Multi-Band GPS Antennas For Precise Positioning
The GNSS antennas improve location accuracy, use less power, and work in cities. Suitable for wearables, robots, cars, and more.
Taoglas has launched the Levity...
Smarter, Lighter E-Skin With Magnetoreception
This advancement could transform robotics, wearables, and human-machine interaction, making seamless, touch-free control a reality.
Imagine controlling your smartphone underwater or navigating virtual reality with...
Wi-Fi Sensing: Smart Tracking With No Wearables, No Cameras, And No...
What if tracking movement and actions indoors using just Wi-Fi, without any privacy concern? Channel state information-powered AI has the answer. Smart sensing becomes...
Alarm Tone Generator Reference Design
The design creates alarm sounds for medical devices. It controls timing, shapes signals, and ensures accurate alerts. It is adjustable and easy to integrate.
TIDA-010040...
High-Precision Panel-Level Packaging System
Featuring ±0.8μm accuracy and advanced thermal compression bonding (TCB), thesystem supports both large panels and glass substrates, overcoming traditional wafer limitations.
Toray Engineering Co., Ltd.has...
Power-Saving Microcontrollers For IoT
The microcontrollers save power, provide security, and support IoT devices. They run for a long time with little power, making them useful for many...
System-On-Module For Edge AI Computing
The Edge AI module helps devices run AI and video tasks, use less power, and connect quickly. It works for robots, drones, and smart...
New System and Software For Testing Networks
The system tests networks, checks AI and data centre connections from 200GE to 1600GE, and makes data storage, testing, and reports easier.
Keysight Technologies, Inc....
Neuromorphic Computing With Standard Silicon Transistor
A new frontier in neuromorphic computing by demonstrating that a single silicon transistor can behave like a neuron and synapse, this advancement brings AI...
DNA To Build 3D Electronic Devices
By leveraging DNA’s self-assembling capabilities, Columbia’s research marks a step toward a future where electronics build themselves—one molecule at a time.
Researchers at Columbia Engineering...
