What makes a verification environment ‘Formal-Ready’?

What makes a verification environment “Formal-Ready”? Introduction: Why this matters now Chip complexity continues to rise across AI, automotive, and high-performance computing. Any bugs that escape pre-silicon verification into actual silicon can delay progress  and harm reputation. Many teams still operate simulation-first environments that are excellent for constrained-random tests, but are not designed for porting …

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Why are simulation-only verification flows failing modern chips?

Why are simulation-only verification flows failing modern chips? Introduction Modern chip designs are pushing the boundaries of complexity, driven by demands in artificial intelligence, automotive, high-performance computing, and communications. The costs of advanced technology nodes such as 3nm FinFET mean that errors can cost hundreds of millions of dollars, or even more when delayed product …

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Training Topics

  1. Abstraction vectors (time, functionality)
  2. AIP for protocols
  3. AIP orchestration
  4. BMC & IPG, invariants
  5. Codestyle
  6. Completeness
  7. Liveness property, safety property
  8. Non-determinism (abstraction technique)
  9. Response generation (abstraction technique)
  10. Scoreboard (abstraction technique)
  11. Signal cutting, blackboxing
  12. State space explosion and mitigation techniques
  13. SVA fundamentals
  14. Whitebox checking, blackbox checking, greybox checking
  15. Witness, vacuity, reachability

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