Data centers
Power first. Then everything else.
We colocate in U.S. facilities chosen for firm power and liquid-cooling headroom, then build our own cages, cooling loops and clusters inside them.
Sites in operation and in development. Pins mark the metro or state, not facility locations.
01 — Campus
Every watt has a path in and a path out.
A representative Tier III campus: utility power in, with generators behind it; heat out through the facility's heat rejection. In between, every rack sits on two independent power paths and a liquid loop.
02 — Power path
Two paths to every tray.
From the utility to the 50 V busbar, power reaches each rack along two independent paths. Either can carry the whole load. Hover a stage, or take one away.
Two independent paths, each able to carry the whole load, meeting at the rack.
03 — Cooling
Warm water in. Hot water out.
Direct-to-chip liquid cooling carries roughly 90% of each rack's heat, at return temperatures high enough to need little or no chiller help.
- Flow
- 89 L/min
- Return
- 54.6 °C
- ΔT across rack
- 19.6 K
- Heat to liquid
- 122 kW
Warmer supply water needs more flow, but the return stays near 55 °C — hot enough to reject heat with dry coolers instead of chillers. That is where the efficiency comes from.
Flow per GB300 NVL72 rack (OEM guidance). Water, ~90% of heat to liquid. Chiller threshold illustrative.
04 — Site selection
What we look for before we sign.
01
Firm power, now
Energized capacity or a utility commitment we can verify — not a queue position.
02
Liquid-ready halls
Slab floors, structural headroom for ~1.5 t racks, and room for in-row CDUs and secondary loops.
03
Heat rejection
Facility water and heat rejection with headroom for warm-water, direct-to-chip cooling.
04
Tier III or better
Concurrently maintainable power and cooling, N+1 or better throughout, and two power paths to every rack.
05
Connectivity
Diverse long-haul fiber into major interconnection hubs, with private links available.
06
Security
Controlled perimeters, staffed operations and audited access to every cage.