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 ...

“This paper analyzes TCAD ESD simulation for both HBM zapping using real-world HBM ESD waveforms as stimuli and TLP testing using square wave TLP pulse trains as stimuli. It concludes that TCAD ESD ...

This course will give you the foundation for using Hardware Description Languages, specifically VHDL and Verilog for Logic Design. You will learn the history of both VHDL and Verilog and how to use ...

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 ...