A revolutionary system developed in Tokyo minimises cable damage and maintenance costs for offshore wind farms.

The latest optical chipset redefines high-speed data centre interconnects, addressing limitations of traditional copper ...

A new method improves lithium-ion battery cathodes, increasing durability, reducing energy loss, & addressing instability, ...

What if you could see how stretchable electronics deform in real time without relying on simulations or damage? Learn more!

The SSD series offers faster speeds, improved power efficiency, and enhanced cooling for an optimized PC experience in gaming ...

Thingy:91 X is a globally certified, multi-sensor, battery-powered cellular IoT prototyping platform designed for developers perfect for creating and testing IoT solutions with ease and reliability ...

This self-assembly technique could significantly reduce production costs and improve efficiency, offering a sustainable alternative for the electronics industry while opening doors to advanced chip ...

A latest O-band DSP for data centres enables sustainable and scalable connectivity over mid-range distances, addressing modern interconnect challenges. Image for representation purpose only. A ...

The latest DRAM technology developed by Kioxia and Nanya promises significant low-power memory for AI and IoT.

A unique eco-friendly method redefines graphene’s potential, showing its use in advanced electronics, renewable energy, and ...

Scientists at Northwestern University developed a device capable of real-time monitoring of protein levels for better disease ...

New cryptographic protocol ensures privacy in data exchange across stakeholders in floating wind energy development.