What if automotive radar systems could stream raw sensor data directly to centralized processors while reducing wiring complexity and improving scalability? TIDA-020093 is a reference...

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...

How a room temperature chip patterning process is enabling simpler nanoscale fabrication for future photonic and optoelectronic technologies? Researchers at Rice University have developed a...

An automated monitoring technology uses thermal imaging and AI driven control to detect and correct large scale 3D printing defects instantly.  A team of researchers...

See how a car display system uses sensors, lights, alerts, and power control together to help build and test instrument clusters faster. Texas Instruments’ automotive...

New DIN rail power supplies target industrial automation with compact footprints, higher efficiency, wide operating temperatures, and improved resilience for AI infrastructure, smart factories,...

Laser-powered intelligent 6G architectures that combine photonics and AI, aiming to deliver faster, lower-power wireless networks capable of supporting future data-intensive electronic applications. The race...

An automotive lighting chip combines LED control and power conversion in one package, reducing heat and components while supporting RGB lighting designs. Melexis has introduced...

The spectroscopy modules deliver cleaner spectral data and more reliable material analysis for portable, embedded, industrial, and laboratory systems. Hamamatsu Photonics has released upgraded versions...

What if future computers could run faster while using less power? A light-based device may bring that future closer than expected. Researchers at the University...