The problem with today's existing methodologies is that verification issubservient to design. This principle requires a shift in paradigm,especially in designing complex electronic systems. Why?

As semiconductor applications in automotive, data center, and high-performance computing grow increasingly mission-critical, the industry faces mounting pressure to achieve near-perfect manufacturing ...

Groundbreaking benefits of using artificial intelligence in design verification. How SHAPley values can help engineers optimize debugging in design verification. Achieving low-latency SoC ...

In the rapidly evolving semiconductor industry, keeping pace with Moore’s Law presents opportunities and challenges, particularly in system-on-chip (SoC) designs. Notably, the number of transistors in ...

With the increasing size and complexity of FPGA devices, there is a need for more efficient verification methods. Timing simulation can be the most revealing verification method; however, it is often ...

First-time chip success rates are dropping, primarily due to increased complexity and attempts to cut costs. That means management must take a close look at their verification strategies to determine ...

Formal methods provide a rigorous mathematical foundation for the specification, development and verification of medical device software. This approach enhances both reliability and safety, which are ...

With 68% of the ASICs going through respins and 83% of the FPGA designs failing the first time around, verification poses interesting challenges. It’s also not a secret that nearly 60-70% of the cost ...