Datacenter
AI and HPC workloads are too hot for air cooling alone. Precision liquid cooling is the answer.
Iceotope engineers precision liquid cooling designs for the densities, power profiles, and operational demands of modern AI infrastructure.
High-density GPU/CPU servers are liquid-cooled for consistent throughput and reliability.
Liquid cooling removes the need for fan space and air channels, for up to 6x more compute per square meter.
Precision immersion cooling technology reduces energy use and minimizes cooling overhead.
Stable thermal management extends hardware lifespan and improves system uptime.
Modular racks are compatible with existing datacenter infrastructure, removing the need for disruptive facility retrofits.
Fan-less liquid cooling significantly reduces noise output compared to air-cooled deployments.
Datacenter: Server
Today's AI racks exceed 50 kW — more than double the cooling capacity of air-based systems. Precision liquid cooling technology is engineered for the densities, power profiles, and operational demands of modern AI infrastructure.
Datacenter: PSU
PSUs generate up to 15% of total rack heat. Precision liquid-cooled PSUs run cooler and last longer — eliminating one of the datacenter's most overlooked thermal bottlenecks.
Datacenter: Storage
High-density NVMe arrays sustain thermal loads that can reduce throughput by up to 30%. Precision liquid cooling maintains storage at rated operating temperatures — protecting performance, endurance, and density at AI scale.
Explore sample deployments of precision liquid cooled datacenter technology.
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