Every design verification technique requires coverage metrics to gauge progress, assess effectiveness, and help determine when the design is robust enough for tapeout. At every step of the way and ...

As VLSI designs grow in complexity ranging from multi-core SoCs to AI accelerators verification has become the dominant cost and schedule driver in chip development. Two major verification ...

Coverage dominates every aspect of verification for today’s complex IP and chip designs. Coverage metrics provide critical feedback on what has been verified and what has not, especially when ...

Ensuring the reliability and performance of complex digital systems has two fundamental aspects: functional verification and digital design. Digital Design predominantly focuses on the architecture of ...

A common design view of verification signoff is to start with a comprehensive verification plan, covering every requirement defined among specifications and use-cases, the architectural definition, ...