Electronic systems integrate semiconductor devices, specialised sensors and digital logic to monitor, process and act upon information from the physical world. At their core lie transistors and ...

A breakthrough development in photonic-electronic hardware could significantly boost processing power for AI and machine learning applications. The approach uses multiple radio frequencies to encode ...

TinyML can run on standard microcontrollers, but ones with hardware acceleration or AI/ML-enhanced instruction sets can implement AI/ML models more efficiently. They can also make applications ...

There once was a time when system design was completely serial. Entire hardware platforms were designed, prototyped, debugged, and virtually completed before any software development began. Of course, ...

Artificial intelligence (AI) systems promise transformative advancements, yet their growth has been limited by energy inefficiencies and bottlenecks in data transfer. Researchers at Columbia ...

Japanese electronics components giant TDK has announced the acquisition of SoftEye, a US-based smart glasses hardware and software developer, in a strategic push to diversify into artificial ...

Researchers have built new photonic computing chips that allow neural networks to learn using light instead of electronics. The technology could improve autonomous vehicles and help robots learn ...

Artistic rendering of a photonic chip with both light and RF frequency encoding data. Image credit: B.Dong / University of Oxford. A breakthrough development in photonic-electronic hardware could ...

The field of electronics, sensors and digital hardware underpins modern technological progress by integrating miniaturised processing units, advanced sensor systems and robust digital circuitry to ...