Midyear 2026 Compute Infrastructure Briefing

Midyear 2026 briefing

Request the compute infrastructure briefing

Where US compute infrastructure stands at midyear 2026: vacancy and construction, power and interconnection, equipment lead times, financing, and the 2027 scenarios.

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Modular AI infrastructure.
Deployed faster.

Standardized power, cooling and rack infrastructure.
Built in the factory while you prepare the site.
Expanded in repeatable phases.

2.5 MW
Reference IT peak
24
Rack positions
288
Compute nodes
1,152
GPUs

Sites. Power. Compute.
One platform.

Sites & power

Establish where development can happen.

Bring land, power availability, connection timing and access into the same development plan.

Explore power infrastructure

AI infrastructure

A standard platform for AI workloads.

Select the compute and cooling configuration within a repeatable modular design.

Explore Alpha

Development & delivery

Turn the site plan into capacity.

Coordinate engineering, equipment, construction and commissioning from the first campus through future locations.

Explore planning resources

Alpha.

A modular data center for AI.

Architectural concept of two stacked compute enclosures with a separate UPS enclosure and grouped cooling in clear daylight.

A standardized platform with power, cooling and rack infrastructure integrated before delivery. Add clusters as capacity grows.

Explore Alpha
2.5 MW
Reference IT peak
per cluster
1,152 GPUs
GB300 NVL72 reference
per cluster

Standardized systems.
Repeatable deployments.

Deploy the same modular platform across locations. Plan the foundations, power connection and access for each site.

Illustrative site layout showing modular compute, cooling and electrical equipment in an industrial setting.

Deploy a standard platform.

Plan foundations, power connections and access around the standard modular layout.

Start with the capacity
you need.

Plan the first deployment around your load and available power, with room for additional phases as demand grows.

Illustrative campus with three groups of stacked compute enclosures, separate UPS enclosures and cooling equipment

Add the next phase.

Develop additional capacity as demand and available power grow, within the plan established for the campus.

Data hallsSupporting systemsAdded capacity
  1. 01Site & power
  2. 02First deployment
  3. 03Expansion
Ten AI campuses on a raised three dimensional map of the United States

The same platform.
Across locations.

Deploy the same modular platform across locations, with capacity phased around available power and demand.

150 MW
  1. Texas15 MW
  2. Louisiana15 MW
  3. Ohio15 MW
  4. Indiana15 MW
  5. Illinois15 MW
  6. Michigan15 MW
  7. Georgia15 MW
  8. North Carolina15 MW
  9. Virginia15 MW
  10. Arizona15 MW
  1. Prepare the site.

    Plan the power connection, access and equipment layout around the first deployment and the phases that follow.

  2. Bring first capacity online.

    Commission the data halls, cooling and electrical systems together to bring the first capacity online.

  3. Add the next phase.

    Develop additional capacity as demand and available power grow, within the plan established for the campus.

Deploy sooner.
Build in parallel.

While modules are fabricated and tested, prepare the foundations, power and connectivity. Overlapping that work gets you to installation and commissioning sooner.

Three modular enclosures representing fabrication and integration at the factory.
At the factoryFabricate and test

Integrate power, cooling and rack infrastructure before delivery.

A prepared campus with equipment pads, access roads and electrical infrastructure.
At the sitePrepare for installation

Advance foundations, power and connectivity alongside fabrication.

Install.Connect.Commission.

Integrated modules meet a prepared site.

Reach first load sooner.

Plan your next
deployment.

Share your target load, location and timing. We’ll work through power availability, site requirements and the first phase with you.

Research for your
next deployment.