Why liquid cooling is needed. The different types of liquid cooling and how they differ from each other. What questions should be asked before deploying this technology in data centers. With the rapid ...

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

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

Google has announced a new open-source rack-mounted, closed-loop liquid-to-air cooling system for use in existing air-cooled ...

The data center industry is facing unprecedented challenges. With chip densities skyrocketing, high-performance computing is being pushed to its limits, all while energy costs are soaring and ...

AI chips are running much hotter than their predecessors, giving rise to a new class of channel-friendly startups focused on liquid cooling for high-power CPUs and GPUs. Udi Paret says he’s been ...

When converting from air to liquid cooling, components without liquid may become too hot. An entire board or system must undergo thermal analysis to ensure that any components that were once cool ...

The next generation of high-performance CPUs and GPUs targeting the demanding needs of AI and HPC will generate a significant amount of heat, making efficient cooling solutions critical for optimal ...

Electrification and digitalization are bringing challenges and opportunities for sustainability. Electricity demand is expected to triple by 2050, electric vehicle (EV) and renewables infrastructure ...

Hotter-running liquid cooling could reduce the need for evaporative cooling on-site. But the facilities’ appetite for ...

Liquid cooling in data centers is becoming more of a necessity rather than an option thanks to the super-hot chips used to power AI. The two latest players to bow to the inevitability of liquid ...

Nvidia backs liquid cooling to cut AI data center water use, with studies showing big savings in energy, emissions, and ...