Why This Role Stands Out
Advance your career by leading cutting-edge PCIe Gen5/Gen6 verification, where you'll architect robust UVM environments and drive end-to-end signoff. This hybrid role is perfect for experienced verification engineers with deep PCIe protocol expertise who thrive in collaborative, high-impact environments. Apply now to shape the future of high-speed interconnect technology!
Quick Overview
Seniority
Leader
Work mode
Hybrid
Location
San Jose, CA, United States
Posted
Yesterday
Job Description
Verification Lead / Principal Verification Engineer – PCIe Gen5/Gen6
Location :San Jose, CA
Experience :10+ years
Location :San Jose, CA
Experience :10+ years
Position Summary
- We are seeking a highly experienced Verification Lead to own the end-to-end verification of PCIe Gen5/Gen6 subsystem with Transcation Layer, Controller, PHY and Serdes. The candidate will be responsible for verification planning, methodology definition, UVM environment architecture, coverage closure, protocol compliance verification, and leadership of a team of verification engineers.
- The ideal candidate should possess deep expertise in PCIe protocol, Transaction/Data Link/Physical Layers, LTSSM, PHY/SerDes interactions, UVM methodology, assertions, formal verification, emulation, and post-silicon debug support. The role requires close collaboration with Architecture, RTL Design, DFT, Firmware, Physical Design, and Validation teams.
Key Responsibilities
- Verification Ownership
- Own complete verification signoff for PCIe Gen5/Gen6 Controller and Subsystem.
- Develop overall verification strategy and execution plan.
- Drive verification activities from specification review through tape-out.
- Review architecture, microarchitecture, and RTL specifications.
- Define verification metrics and signoff criteria.
- Create comprehensive verification plans covering:
- Transaction Layer, Physical Layer, PIPE, and Data Link Layer
- SR-IOV supporting large virtual functions.
- Recovery Mechanisms
Map every protocol feature to:
- Testcases, Assertion, Functional Coverage and Scoreboards.
- Architect reusable UVM verification environments.
- Build subsystem- and SoC-level verification environments.
- Enable reuse from IP to subsystem to SoC verification.
- Define coverage architecture.
Drive:
- Functional Coverage
- Code Coverage
- Assertion Coverage
- Cross Coverage
- Analyze coverage holes and drive closure.
- Establish signoff methodology and metrics.
- Verify Controller-to-PHY integration.
- Verify PIPE interface compliance.
Validate:
- Equalization sequences
- Link training
- Recovery behavior
- Speed changes
- Lane width changes
- Work closely with PHY and Analog teams.
Leadership Responsibilities
- Lead and mentor verification engineers.
- Perform verification reviews and audits.
- Drive schedule planning and execution tracking.
- Interface with customers and program management.
- Own verification signoff reviews.
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