_uvm2017 is the open learning path for UVM methodology literacy + offline practice.
- learn_verification_planning_management Public
learn_verification_planning_management is the open learning path for plan → coverage → regression → sign-off.
- learn_systemverilog Public
learn_systemverilog is the open learning path for SystemVerilog design constructs (IEEE 1800).
- learn_spi Public
learn_spi is the open learning path for SPI: wires & modes → RTL → TB → waves → VIP map.
- learn_verilator Public
learn_verilator is the open learning path for Verilator as a tool: lint → C++/DPI TB → trace → metrics.
- learn_verilog Public
learn_verilog is the open learning path for RTL coding in the IEEE 1364 family.
People
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