Truly Innovative Electronics
Want to develop truly innovative electronics products? Then, you need to be up-to-date about components, boards and tools that are “truly innovative”. Each of them has the potential to radically improve your design. Our team reviews 500-plus product announcements every month to select a few of these so that you can innovate faster…
High-Speed Automotive Image Sensor
Cars need cameras that work fast, use little power, and see bright lights clearly. A new sensor makes cameras smaller, reliable, and adds smart...
Build Big Networks Without Hassle
Scaling AI is hitting a wall. New interconnect technology links hundreds of accelerators to work together with reduced latency and higher data flow.
Data centers...
Quantum Chip Design Breaks Previous Scaling Limits
Scaling quantum computers has hit a wall at 100 qubits. A new architecture breaks limits, enabling processors for large-scale quantum computing.
Quantum computing has long...
Chipset Brings Lab‑Grade Battery Health To EVs
The chipset spots battery issues like charging, battery life, and energy storage in real time without extra sensors or complex systems.
Electric vehicle makers and...
Low-voltage SoC For Healthcare Wearables
A tiny chip makes medical wearables smarter with long battery life, low power, and accurate tracking to help keep patients safe and devices reliable.
Demand...
Pocket-Sized Power Storage
Small devices can’t always handle slow or weak storage. This tiny drive is fast, tough, and holds plenty, solving big problems in a small...
Advances PNT Resilience Against GNSS Attacks
When GPS signals go down, navigation can fail and cause serious problems. A super-stable clock can keep systems running safely in tough conditions.
GNSS outages...
Smart Sensing For Safer EVs
A small sensor can track EV temperatures without wires, making powertrains safer, faster, and more reliable. Read more!
Electric vehicle powertrains need fast and reliable...
Adaptive Analog Modules That Transform With Your Design
Fitting full analog systems into small spaces is a problem for designers. What if you could use ready-to-use, reprogrammable modules and speed up development?
In...
Powerful AI Computing At Your Desk
AI models are growing too big for normal PCs. A new desktop system packs supercomputer power, letting developers run massive AI models quickly and...
One Chip For Accurate Motor Control
Controlling car motors for doors, windows, and sunroofs can be tricky. A new chip can track motor movement in one small package.
Let us talk...
Quantum Processor For Complex Problems
Quantum computers are built on 300 mm wafers. Teams work together to make quantum chips and test them for the future.
Scaling quantum computers requires treating...
The Future Of The Intelligent IoT Edge
Do you face problems like so much power consumption or slow speed with AI devices running at edge? Can this processor resolve this issue?...
Super Fast Network Card For Many GPUs
GPU clusters are slowing down with network problems and stalled jobs. A new design could solve it all and make large AI clusters run...
Magnet-Free Inductive Position Sensor ICs
Tired of encoders that take space and need maintenance? A sensor design makes motion systems smaller and easier to use.
Design engineers working on compact,...
Single-Chip Wireless Platform for Advanced Connectivity
Smart devices are getting complex. Imagine handling multiple protocols, interfaces, motor control and security all on a single chip. Read on!
We’re seeing a big...
Non-Contact Motion Sensor For Manufacturing Automation
Tired of slow sensors and costly lasers? Discover a way to measure speed, length, and position with precision without touching a thing.
Manufacturers often need...
Dual-Input Inductive Sensor IC For Automotive
Cars are getting more advanced. One sensor can track two positions at once, make systems simpler, and give accurate steering and torque control.
Automotive systems...