Moving from air to liquid is a major step. That is why we have broken down the complexity into clear insights. Explore our technology comparisons to understand the mechanics, dive into the metrics & standards to see the efficiency impact, or read our implementation guides to see how it works in practice.
Redefining the datacentre for the era of high-performance computing. Our immersion technology eliminates the thermal bottlenecks of air, providing a silent, safe, and sustainable environment for the world’s most demanding hardware.
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Explore the fundamentals of immersion cooling and compare the technology against air and direct-to-chip.
Discover the fundamentals of immersion cooling. This guide explains the physics behind the technology, how dielectric fluids manage heat far better than air, and the mechanics of natural versus forced convection.
The unique Asperitas liquid cooling technology concept, Immersed Computing®, enables sustainable and high density datacentres anywhere they're needed to run your applications. Our fully integrated, contained and liquid cooled solutions include fully immersed application centric server platforms optimised for synergy and performance. Immersed Computing® enables record breaking densities, warm water cooling and performance boosting of platforms.
The strategic drivers: from compliance with EU directives to optimizing PUE and operational costs.
Traditional air cooling is hitting its limits. Discover how immersion cooling unlocks maximum density and minimal energy waste. This guide covers the strategic advantages for datacentres, edge deployments, and high-performance computing.
From design to deployment. Learn how to adapt your hardware and manage an immersion-cooled facility.
Improving HPC Cooling efficiency at Shell Technology Centre
Improving HPC Cooling efficiency at Shell Technology Centre
Improving HPC Cooling efficiency at Shell Technology Centre
Improving HPC Cooling efficiency at Shell Technology Centre
Improving HPC Cooling efficiency at Shell Technology Centre
Improving HPC Cooling efficiency at Shell Technology Centre
