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Accelsius Expands Austin Lab to Multi-Megawatt Capacity for Two-Phase Liquid Cooling Testing of Next-Generation AI Racks
Upgraded Springdale facility now delivers multi-megawatt power for full-scale, warm-water testing of two-phase, direct-to-chip cooling at megawatt-class rack densities, with…
Operators are reporting on single-phase reliability problems
Enough time has passed for liquid cooling to go from an up-and-coming solution to mass market adoption. That time has…
2P vs. 1P: A Direct-to-Chip Comparison
View PDF >Accelsius to Deploy Two-Phase Direct-To-Chip Liquid Cooling System at EdgeConneX Global Training Center
Deployment of the Accelsius IR150 at Houston training facility provides vital hands-on instruction and experience with advanced two-phase liquid cooling…
NVIDIA Says 45°C. We Hit 54°C. Here’s Why That 9-Degree Difference Changes The Game.
Past 50°C, and you’ve embarked on a whole new paradigm: a lowered PUE, a deferred chiller CapEx, and a greater…Why Neoclouds Need NeuCool
View PDF >Independent Benchmarks Show Accelsius Two-Phase Direct-to-Chip Cooling Delivers 9°C Lower NVIDIA B200 Junction Temperatures Than Single-Phase in Warm-Water Conditions
Third-party testing across roughly 40,000 operating points, detailed in a new white paper, found that Accelsius NeuCool® improved liquid cooling…
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