The non raised floor MDH is engineered for extreme-density deployments, supporting 250 kW per rack as standard while maintaining efficient operation at any power level. With optional design modifications, the hall can scale up to 500 kW per rack or beyond for liquid-cooled GPU and AI workloads. Each module is factory assembled, fully tested, and delivered as structural assemblies to accelerate deployment and ensure predictable performance across large multi-megawatt projects.
Built for the next generation of AI and HPC clusters, this MDH architecture enables hyperscale densities without the added complexity of a raised floor. Its welded structural design, Tier III / Tier IV reliability expectations, and decentralized rack-level monitoring create a stable, serviceable environment for sustained high-density operation. Through parallel fabrication and phased delivery, sites can scale compute capacity from multi-rack blocks to entire AI campuses with minimal on site work.
250 kW per rack standard, fully supported as designed. Up to 500 kW per rack available with engineered modifications.
Tier III / Tier IV equivalent expectations.
Parallel fabrication with phased delivery for large projects.
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