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Two-box compute cell · F2 basis, September 2026

One megawatt in two standard containers.

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.

NAWA F2

The cell,
part by part.

Compute, cooling and power. Built to work together.

Racks Concept
Select a part to take a closer look.

The compute inside.

Vera Rubin NVL72 racks sit inside the IT module. We coordinate the rack layout and integration with our silicon partners.

Module by module

What is in the box.

NAWA F2, plan and elevation Plan: an IT container with an incoming panel, a heat-exchanger bay, six compute rack positions, three fabric positions and an air plant, beside a power container with a switchboard, a UPS and a battery behind a fire partition, and a transformer on the pad. Elevation: the IT container on its slab with a V-bank cooler on a roof frame carried by the corner castings, and the stacked option inset. service aisle to next cell 20 ft where cells never stack stacked option 05 03 01 02 04 06 07 08 09 10

Plan and elevation. F2 layout, September 2026. Not to dimension.

Hover to explore. Select a component to pull it out.

Design basis

The figures, and where each comes from.

Four cells on one pad. Design intent.

FigureValueSource
IT box40 ft ISO high-cubeF2 workbook: Decision status
Power box40 ft ISO, or 20 ft where cells never stackF2 workbook: Decision status
Compute racks6, NVL72-class; 4 at entryF2 workbook: Loadout menu
Accelerators432; 288 at entryF2 workbook: Loadout menu
IT loadAbout 1,025 kW; 690 kW at entryF2 workbook: Loadout menu
Facility load1.17 MW; 0.79 MW at entryF2 workbook: Loadout menu
Air plant275 kW qualified, minimumF2 workbook: Verification
Ride-through90 secondsF2 workbook: Redundancy doctrine
Transformer on the pad1,500 kVAF2 workbook: Verification
Campus of four cells1,728 GPUs, about 4.7 MW, 8 containersF2 workbook: Campus math
Firm power to enter a site1.2 MW; 0.9 MW for the four-rack loadoutF2 workbook: Campus math; NAWA_POD_1M_SPEC.md §11

The hardware for a modular data centre is now an industrial product with a supply chain behind it. The layer that holds the power agreement and the site, and operates the whitespace on them, is open. Nawa sits in that layer, and the module builders are its suppliers.

Terms

Four words on this page.

CDU Coolant distribution unit
Sits between the rack loop and the facility loop. It holds the water going to the chips at a set temperature and keeps the two loops separate.
UPS Uninterruptible power supply
Carries the load through a utility interruption long enough for the site to ride through or transfer.
N+1 One spare beyond need
A redundancy model. The system meets its rating with one unit out of service.
Direct to chip Direct-to-chip liquid cooling
Cold plates sit on the processors and carry heat away in water. Air handles what is left.

Next

Put one on your power, or run on one.

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