Design Verification
Ensuring every design performs as intended through rigorous, efficient, and coverage-driven verification.
Confidence Before Silicon
Design verification is at the heart of delivering reliable semiconductor products. At QAI, we verify digital designs and IPs to identify functional issues early and ensure they meet their intended specifications.
Our approach combines simulation, functional verification, assertions, coverage, and formal techniques to deliver designs ready for the next stage of development.
What We Deliver
01
Functional Verification
Thoroughly validating design functionality against specifications and real-world requirements.
02
UVM-Based Verification
Building reusable and scalable verification environments using modern industry-standard methodologies.
03
Coverage-Driven Verification
Measuring functional and code coverage to identify verification gaps and improve confidence.
04
Formal Verification
Using formal techniques to prove design properties and uncover corner-case issues beyond simulation.
Verification Capabilities
IP Verification
Validating individual IP blocks for functionality, robustness, and integration readiness.
SoC Verification
Verifying complex system-level interactions across multiple hardware blocks.
Gate-Level Verification
Ensuring synthesized designs maintain functional integrity through implementation stages.
Assertion-Based Verification
Using assertions to continuously check critical design behaviors and properties.
Power-Aware Verification
Validating functionality across different power states and low-power scenarios.
Regression & Debug
Automating regressions and efficiently analyzing failures to accelerate verification cycles.
Why QAI ?
Expert Verification Engineering
Strong expertise in verification methodologies, environments, and debugging complex designs.
Quality-Driven Approach
Systematic verification processes designed to identify issues early and improve design quality.
Scalable Methodologies
Reusable verification environments that can scale from individual IPs to complex SoC designs.
Faster Time to Silicon
Efficient verification and automation help reduce development cycles and improve project readiness.