Liquid Cooling Solutions in Princeton, NJ | JustColo
Break through the thermal limits of air cooling with our direct-to-chip and rear-door heat exchanger solutions. Support GPU clusters exceeding 100kW per rack while maintaining optimal operating temperatures.
Liquid Cooling Beyond Air Limits
Modern GPU clusters demand cooling solutions that air alone cannot provide. Our liquid cooling infrastructure delivers the thermal management your AI workloads require.
Direct-to-Chip Cooling
Cold plates mounted directly on CPUs and GPUs for maximum heat extraction efficiency.
Rear-Door Heat Exchangers
RDHx units that capture heat at the rack level before it enters the data hall.
100kW+ Per Rack
Support for ultra-high density deployments far exceeding air cooling limits.
Precision Control
Maintain optimal operating temperatures for peak GPU performance and longevity.
How Direct-to-Chip Liquid Cooling Works
Direct-to-Chip (DTC)
Cold plates attach directly to CPU and GPU packages, circulating coolant millimeters from the heat source. This provides up to 1000x better heat transfer than air cooling, enabling the highest density deployments.
Rear-Door Heat Exchangers (RDHx)
Water-cooled doors replace standard rear doors on racks, capturing exhaust heat before it enters the data hall. This hybrid approach works with existing air-cooled servers while significantly increasing rack density.
Coolant Distribution Units (CDUs)
Centralized CDUs manage coolant temperature, flow, and pressure across your deployment. Our infrastructure includes redundant loops and comprehensive monitoring for maximum reliability.
Liquid Cooling Technical Specifications
Our liquid cooling infrastructure is designed to support the most demanding GPU deployments while maintaining enterprise-grade reliability.
- Direct-to-chip cold plates
- Rear-door heat exchangers
- Chilled water distribution
- 100kW+ per rack capacity
- Leak detection systems
- Redundant cooling loops
- CDU management included
- Compatible with all major GPUs
Deploy Liquid Cooling at JustColo Princeton
Contact our team to discuss your liquid cooling requirements and design a solution for your GPU infrastructure.
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