01
Managing extreme processor and accelerator heat loads
02
Supporting densely packed computing clusters
03
Ensuring 24/7 reliability for long-running simulations
04
Maintaining strict temperature consistency for computational accuracy
05
Meeting energy efficiency requirements for large-scale systems
Precision Engineering
Custom-designed cold plates matched to specific processor and accelerator profiles for maximum thermal transfer
System Scalability
From single racks to facility-wide deployments, our modular architecture scales with your computing needs
Reliability Assurance
Military-grade component testing and redundant designs ensuring continual operation for critical research
Leading-Edge Technology
Two-phase cooling solutions capable of dissipating>500W/cm² for the most demanding applications
Ultra-high performance cold plates
High-capacity, precision-controlled CDUs
Custom manifolds and fluid distribution systems
Specialized immersion cooling for dense compute nodes
National Research Computing Center
Precision cooling for petascale system
Weather Forecasting Supercomputer
Facility-wide liquid cooling deployment
Quantum Computing Research
Temperature-stabilized cooling solution