Its modular design accelerates BMS development, reduces costs, and supports scalable testing across EVs, energy storage, and aerospace systems.

A new two-component epoxy system offers high mechanical bonding and efficient heat conduction, addressing thermal challenges in power electronics, LEDs, battery modules, and industrial assemblies. The ...

The system enables precise current and voltage measurement in high-power semiconductor testing. It aims to improve production efficiency and reliability in applications such as electric mobility, ...

A flexible supercapacitor can charge, bend, and last long, making it useful for wearables, electric vehicles, and clean energy. Could this change energy storage? Nagaland University Scientists Develop ...

Using friction shock absorbers and reverse thrust, the experimental quadcopter achieves stable touchdowns in motion—paving the way for drone deliveries to ships, emergency vehicles, and other mobile ...

You will be involved with systems that incorporate Arm processors, focusing on aspects like chip packaging and System-on-Chip (SoC) integration. We develop physical hardware platforms used for ...

A next-generation image sensor brings global shutter HDR and advanced near-infrared technology to driver and occupant monitoring—delivering crystal-clear visuals, smarter detection, and safer rides ...

Building devices that act and adapt is slow and hard. AI tools can help product teams make smarter, more independent, and reliable products faster. MosChip Launches AgenticSky Many product teams ...

Making hydrogen is hard at high heat. A palladium plug design separates hydrogen without cooling, cutting cost and complexity.

Using controlled vibrations instead of light, scientists find a new way to link quantum devices, helping future computers and sensors work together.

A new pair of application-specific MOSFETs target high-power 48 V systems with improved dynamic current balance, eliminating the need for costly voltage matching.

By using a quantum sensor to measure an atom’s position and motion simultaneously, which seemed contradictory to uncertainty principle .