A compact laser-powered accelerator could push beyond current EUV limits, enabling smaller chip features, higher throughput, and more efficient semiconductor manufacturing. In a conversation...
New AI chips are helping robots work faster and without bulky hardware, powering coffee-making machines, humanoid assistants, and factory automation systems.
Intel is pushing deeper...
A quantum switching device dramatically boosts chip speed, minimizing heat, transforming battery life and computing efficiency. How?
Researchers at The University of Tokyo have developed...
Gallium nitride-based power converter technology that could reduce size, cost and energy losses, while supporting rapidly expanding computing infrastructure and AI-driven data centres.
Researchers at...
A power solution promises longer battery life, faster response, and smarter efficiency for the next generation of high-performance laptops.
Alpha and Omega Semiconductor Limited has...
Power devices for charging, AI servers, telecom networks, and EV systems have been launched with a focus on lower energy loss and smaller electronics.
Cyient...
A high-speed microcomb-enabled wireless link operating in the terahertz spectrum, potentially advancing next-generation electronics, 6G infrastructure, and ultra-fast data communication systems.
Researchers at Tokushima University...
A faster Wi-Fi and fiber platform could help bring quicker, more reliable home internet while lowering costs and power use for broadband providers.
Broadcom Inc....
AI is using more power than current chips can handle. Researchers are testing brain-inspired designs that could change how computers process and store information.
Researchers...
An algorithm that can design RF chips in days instead of months. The resulting layouts look like QR codes and outperform conventional approaches.
Researchers at...