Converting Power into Performance

Reliable, modular system designed for demanding environments where traditional IT systems reach their limits.

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Overview

Enable AI and high-performance workloads, anywhere

Datacentre operators are scaling under increasing limitations. Grid capacity, permitting timelines, sustainability requirements, and water restrictions are reshaping how facilities can grow.

At the same time, AI, HPC, and GPU workloads are driving demand for higher compute density. Growth is no longer driven by footprintalone.

It depends on how efficiently power, infrastructure, and time areconverted into compute.Immersion cooling enables more compute fromavailable power by reducing mechanical overhead and improving energyutilisation.

Process data where it's generated for real-time decision making.
Process data where it's generated for real-time decision making.
Process data where it's generated for real-time decision making.
Process data where it's generated for real-time decision making.
Deployment Models

Operating in constrained environments

Expanding through traditional infrastructure is increasingly complex and capital intensive. Immersion-based systems enable operators tomake better use of existing allocations, converting available power into high-performance compute with minimal overhead.

We support operators from early evaluation through deployment and expansion, providing system-level guidance, deployment planning, and optimisation as requirements evolve.

These, courtesy of my brother. 
JohnnyMclendon.com

Brownfield Expansion: Modular Site Extensions

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Greenfield: Designed for Immersion

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Brownfield Expansion

Modular immersion units deployed alongside existing facilities. Site capability grows without full-scale reconstruction

Use cases
  • Utilise available on-site power capacity
  • Create dedicated high-density compute zones
  • Expand without major building changes
  • Reduce time to deployment
Greenfield

Enable efficient and scalable datacentre operations when designed around immersion from the start

Use cases
  • Facilitydesign is simplified
  • Mechanical infrastructure is reduced
  • More power is allocated to compute
  • Water dependency is minimised
  • Time to deployment is shortened
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Technical Resources

Explore the Technical Product Catalogue and White Paper to learn more about Horizon's architecture, deployment approach, system specifications and the engineering principles behind the platform.