A miniaturised ingestible CMOS-based sensor enables continuous internal temperature monitoring while consuming ultra-low power. A pill-sized ingestible temperature sensor that allows for real-time internal monitoring...

Atomically precise 1 nm-wide semiconductor nanotubes could pave the way for smaller, more reliable transistors and next-generation electronic devices. A team from the University of...

An AI system remembers information for longer while using less power and memory, helping robots, wearables, and sensor networks process data more efficiently. Researchers from...

A drone flew through openings with only 5 cm clearance, tracked moving gaps in real time, and adjusted its orientation using an AI-based control...

As demand grows for faster and more power-efficient chip connectivity, a newly taped-out USB IP aims to support next-generation AI, HPC, and mobile applications. Taiwanese...

What if one sensor could replace several switches inside a vehicle? A new approach to position detection could reduce wiring, save space, and simplify...

A new humanoid robot combines AI, autonomous mobility and dual arm manipulation to automate repetitive workplace tasks. Robot.com has launched R-Noid, a humanoid robot designed...

Littelfuse has unveiled an omnipolar TMR switch sensor with ultra-low power consumption, enabling efficient magnetic sensing in IoT, wearable, and automation applications. Littelfuse has introduced...

A new AI chip architecture combines in-memory and analogue computing techniques to reduce power consumption, potentially enabling advanced AI applications beyond traditional data centres. Researchers...

New automotive-grade ambient light sensors deliver human-eye-matched spectral response, eliminate infrared interference, and provide reliable light measurement for advanced display and lighting systems. Vishay Intertechnology...