Water cooling for PCs explained: performance gains, costs, noise levels, and whether liquid cooling beats air for gaming, overclocking, and daily use.

With the rise of high-performance computing and the increasing chances of weather-related disaster, keeping data centers cool ...

The global demand for technologies such as AI, high-performance computing (HPC) and cloud services is accelerating, and the efficiency of the cooling systems used in the data centers behind such ...

Liquid cooling technology has been gaining attention due to the substantial heat dissipation requirements of AI servers. But does this mean that air-cooling fans are becoming obsolete? Fan ...

High-density computing workloads like AI training and inference run too hot for traditional air cooling. Companies are increasingly adopting liquid cooling technologies, even in traditional air-cooled ...

Efficient liquid cooling supported by reliable instrumentation is essential for data centers to handle increased capacity demands in the age of artificial intelligence (AI) and other heavy compute ...

Using hot water to cool supercomputers? Nvidia and others are doing it. It’s liquid cooling minus the water chillers.

The rise of AI applications has spurred demand for AI servers. However, the increasing computational power has also led to a growth in cooling requirements, presenting a challenge for all industry ...

Federal agencies need to ensure their data centers can withstand the effects of climate change, from record-breaking temperatures to unexpected outages and changing weather patterns across the globe.