Achieving High-Quality Simulations with Leading-Edge Samsung Process Technologies

Semiconductor process technology continues to evolve rapidly, driven by diverse applications ranging from high-performance computing to communications to automotive systems—all…

How Solido’s AI-Assisted Design Optimization Handles Extensive Design Spaces

At the Design Automation Conference 2024, I had the opportunity to sit down with Austin Rhodes from Micron Technology at…

Redefining High-Sigma Verification: Reflections on Presenting AI-Powered Methodologies at DAC 2024

This year, I had the privilege of presenting at the 2024 Design Automation Conference (DAC), which took place in San…

Another breakthrough in Semiconductor Industry engineered by Intel Foundry

Ever since I got my first computer, I eagerly anticipated the announcement of each new Pentium processor from Intel. These…

Best-in-class Transient Noise analysis for complex circuits

Semiconductor designs continue to advance with complex cutting-edge technologies. Nvidia recently revealed several pivotal industrial trends during their GTC conference…

How Crystal Oscillators Keep the Semiconductor Industry in Tune ♫

A crystal oscillator (XO) can be thought of as a musical instrument that produces a pure and constant tone. The…

Production-grade AI, and how it is changing the way we approach semiconductor design and verification

Production-grade AI, and how it is changing the way we approach semiconductor design and verification

As reported in NVIDIA’s highly-anticipated earnings call last week, the AI revolution continues to fuel tremendous growth in semiconductors. In…

Strapping in for Safety

White paper by Sumit Vishwakarma that explores the challenges, applications, benefits, and impact of analog fault simulation on chip design.

Quantum semiconductor research forges ahead with steady breakthroughs

Quantum computing is an emerging technology Quantum computing promises a new generation of high-performance computers, with a completely novel approach…