Immersion Cooling High Performance GPU Workloads

For high density compute and cloud platforms we offer immersion cooling solutions fully equiped with 24 server cassettes designed, optimised and certified for immersion cooling. Offering high density compute for GPU workloads. All solutions can be warm water cooled and offer 100% of IT energy ready for reuse.


Immersion Cooling
optimised for synergy

Immersed Computing®, our award-winning immersion cooling technology, enables sustainable and high density datacentres anywhere they are needed to run your applications. Our fully integrated, contained and liquid cooled solutions include application centric server platforms optimised for synergy. Find out more


50% Energy footprint reduction


Plug & Play with 3 connections


80% physical footprint reduction


Up to 40% more CPU performance

High Density, simplified

For HPC environments we offer integrated solutions fully equipped with 24 server cassettes designed, optimised and certified for immersion cooling. Offering high density compute for CPU and GPU workloads.

HPCzone243 Immersed Computing® solution for high density GPU workloads powered by Nvidia®. Up to 331.776 CUDA cores

Fully integrated plug and play solution for GPU driven compute workloads with Nvidia® GPU and Intel® CPU. CUDA cores: 331.776 cuda Cores: 1056 CPU Memory: 48 TB Storage: 384 TB Power load: 15kW

Single motherboard with Dual CPU socket for Intel® 24 x servers 72 x GPU 48 x CPU
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24x servers

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Immersed Computing® made it possible to facilitate a record breaking high density GPU platform in an existing datacentre with minimal investment needed."

The Asperitas Immersed Computing® solutions did meet the requirements to deliver a 300kW facility on less than 35m2 with ten systems. In order to do this a unique server configuration had to be developed by Asperitas for a GPU-based cluster. This Immersed Computing® optimised configuration is able to run 12 GPUs in a 1U server; totaling up to 288 GPUs per system. For the system to run all year round a simple dry-cooler system was deployed. Optionally, the high temperature cooling water is ready to be fed into a district heating system.

Willem Jan Withagen - CTO EcoRacks

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