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Compact Thermal-Visible Module
Dual-sensor design combines radiometric thermal, 5MP visible, and on-board ISP to speed OEM integration across industrial and mobile platforms.
A new compact camera module debuted...
Electronics Driven Glove Compresses Swelling Upto 25%
A new soft-robotic wearable uses electronics and shape-memory alloy actuators to reduce hand oedema without clinic visits.
Researchers at Cornell University have developed EdemaFlex, an...
“We Aim to Establish R&D Presence and Deliver “Made for India” Products By End Of 2026” – Muneyb Minhazuddin and Jerome Gigot, Ambarella
Edge AI demands devices that can think locally and act instantly. In an exclusive interaction, Muneyb Minhazuddin and Jerome Gigot from Ambarella tell EFY’s...
Electronics Drive Stable Humanoid Walking
A real-time control system that sharply improves humanoid robot balance, accelerating reliable deployment in industrial and electronics-driven environments.
Researchers at the Georgia Institute of Technology...
New 1.2MP 3D iToF Camera With On-Device Depth Processing
Industrial-grade depth sensing platform brings sub-1% accuracy, multi-camera stability and Jetson-ready integration for warehouse and automation deployments.
A new 1.2MP continuous-wave indirect Time-of-Flight (iToF) camera...
MIT Researchers have Demonstrated a 3D‑printing System Capable of Producing Fully Functional Complex Electric Machines
The new MIT platform uses multiple materials to fabricate complex electric motors in hours a potential game‑changer for on‑site electronics production.
In a major advance...
Design Automation For Stretchable Electronics
By uniting predictive modelling with robot driven experimentation, researchers accelerate the search for flexible conductors capable of withstanding extreme mechanical strain.
Researchers at the University...
Aeva Introduced 4D LiDAR Sensor for Physical AI Systems
This 4D LiDAR sensor sees all around, tracks speed and distance together, and helps machines move safely in tight spaces. Let us find out...
Ultra-Compact Radar Chip Advances 6G
0.24 mm² low-power FMCW design targets 6G sensing-communication convergence in edge electronics.
Tokyo scientists have unveiled a tiny radar-on-chip prototype that could reshape future wireless...
Bare Carbon Fibres Become Microactuators
A simple voltage pulse causes unmodified carbon microfibers to bend and recover, revealing unexpected actuation behaviour at microscopic scale.
Researchers at the Institute of Physical...
