Assertion Coverage: Are Your Assertions Actually Working? | SVA Part 2

Are your assertions actually doing their job — or just sitting there unchecked? Part 2 of the SVA Deep Dive answers the hardest question in verification: how do you know when you've written ENOUGH assertions?

🔍 What You Will Learn:
✅ Why Assertion-Based Verification (ABV) is non-negotiable in modern VLSI flows
✅ How Assertion Coverage (cover property) works — and how to measure it in simulation
✅ Functional Coverage vs Assertion Coverage — key differences every engineer must know
✅ How SVA integrates with both simulation and formal analysis
✅ How to align assertions with your test plan to prove coverage closure
✅ Real-world ABV methodology used in industry verification teams

⚡ Common Interview Questions Covered:
→ What is the difference between assert and cover in SVA?
→ How do you know if your assertions are sufficient?
→ What is the role of functional coverage in a verification plan?
→ How does ABV reduce debug time in RTL simulation?
→ How are assertions used across project phases — spec, design, and verification?

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📌 WATCH THE FULL SVA SERIES
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▶ Part 1 — SVA & Functional Coverage Intro: https://youtu.be/8GIPJCUGox4

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🔖 KEYWORDS
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SystemVerilog Assertions, SVA, Assertion Based Verification, ABV, Functional Coverage,
cover property SystemVerilog, VLSI Verification, RTL Verification, Formal Verification,
assertion coverage, VLSI Interview Preparation, chip design verification, EDA tools

Видео Assertion Coverage: Are Your Assertions Actually Working? | SVA Part 2 канала vlsideepdive