This advancement could transform robotics, wearables, and human-machine interaction, making seamless, touch-free control a ...

The power amplifiers work with dual-cell batteries, supporting two-way radios and wireless devices with broad frequency ...

In the context of human activity recognition and localisation, CSI is particularly useful because it enables non-intrusive ...

Designed for surveillance, medical imaging, and industrial applications, it delivers 24K resolution, ultra-fast data ...

The car chip improves driver assistance and displays. It makes cars work better and helps automakers design them more easily.

A new frontier in neuromorphic computing by demonstrating that a single silicon transistor can behave like a neuron and ...

By leveraging DNA’s self-assembling capabilities, Columbia’s research marks a step toward a future where electronics build ...

The system tests networks, checks AI and data centre connections from 200GE to 1600GE, and makes data storage, testing, and ...

The Edge AI module helps devices run AI and video tasks, use less power, and connect quickly. It works for robots, drones, ...

The MCUs save power, provide security, and support IoT devices. They run for a long time with little power, making them ...

By restoring tactile feedback, this device helps surgeons—especially those in training—improve precision and safety in MIS ...

By leveraging the LVDS interface for SPI communication, this solution provides a reliable, power-efficient, and ...