GPU Capacity Access
Data Center Capacity Is the New Bottleneck. We Solve for It.
Demand for GPU-ready infrastructure is outpacing supply. KloudX gives you a direct line to tier III/IV colocation, modular deployments, powered shells, and powered land - matched to your power density, timeline, and geography - then handles the physical deployment end to end.
The Gap We Fill.
Compute demand outpaces available capacity
Qualified workloads are competing for a shrinking pool of deployable, liquid-cooling-ready space.
Power, not floor space, is the real constraint
Utility interconnection queues in saturated markets now run 18-36+ months. Sites with confirmed substation capacity are worth more than raw square footage.
Most existing colocation stock isn't GPU-ready
Legacy air-cooled facilities top out around 15-20 kW/rack. Modern GPU racks run well above 100 kW/rack and need direct-to-chip liquid cooling or immersion.
Facility Types We Source.
From fully operational colocation to powered land, matched to your runway.
Tier III / IV Colocation
Concurrently maintainable to fault-tolerant, retail or wholesale.
Powered Shell
Structure and utility power delivered, no white space buildout yet.
Dark Shell
Structure only, power not yet secured. Earlier-stage, longer runway to occupancy.
Modular / Prefabricated
Factory-built, containerized or skid-based, 1-4 MW per module.
Build-to-Suit
Custom-built to one tenant's spec on controlled land.
Brownfield Conversion
Retrofit of existing industrial or commercial buildings, skipping years of entitlement.
Land - Powered
Confirmed or reserved utility capacity, no structure.
Land - Unpowered / Greenfield
Interconnection not yet secured.
Wholesale Campus
Large multi-building, typically hyperscale-oriented.
What We Evaluate.
Every site is screened against the criteria that actually decide whether GPUs can run.
- Power availability and utility interconnection queue position
- Redundancy topology (N / N+1 / 2N / 2N+1) matched to workload risk tolerance
- Cooling readiness - air, rear-door heat exchanger, direct-to-chip liquid, immersion
- Structural floor loading for liquid-cooled, GPU-dense racks
- Network fabric access - InfiniBand (NDR/XDR) or RoCEv2, carrier diversity, dark fiber
- PUE and water usage where evaporative cooling applies
- Permitting and zoning / entitlement status
Compute We Deploy Around.
H100, H200, GB200 NVL72, GB300 NVL72
MI300X, MI325X, MI350X
How It Works.
Four steps from requirement to production.
Requirements Intake
Power, density, cooling, timeline, and location captured up front.
Site Screening
Interconnection, substation, and structural / cooling fit verified.
Capacity Match & Introduction
NDA, direct introduction, technical fit pre-vetted before you talk.
Deployment
KloudX's nine-step process takes it from dock to production.