Why Chip Verification Takes So Long and How Teams Approach It
Understand why verification consumes so much chip design effort, and how simulation, coverage, formal methods and emulation work together to catch bugs.
Semiconductor Industry & Technology
Chips, fabs and the supply chain.
Semiconductor Industry & Technology, Chip Design & Engineering, Semiconductor Cloud Computing, Chip Manufacturing & Fabrication and Semiconductor Supply Chain explained.
Latest guides
Browse categories FPGA, ASIC or Off-the-Shelf Chip? How to Choose for a New Product
A decision guide for hardware teams weighing FPGAs, custom ASICs and standard parts, covering cost structure, risk, volume and time to market.
From RTL to GDSII: The Chip Design Flow Step by Step
Follow the digital chip design flow from specification and RTL through synthesis, place and route, signoff and tape-out, with plain explanations of each stage.
Timing Closure Troubleshooting: What to Do When a Design Won't Meet Timing
A practical way to diagnose setup and hold violations in digital chip designs, from reading reports to deciding between RTL and physical fixes.
Chip Packaging and Testing: What Happens After the Wafer Is Finished
A practical walk through wafer test, dicing, packaging and final test, and why back-end choices affect cost, reliability and lead time.
Cleanroom Basics: Why Fabs Obsess Over Contamination
How semiconductor cleanrooms work, what counts as contamination, and why particles, chemicals and even people are managed so strictly in a fab.