The deployable unit is a two-container cell in standard ISO boxes: an IT box carrying six NVL72-class racks with their fabric, and a power box carrying the switchboard and the UPS. The pair is tested together at the factory and re-joined on site with one busduct connection. It stacks from one cell to a campus, and the module set stays the same across geographies and voltage standards.

1. 01 Compute racks Six NVL72-class compute racks in one row, 432 GPUs and about 1,025 kW of IT. The six-rack fit is gated on the air-plant drawing; the four-rack loadout, 288 GPUs, is the entry point at 0.9 MW of firm power. Racks are tenant-supplied.
2. 02 Fabric positions Three 800 mm rack positions carry the scale-out switches and the control and storage nodes. 800 Gb/s Ethernet per GPU between racks; the rack-internal fabric stays in the rack. All rack-to-rack wiring stays inside the box.
3. 03 Warm-water loop Direct-to-chip liquid at ASHRAE W45: 45 °C supply, 56 °C return. A plate-pack heat exchanger bay keeps the facility loop apart from the deionised rack loop, with N+1 pumps on the protected bus.
4. 04 Air plant Air cooling qualified to at least 275 kW for the air fraction of the racks and for the fabric positions, N+1.
5. 05 Incoming panel One feed from the power box lands on an incoming panel at the entry end. 400 A busway taps feed each rack.
6. 06 Power box A second standard container carries the switchboard and the UPS, with the battery behind a fire partition. Tested with the IT box as a mated pair at the factory and re-joined on site with one busduct connection. 40 ft where cells will stack, 20 ft where they never will.
7. 07 Ride-through One UPS with maintenance bypass and 90 seconds of full-load ride-through. Compute sheds automatically and cooling runs on for 30 minutes, so an outage costs minutes since the last checkpoint and never the hardware.
8. 08 Heat rejection A V-bank dry cooler on the corner castings of the top box, in the 1 MW class. One fan out is a derate. Nothing stacks above it.
9. 09 Federation Cells join over spine-trunk fibre. Two cells serve jobs of 576 GPUs and more; four cells make a campus of 1,728 GPUs at about 4.7 MW on eight standard containers.
10. 10 On the padSite scope Site scope: a 1,500 kVA padmount transformer, the feeder, fibre demarcation, the pad and its anchorage. A stacked arrangement, power box on top, is drawn as an option.