Factory Prefabrication
Core mechanical, electrical, liquid cooling, and IT systems are assembled and tested in a controlled environment.

Cold plates remove GPU heat directly; the secondary loop exchanges heat via the CDU into the primary loop, reducing air-side heat exchange losses.

Heat is carried away by liquid at the chip level, reducing reliance on room airflow design.
The secondary and primary loops are isolated via a heat exchanger, easing zoned maintenance and water quality management.
Pump sets, filtration, and pressure monitoring are commissioned during factory testing.
Actual thermal configuration and efficiency depend on site climate, water availability, and rack power density; final results are subject to project assessment.
The power chain from utility intake to rack PDU is prebuilt into the module, with on-site connection and protection configured to site conditions.


Shift on-site engineering to a controlled factory environment, deploy through standardized interfaces, then use software to unify distributed units into a single cluster.
Core mechanical, electrical, liquid cooling, and IT systems are assembled and tested in a controlled environment.
Designed for high-density GPU workloads, reducing retrofit needs and multi-vendor integration risk.
Add standard units as your business grows, lowering upfront capital pressure.
Modular assets can migrate with compute demand and be redeployed at different sites.
Manage everything from hardware health to workloads and usage on a single platform.
Shorter on-site construction time and less waste and disruption than traditional builds.