MCU Targets High-Precision Smart Measurement Designs
A new 32-bit microcontroller integrates precision analog, LCD driving and voice capabilities to simplify the design of portable medical, industrial and smart sensing equipment...
The Hidden RF Crisis In AI Data Centres
As AI accelerators pack more power into less space, a silent electromagnetic war is breaking out inside the rack.
Walk into a modern AI data...
Universal IP for 2nm Chip Designs
See how a new interface IP helps chip designers reduce wiring, cut power use, and support faster data transfer in compact devices.
Silvaco Group has...
Plug-and-play modules simplify embedded system expansion
Three new plug-and-play modules address common I²C limitations, extend communication distances and simplify motor control for Arduino-based embedded designs.
Arduino has expanded its Modulino ecosystem...
Surface-Mount Thermistors for Electronic Devices
Electronic devices can now use six thermistors to protect low-voltage circuits, save board space, and improve power use.
Vishay Intertechnology has expanded its overcurrent protection...
Physical AI: The Missing Layer In Robotics
What happens when AI leaves the screen and enters the real world? From humanoid robots to autonomous machines, physical AI is turning intelligence into...
Diamond Semiconductor Project Targets Advanced Chip Materials
A new project aims to establish a complete manufacturing chain for diamond semiconductors, supporting future applications in AI, communications and electric vehicles.
China has initiated...
Smart bicycle can tell when riders mean to turn
Can a two-wheeler tell when a rider is losing balance? A machine learning system detects the difference and provides support only when needed.
A new...
Power modules gain digital control interface
A new digital interface upgrade brings intelligent monitoring, programmable control and simplified integration to configurable power modules used in embedded and industrial systems.
Vox Power...
Electronic-Photonic Integration Advances Future Communications
New advances in electronic-photonic integration aim to deliver faster, more energy-efficient communications while reducing the environmental impact of data transmission.
The MIT-led FUTUR-IC research project...













