Why Web-Based RDP Labs Are Changing VLSI Training
Web-based RDP labs give learners instant access to costly VLSI tools from any browser. This guide explains why they are transforming semiconductor training.
Why Mature Nodes Still Matter in an AI-Obsessed World
Amid the fixation on the smallest nodes, mature process technologies quietly power much of the electronics around us. We explain why they remain indispensable.
TSMC’s 2nm (N2) Nanosheet Era Begins
TSMC’s 2nm generation ushers in nanosheet transistors, a structural shift from FinFETs that promises better efficiency and marks a new chapter in leading-edge process technology.
US Chip Export Controls: A Technical Explainer
A technical explainer of US chip export controls, covering how restrictions on advanced compute, equipment and technology reshape the global semiconductor landscape.
How India Is Building a Semiconductor Supply Chain from Scratch
Building a semiconductor supply chain from a low base is a decades-long undertaking; this piece explains the layers involved and why the sequencing matters.
Analog vs Digital Design: Choosing Your VLSI Path
Analog and digital design are two distinct VLSI paths with different skills and mindsets. This guide compares them to help you choose the right direction.
Silicon Photonics and Co-Packaged Optics for AI Clusters
As AI clusters scale to tens of thousands of accelerators, electrical links strain to keep up. Silicon photonics and co-packaged optics offer a path to faster, more efficient interconnects.
Europe’s Automotive Chip Dependence and the Push for Sovereignty
Europe’s carmakers depend heavily on semiconductors, and recent shortages exposed that vulnerability, prompting a push for greater sovereignty over the chips that keep the automotive sector running.
Micron’s US Memory Megafabs: New York and Idaho
Micron’s memory megafabs in New York and Idaho aim to anchor advanced DRAM production in the United States, strengthening a strategically vital supply chain.
India’s Compound Semiconductor Push: SiC and GaN
Beyond conventional silicon, India is pursuing compound semiconductors such as silicon carbide and gallium nitride, materials central to power electronics and high-frequency applications.