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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.

Why cooling is critical to data center system design. What types of cooling options are available to designers? Advantages and disadvantages of single-phase immersion cooling. Today, most present ...

Data centers are beginning to switch from air to liquid cooling. Liquid cooling is more effective at drawing heat away from sophisticated chips and could save energy. The sector will sort out which ...

Optimized for 45°C Warm-Water Cooling in Next-Gen NVIDIA Vera Rubin, the new 8MW Coolant Distribution Unit is ready for future AI deployments. NVIDIA has highlighted 45°C water supply as a key design ...

All electronics generate heat, and that heat must be removed to ensure those electronics don’t overheat. Moving air has been the predominant approach for decades, with liquid cooling limited to ...

The move is a means to set an industry standard for liquid cooling, which dramatically lowers electricity and water use, requires much less floor space and capex, and increases processing power.

Using lifecycle assessment to determine potential end-to-end impact, Microsoft researchers assess the pros and cons of cold plate liquid cooling and one-phase and two-phase immersion cooling. Large ...

Armari’s eXtreme Concept Prototype (XCP) super computer is made of some 100 uniquely designed parts, is either cooled by liquid nitrogen, liquid flurocarbon immersion or thermoelectric cooling and ...