“We have eliminated massive amounts of power usage and pretty much all water usage” – Nvidia Rubin to use 45°C direct-to-chip ...

How data center liquid cooling solutions and telecom cable compounds support reliable, scalable infrastructure as AI workloads grow.

Artificial intelligence is transforming everything from scientific research to everyday computing, but its rapid growth comes ...

Dense array of rough copper pillars on a copper plate. A new 3D-printed cold plate used for liquid-cooling high-power computer chips consists of an array of computationally designed, bumpy copper ...

Discover how NVIDIA's warm-water cooling can improve efficiency in extreme heat. Learn more about its potential and ...

(Nanowerk Spotlight) A high-power chip can overheat itself into failure. Conventional chip cooling keeps devices alive by moving heat into air or coolant, where it is lost unless a larger recovery ...