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Hardware-Assisted Verification for Multi-Die Designs: Enabling Scalable Silicon-to-System Validation
Multi-die designs significantly increase verification complexity by introducing cross-die interactions, software-driven behavior, and system-level performance dependencies. Hardware-assisted verification (HAV) addresses these challenges by enabling long-running workloads and full system validation beyond the limits of simulation. Find out how to uncover subtle system-level issues earlier and validate performance under realistic conditions. This approach accelerates software bring-up, reduces risk, and improves time-to-market. Download the white paper to learn how to scale verification for next-generation multi-die designs.
What you’ll learn:
- How multi-die designs require system-level, workload-driven verification beyond IP validation
- How HAV enables billions of cycles and realistic workload execution to expose corner-case failures
- How modular HAV methodologies improve scalability, reuse, and turnaround time
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