Research & Academia, supercharged.

Maximise high performance computing. Minimise energy costs. Immersed Computing® solutions allow for high density CPU and GPU, without overhead energy and plug & play anywhere on campus. All solutions can be warm water cooled and offer 100% of IT energy ready for reuse.

IMMERSED COMPUTING® SOLUTIONS

Immersed Computing® optimised for synergy

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

Complete synergy

Developed with partners to bring complete synergy between cooling and compute. Designed, optimised and certified for immersion.

Sustainable

10% less IT  energy, 80% less physical footprint, 95% less cooling energy for datacentres, 100% energy reuse ready.

Simple to use

No pumps, no moving parts means low maintenance. Managed remotely with automated safety control. Ready to run anywhere.

Up to 40% more CPU performance

Up to 40% more CPU performance. Run max boost all the time.

High Density, simplified

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

HPCzone241 Immersed Computing® solution for high density CPU workloads powered by AMD EPYC. Up to 3072 cores.

Fully integrated plug-and-play high density cloud & compute solution for AMD EPYC™ CPU workloads. Cores: 3072 Memory: 96 TB Storage: 768 TB Power load: 21kW

Dual motherboard with Quad CPU socket AMD EPYC™ 7000 series. 24 x servers 96 x CPU
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24x servers
included

HPCzone242 Immersed Computing® solution for high performance compute powered by AMD EPYC. Up to 1536 cores

Fully integrated plug-and-play solution for high performance compute platforms with AMD EPYC™ CPU workloads. Cores: 1536 Storage: 960 TB Memory: 48 TB Power load: 11kW

Dual motherboard with Dual CPU socket AMD EPYC™ 7000 series. 24 x servers 48 x CPU
aic aic aic
24x servers
included

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® V4 series. 24 x servers 72 x GPU 48 x CPU
aic aic aic
24x servers
included

HPCzone244 Immersed Computing® solution for multi-purpose Intel® based compute workloads. Up to 1056 cores

Fully integrated plug-and-play solution for multi-purpose compute Intel® based CPU workloads. Cores: 1056 Memory: 48 TB Storage: 960 TB Power load: 12kW

Single motherboard with Dual CPU socket for Intel® V4 series. 24 x servers 48 x CPU
aic aic aic
24x servers
included

CUSTOMzone241 Immersed Computing® solutions customised to your needs

Fully integrated plug-and-play high density cloud & compute solutions customised and developed to your needs

For organisations with specific needs or challenges we design, optimise, certify and deliver Immersed Computing® solutions tailored to your needs.
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x servers
included

Get in touch with our sales team to get the best fit for you needs.

CUSTOMER SUCCESS STORIES

We fully share the vision to reduce power consumption for datacentres by transforming from the current compute-centric to a more green and effciency-centric infrastructure.

The Department for Applied Bioinformatics in conjunction with the LOEWE Centre for Translational Biodiversity Genomics (LOEWE-TBG) was looking for a solution, which is highly energy efficient, sustainable, reliable and maintainable. It should support our existing IT infrastructure by fulfilling ambitious HPC requirements for comparative genomics research across hundreds and even thousands of species. The newly acquired solution forms the central computing infrastructure of the recently founded LOEWE-TBG.

This project has been delivered in partnership with Boston.

Prof. Doc. Ingo Ebersberger
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