Library characterization takes too long – here’s how Solido Characterizer uses AI to change that

Tired of library characterization taking weeks? Solido Characterizer uses AI to slash runtime to days, boosting throughput by 7x with predictive, generative and agentic AI.

Introducing Custom IC Design Tool Tips: a new YouTube series for S-Edit and L-Edit users

The CICD team has launched Tool Tips! A YouTube series of short, practical walkthroughs for engineers working with S-Edit and L-Edit.

Solido and AI-powered EDA: TSMC certification, reference flow, and what it all means for advanced node design

Solido’s AI-powered EDA tools have earned TSMC certification and a place in the reference flow for A14. Here’s what that means for designers working at advanced process nodes.

What to expect at the Solido Custom IC track at User2User North America 2026

Intel, NVIDIA, Microsoft, and STMicroelectronics will be sharing their real-world experiences using AI-powered Solido tools for custom IC design.

Multi-die verification and the chiplet simulation challenge

Multi-die verification: the chiplet simulation challenge

When multiple dies, potentially from different vendors and different process nodes, come together in a single package, traditional simulation approaches fall short.

Using Data And AI More Effectively In EDA

The semiconductor industry is at a pivotal moment, with the increasing complexity of designs demanding innovative approaches to efficiency and…

Google team accelerates high-sigma bitcell validation with Solido Design Environment

Google’s Akash Jha shares how his team deploys Solido AI-powered technologies at the Custom IC Forum in Bangalore. This September,…

How Analogix utilized Solido SPICE to overcome verification challenges in creating high-quality PLLs

Analogix Semiconductor is a global provider of mixed-signal semiconductors, committed to advancing display quality on mobile devices while maximizing battery…

How Symphony Pro is defining the future of mixed-signal verification for high-speed die-to-die interfaces: A case study by AnalogPort

A modern chiplet interface contains millions of transistors, thousands of control signals, and dozens of ultra-sensitive analog blocks, all of…