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AI factories

Megawatts, with dates. The committed campus, the campuses behind it, and the path from first racks to full phase.

AI factories

Megawatts, with dates

A program is only real when its campuses carry dates. What is committed, what is next, and what the whole program adds up to.

Campus One
35 MW · live July 2027
A single 35 MW phase, live July 2027 — 175 racks, 12,600 GPUs, with a growth path to roughly 50 MW in the same hall. Location to follow.
Campus Two
50 MW · online Q4 2027
A second campus is identified, with power that can be energized and brought online in Q4 2027 — 50 MW on the same design: behind-the-meter power, closed-loop cooling, DSX POD units. Location to follow.
The program
Up to 750 MW · 2030
One repeatable design, deployed across repurposed industrial sites and purpose-built campuses.
Engineer in an electrical switchgear room
Switchgear · electrical distribution
Welder joining stainless steel pipe
Pipework · cooling loop fabrication
Liquid cooling manifold and quick-disconnects on a compute tray
Liquid cooling · direct-to-chip manifold

Campus One

Campus One. Location to follow.

The first campus is real, and it is already standing: a hardened industrial campus on U.S. soil, built to pharmaceutical-grade specification, with structure, power service, central cooling and environmental control in place. The location is announced when the choreography says so. The dates are announced now.

The site

Already standing

An existing hardened industrial campus — the long-lead capital of an AI factory, built years ago for another industry and inherited intact rather than constructed.

The hall

37,965 sq ft, high-bay

250 psf floors and the clear height for 200 kW liquid-cooled NVIDIA Vera Rubin racks, delivered as factory-integrated NVIDIA DSX POD units and installed inside the hall in 5 MW blocks — live July 2027 at the full 35 MW, with a growth path to roughly 50 MW in the same hall.

The power

Grid-independent

Behind-the-meter generation with liquefied natural gas delivered by sea and a multi-day reserve on site. A grid outage never reaches the racks.

The reveal

Announcement to come

Site identity, jurisdiction detail, drawings and the full plan of record are disclosed publicly when the project is ready.

PHOTO — CAMPUS ONE, NON-IDENTIFYING DETAIL
interior / equipment, no signage or exteriors

Roadmap

The path to July

Nine months, three equipment campaigns, one switch-on. The dates come from equipment lead times and infrastructure already standing — not from construction. Building on the NVIDIA DSX POD reference design moves rack integration into the factory, which is what keeps the late-stage schedule risk off this page.

Q4 2026

Engineering survey and verification. Plant nameplates, structural confirmation, and a full-duty load test of the existing chiller plant before commitments are made.

Q4 2026

Long-lead equipment ordered. DSX POD units, dry coolers and trim chillers — the factory slots that set the calendar.

Q1 2027

Campus build-out. Cooling headers run on the existing pipe racks, the energy pad is prepared, and permits are filed and issued on the minor-source track.

Q1 2027

Generation and pods arrive. Containerized generation lands on the pad; DSX POD units arrive integrated and tested, rolling in through the campus docks and connecting to power, water and fiber already in place.

July 2027

Campus One live — 35 MW. The campus comes online on its own generation and sealed cooling; 175 racks, 12,600 GPUs.

Aerial view of modular AI factory halls, cooling rows and mechanical plant
Modular build, from above · halls, cooling rows and mechanical plant