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Precision Liquid
Cooling Reference Designs

Reference Designs for OEMs/ODMS

Iceotope's patented technology directs a small amount of dielectric fluid to all heat-generating system components: CPUs, GPUs, networking, storage and PSUs. Precision liquid cooling eliminates hotspots and extends system lifespan.

How it works
See examples
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More reliable. More flexible. More sustainable.

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40%
Less power usage
per kW of ITE power
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100%
Less water usage
per kW of ITE power
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40%
Lower carbon emissions
per kW of ITE power
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84%
Less cooling usage
per kW of ITE power
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OEM/ODM Design examples

Explore OEM/ODM reference designs using Iceotope precision liquid cooling architecture.

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Black Iceotope server rack with multiple modules and the Iceotope logo on top and on each module.
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Edge

Iceotope thermal architecture designs are ideally suited to micro data center deployments where space, reliability, and operational simplicity are at a premium.

Precision liquid cooled chassis eliminate the need for raised floors and hot/cold aisle containment in near-edge deployments.

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Edge Applications
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Micro DC

This compact, liquid-cooled AI inferencing cluster integrates compute, cooling, networking, memory and storage for near-silent operation in almost any environment, without the use of existing facility water or dry chillers. 

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Ruggedized

Precision liquid cooling technology enables high-performance compute to operate reliably in harsh industrial environments by eliminating fans, sealing components from contaminants, and maintaining stable thermal performance across extreme temperature ranges.

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Datacenter

AI and HPC workloads have exceeded what air cooling can handle. Precision liquid cooling is the answer.

Iceotope liquid cooling technology is engineered for the densities, power profiles, and operational demands of modern AI infrastructure.

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Datacenter Applications
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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.

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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.

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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.

industries

Explore examples of industry deployments using Iceotope technology

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Manufacturing

Iceotope enables AI, vision and analytics workloads at the edge for quality control, predictive maintenance, and robotics.

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Health & Life Sciences

Iceotope supports dense HPC and AI clusters in research labs, genomics, biotech, and pharma edge facilities.

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FinTech

Iceotope enables high-density, on-prem infrastructure for real-time analytics, fraud detection, and high frequency trading.

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Telecommunications

Iceotope precision liquid cooling supports telco-grade solutions from the network core to the far edge.

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Travel & Hospitality

Precision liquid cooled technology supports on-site micro datacenter deployment across globally distributed properties and hubs.

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Media & Entertainment

Iceotope technology allows studios to run compute close to the action by reducing power and eliminating noise.

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Defense

Iceotope technology enables mission-critical systems to operate at the tactical edge by eliminating the risk of thermal throttling.

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Security

On-premise liquid cooled server systems give enterprises tighter control over sensitive data, security configurations, and physical access.

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Find out how Iceotope can make your AI infrastructure more resilient, efficient, and cost-effective.

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