OceanCool – Immersion Liquid Cooling

Ocean Cool – Immersion Liquid Cooling

As AI, high-performance computing (HPC), and other high-density workloads continue to increase rack power densities, conventional air cooling is reaching its practical limits. Organizations require more efficient thermal management solutions that can support greater computing performance while reducing energy consumption and improving infrastructure reliability.

OceanCool Immersion Liquid Cooling is a factory-integrated cooling solution that fully immerses IT equipment in a dielectric liquid to dissipate heat efficiently across the entire system. By eliminating hotspots, minimizing mechanical cooling requirements, and supporting higher computing densities, OceanCool enables organizations to deploy reliable, energy-efficient infrastructure for AI, HPC, cloud computing, and next-generation data centers.

Designed for rapid deployment and long-term scalability, OceanCool helps simplify high-density data center design while supporting sustainable digital infrastructure with lower operational costs and improved thermal performance.
Suited for: 5G, Edge Computing, HPC, Enterprise Data Center, Cloud, Artificial Intelligence Application, Machine Learning, etc.

Key Advantages & System Highlights

Efficient & Sustainable

High Density & Reliability

Flexibility & Compatibility

Single Phase Immersion Liquid Cooling System

Single-phase direct immersion liquid cooling design, the server is completely immersed in fluoride liquid or mineral oil, and the chip heat is brought out to the heat exchanger through the excellent flow path design, and then the heat is brought to the cooling tower and other heat dissipation facilities through water circulation, which can achieve year-round free cooling, greatly saving cooling costs and improving server power density.

Modular Immersion Cooling Rack System

Immersion Cooling Cabinet System

Product Brochure
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Attom OceanCool Immersion Liquid Cooling Brochure

User Manual
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Attom SmoothAir Modular Cooling User Manual