High-density compute
Plan power distribution, cooling, space and maintainability around the selected rack architecture.
TECHNOLOGY / ENGINEERING
Built for AI.
Engineered as a system.
Power, cooling, connectivity and resilience. Engineered together.
ENGINEERED AS A SYSTEM
Understand
the architecture.
Power. Data hall. Cooling.
Coordinated from the outset.
ILLUSTRATIVE ARCHITECTURE · NOT TO SCALE
01 / Cooling
Manage the thermal system.
Facility cooling and heat rejection are coordinated with the rack interfaces, operating temperatures and project requirements.
Thermal design / Cooling interfaces
02 / Data hall
Make space for the workload.
Rack layout, connectivity, access and maintainability are planned around the selected compute architecture. Customer compute hardware is defined separately.
Rack architecture / Connectivity
03 / Power & services
Explore the engineering Engineer the foundation.
Supply, distribution, protection and backup arrangements are coordinated with the site and the agreed resilience requirement.
Electrical architecture / Resilience
This schematic explains the system. Configuration, capacity, cooling and resilience are defined for each project.
High-density compute infrastructure depends on coordinated power, cooling, connectivity and resilience. Each project starts with the operating requirement.
Liquid cooling
Coordinate facility cooling, coolant distribution and rack interfaces against workload requirements.
Electrical architecture
Engineer supply, distribution, protection and backup arrangements around the project’s resilience requirement.
Connectivity
Assess diverse routes, carrier access and onward connections alongside the physical deployment.
Resilience
Define redundancy, commissioning evidence and operating procedures against the customer requirement.
Modular architecture
Use repeatable engineering interfaces and factory production to support phased deployment.
Efficiency
Consider energy performance, water use, maintenance and opportunities for heat reuse across the asset life.
Define performance.
Then engineer for it.
Rack density, thermal design, redundancy, efficiency targets and acceptance criteria belong in the project specification. We do not treat one configuration as suitable for every workload.
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