
How to Design Hardware That Survives Real-World Failures: Engineering Resilience in Consumer & Automotive Electronics
"It’s not just about making a chip work—it’s about making it work everywhere, for years, without failure." In…
"It’s not just about making a chip work—it’s about making it work everywhere, for years, without failure." In…
Introduction "Everyone should get a lecture on why their first design will not work in the field." The jour…
In today’s rapidly evolving VLSI design and semiconductor industry , staying informed requires more than just academic …
As global electric vehicle (EV) leader Tesla accelerates its mission to revolutionize transportation, it is making stra…
Image Courtesy: NXP Introduction: The Silent Revolution of Automotive Microcontrollers Microcontrollers (MCUs) are the …
Infineon’s $2.5 billion acquisition of Marvell’s Automotive Ethernet business marks a significant milestone in the evol…
1. Unoptimized Clock Gating - Mistake: Using enable signals directly on flip-flops instead of proper clock gating. …
AI as the Catalyst for Transformation in the Semiconductor Industry The semiconductor industry, long hailed as the back…
Join Our Knowledge Hub: Write for The Digital Electronics Blog! 🚀 Image Courtesy: LinkedIn! Calling academics, graduat…
Here’s a curated list of Top 10 Semiconductor Interview Questions on PCIe and CXL for 2025, reflecting industry trends…