Designed for hot-swap circuits, the advanced power MOSFET delivers wide SOA and ultra-low ON-resistance—optimizing ...

The motion sensor tracks movement and direction, uses power, works with systems, and fits into robots, drones, and vehicles.

These switches offer twice the functionality in half the size, meeting the growing demand for miniaturized yet dependable ...

MIT’s new mmNorm technology lets robots detect and reconstruct hidden objects through packaging, promising major advances in ...

The low-cost sensor uses DNA to find diseases like cancer and flu. It works for two months and needs no fridge.

The tire sensor uses Bluetooth to check pressure, save battery, update wirelessly, and work with other systems—making vehicles safe.

From border defence to smart cities, IoT watch towers combine AI, sensors, and cellular tech to reshape how India monitors ...

Direct-to-cellular (DTC) communication is a breakthrough that enables standard smartphones to connect directly to satellites, ...

The robot with arms and legs can be built in a week. It uses 3D-printed parts and simple tools to help new learners.

A next-generation Automated Optical Inspection system featuring multi-angle cameras, AI-driven defect detection, and Industry ...

With ready-to-use application, universal surface compatibility, and zero maintenance, it sets a new standard for long-term, ...

Researchers at POSTECH have developed a dry adhesive using shape memory polymers that enables precise pick-and-place of micro-LEDs and everyday materials—without glue or residue, this could transform ...