Researchers have developed a fault-tolerant method that enables analog in-memory computing systems to operate accurately despite hardware defects, improving energy efficiency and reliability. Researchers from...

Researchers have developed an AI-powered forecasting system that predicts short-term solar power fluctuations, helping grid operators balance electricity supply more efficiently and reliably. Researchers at...

Can underfill materials improve optical packaging without adding heat during assembly? A dual-cure formulation aims to simplify the process. YINCAE Advanced Materials has introduced UF...

Researchers have developed an AI-driven system that creates realistic virtual environments, enabling robots to practice complex tasks more efficiently before real-world deployment and testing. Researchers...

Can sparse neural networks make edge AI faster without increasing power consumption? An FPGA toolkit aims to prove they can. Microchip Technology has introduced VectorBlox...

Can semiconductor manufacturing unlock large-scale quantum computing without redesigning fabrication lines? A demonstration suggests that possibility is closer. Imec and Diraq have demonstrated the coherent...

A network of tiny magnetic devices can work together to help future computers run faster while using less power for AI and data processing. An...

Wireless network technology is now an international standard, helping utilities and smart cities use one common system for building connected networks. The Wi-SUN Alliance has...

A new range of non-contact voltage testers enables safer verification of live electrical systems across medium, high and ultra-high voltage networks while simplifying field...

A spray-based immersion cooling technology significantly improves lithium-ion battery thermal management, cutting dielectric liquid use while enhancing fast-charging safety, reducing system weight, and enabling...