What if a battery could warn you about problems before they become serious? A new battery management system can detect damage, track aging, and...

Combining AI foundation models, high-performance edge computing, simulation tools, and advanced robotic hardware, this new open reference design aims to simplify humanoid robot development...

What if a digital circuit could detect its own faults, correct errors during operation, and keep running without interruption? A new soft IP aims...

What if a single edge AI platform could capture voice in noisy environments, detect machine faults, and bring AI to wearables, drones, and industrial...

Researchers have developed a single-atom-thick coating that could solve a major semiconductor interconnect challenge, enabling smaller, faster and more reliable chips while preserving valuable...

Researchers have developed an AI-driven semiconductor analysis technique that extracts critical material properties from simple transistor measurements in less than a millisecond, potentially transforming...

Could a single motion-control platform bring together movement, sensing, communication, and AI processing in humanoid robots? The answer may change robot design. As humanoid robots...

Why do batteries fail in deep space? Researchers are exploring new battery chemistries that could keep devices running in extreme cold. Researchers at Texas A&M...

What if a computer chip could manufacture DNA? Researchers have now used semiconductor technology to write dozens of genetic sequences simultaneously. Researchers at Harvard University...

What if one chip could handle both driving assistance and in-car functions? A new vehicle platform aims to reduce hardware costs and simplify system...