Can AI chip development become faster and less complex? A modular chiplet approach aims to simplify custom silicon design.

To understand the behaviour of the materials, the researchers combined horizontal and vertical stripe patterns to control the ...

Researchers have developed an AI-driven system that creates realistic virtual environments, enabling robots to practice ...

Can semiconductor manufacturing unlock large-scale quantum computing without redesigning fabrication lines? A demonstration ...

Can sparse neural networks make edge AI faster without increasing power consumption? An FPGA toolkit aims to prove they can.

Researchers have developed an AI-powered forecasting system that predicts short-term solar power fluctuations, helping grid ...

Two reference hardware platforms are being developed to support electronics design, prototyping, and product development.

What if a simple text prompt could create a custom test instrument? A new AI-based platform makes it possible without FPGA ...

A new range of non-contact voltage testers enables safer verification of live electrical systems across medium, high and ...

A programmable infrared chip dynamically controls mid-infrared light, enabling compact cameras to detect gases, heat and ...

Teledyne LeCroy's CP1000 current probe combines 1.5 MHz bandwidth with 1000A continuous current capability for accurate ...

A new coating helps LED displays last longer, use less power, and produce colors for TVs, phones, headsets, medical screens, ...