Manufacturing

Factory-built. 
Field-deployed 
in weeks.

We design, source and integrate the power and cooling systems for AI data centers. Each 1 to 3 MW module is built and tested in the factory in 8 to 12 weeks, then shipped to site.
The Rowtie module
8-12 wks
Capacity expansion
1-3 MW
AI compute per module
1.7 MW
Pod building block
30-60 days
On-site commissioning
The Rowtie module

A productized unit
of AI capacity.

Person using a tablet showing the Infinite Compute AI cloud platformRowtie module on a transport trailer inside the factoryInfinite Compute AI Infrastructure billboard on a city building

We buy power and cooling components direct from OEMs and do the integration ourselves. Switchgear, transformers, cooling skids and rack systems are assembled and tested as complete modules before they leave the factory.

Every project starts from a built and proven design. We configure it to the site's power, climate, redundancy tier and jurisdiction, and certify the changes before anything ships.

Each facility is built from a 1.7 MW pod: ten liquid-cooled AI racks of about 140 kW each, plus six network racks. A 10 MW facility is six pods, built the same way every time, to Tier III intent at a PUE of 1.41 at design conditions and 1.25 to 1.30 annualized.

How we build

Three things decide how fast a site goes live.

Sourcing, certification and factory work all run alongside site preparation. Each is a place where data center projects usually lose months.
Speed
Built in the factory. Installed on site.
01
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03
Modules are built while the site is graded, the shell goes up and the utility connection is finished. When the building is ready, the systems arrive tested and connect in place.
Supply
Direct from the OEMs. Integrated by us.
02
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03
We buy direct from leading power, cooling and compute manufacturers and do the integration ourselves. Equipment is selected per project, and long-lead items are ordered against one schedule, so no outside integrator's queue sits in front of ours.
Commissioning
Certified early. Tested before it ships.
03
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A certification is specific to a configuration and a jurisdiction. We review every design with certification specialists before it is built, run factory acceptance tests before it ships, and hold the certification file for each site. Our cooling skids carry TÜV Rheinland certification to NFPA 79, UL 508A and CSA C22.2 No. 301.
What we build

The three systems we integrate.

Each is specified for high-density AI and matched to the other two, so power, heat removal and network capacity line up at every rack.

Utility to rack.

Switchgear, transformers, UPS and distribution take utility or on-site power down to rack voltage, with generator interfaces built in.

Chip to chiller.

Cold plates and CDU loops carry GPU heat out of the rack to dry coolers or chillers outside. Air handling covers the network racks and residual heat.

72 GPUs. One rack.

GB300 NVL72 systems link 72 GPUs over NVLink in a single rack. We integrate them to NVIDIA reference designs and cable the scale-out network before go-live.