Immersion Cooling
Definition
Immersion Cooling is a liquid cooling technology where servers or electronic components are directly immersed in a non-conductive cooling fluid to efficiently remove heat.
Unlike traditional air cooling, immersion cooling transfers heat directly from IT equipment to liquid, enabling higher computing density and improved thermal performance.
Why It Matters
AI workloads require increasingly powerful GPUs that generate significant amounts of heat.
Immersion cooling enables:
- Higher rack density
- Reduced cooling energy consumption
- Improved thermal management
- Support for future AI computing requirements
Key Technologies
Single-Phase Immersion Cooling
The cooling fluid remains in liquid form throughout the heat transfer process.
Two-Phase Immersion Cooling
The cooling fluid changes phase through evaporation and condensation to remove heat efficiently.
Applications
Immersion cooling is suitable for:
- AI training infrastructure
- GPU clusters
- High-performance computing
- Cryptocurrency computing
- Advanced research facilities
Related Terms
Related ATTOM Solutions
ATTOM OceanCool immersion cooling solutions are designed to support next-generation AI computing environments requiring efficient thermal management.
