In-depth coverage of the latest Chip Design & Architecture developments, trends, and analysis — curated daily.
We're not just talking about tools playing nice anymore. The semiconductor industry is staring down a massive system-level convergence crisis, and surprisingly, AI might not be the magic bullet everyone hopes for.
The semiconductor world's chasing the next big thing in chip stacking, and this time, it's all about 2D materials. Forget clunky silicon; these atomically thin wonders could be the key to smaller, cooler, and more power-efficient processors.
Chip design is a hydra, and managing its complexity is the eternal struggle. Perforce is betting its IPLM tools are the sword.
Everyone expected AI to keep booming, but the sheer scale of Taiwan's semiconductor testing sector's revenue surge is rewriting the forecast. What’s driving this unprecedented growth?
Imagine seeing precisely where a chip is faltering, live, without ever cracking its case. That's the promise of new terahertz inspection tech, alongside breakthroughs in power conversion and specialized computing.
Everyone thought AI compute was the bottleneck. Turns out, it's the highway *between* the chips. Scintil Photonics believes they've got the answer, and it’s all about light.
Maxsun is doing something wild: stuffing Intel's mobile-derived Raptor Lake CPUs directly onto sub-$200 motherboards. It's a direct assault on traditional CPU/motherboard bundles, and frankly, it's about time.
The AMD K5, AMD's first independently designed x86 chip, is officially being retired from the Linux kernel. Its Achilles' heel? A missing piece of silicon that’s now a coding headache.
Nvidia's new Mega Geometry technology is a quiet revolution in real-time graphics, slicing VRAM usage for path-traced games. We dive into how it works and its implications.
For years, operating systems have been playing a guessing game with CPU boost clocks. AMD's upcoming CPPC HighestFreq promises to end that, giving Windows and Linux the direct data they need for optimal Ryzen performance.
AMD's Dense Geometry Format (DGF) is here to tackle the impending geometry explosion in ray-traced games. It’s not just about more polygons; it's about packing them tighter.
Forget the single flagship. Qualcomm's gearing up for a chipset free-for-all, offering everything from bleeding-edge 2nm silicon to more accessible 3nm options.