As AI infrastructure evolves toward liquid-cooled and fanless GPU systems, the true constraints on scale are shifting from compute performance to system-level thermal design.

Liquid cooling is proving effective at cooling high-power chips, such as GPUs, but it’s creating thermal issues for other nearby chips that previously benefited from the airflow used to cool those ...

As medical diagnostics labs accelerate automation to increase workflow, systems are becoming more complex as they continue shrink in size, perform multiple tasks, and comprise evermore ...

Whether it’s to save money, reduce carbon emissions, comply with regulations or accommodate high-powered AI workloads, enterprises are looking to operate more energy-efficient data centers. A key to ...

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 ...