The compute power required by AI and HPC is skyrocketing and driving a global transition from 10-15 megawatt data centers to 50-100 megawatt and even gigawatt AI factories. With the next generation AI ...

As GPUs push rack power past 120kW, the data center’s 40-year reliance on air cooling has hit a physical limit. From ...

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 ...

Artificial intelligence (AI) data centers need liquid-cooling solutions to operate efficiently, and this company helps them ...

The shift toward liquid cooling is heating up as data centers confront the limits of traditional air-based designs. Growing supply-chain pressures and a need for tighter collaboration are already ...

Vertiv VRT is benefiting from the growing adoption of its liquid cooling stack, which is becoming increasingly critical in ...

While liquid cooling is rightly considered an emerging technology, it’s not new. Early IBM mainframes from the 1960s and Cray supercomputers featured liquid cooling. Notably, a full-time technician ...

The rapid acceleration of artificial intelligence workloads is not only prompting widespread upgrades across data centers—it's also ushering in a new era of challenges in power delivery and thermal ...

Learn how to build a custom water loop for the new Apple MacBook Neo. To liquid-cooling your Mac for extreme performance with ...

YouTuber ETA Prime recently explained how installing copper plating over the MacBook Neo's CPU and connecting an external thermoelectric cooler can substantially enhance gaming performance.