Rendering of a facility-water gallery with labelled supply and return mains and a row of coolant distribution units.

02 Data Center & Colocation Solutions

Capacity sized to your density.

High-density AI hardware needs more than floor space. We help you define what you need, evaluate facilities against evidence, and get your equipment installed in space that can actually power and cool it.

Illustrative 3D rendering — facility-water gallery with coolant distribution units.

What we deliver

From requirement to racks energised.

Colocation for AI is decided by power density, cooling and timing. We make those requirements explicit, then hold every option to them.

  • Requirements

    Capacity definition

    Critical IT load, rack density, redundancy, growth path and timeline, written down as a specification you can take to market.

  • Due diligence

    Facility evaluation

    Available power, cooling capability and delivery dates checked against evidence — not brochure figures.

  • Liquid cooling

    High-density readiness

    Direct-to-chip and rear-door cooling requirements, facility water and floor loading confirmed before contract.

  • Network

    Connectivity planning

    Carrier diversity, cross-connects and on-ramps sized for training data movement and inference traffic.

  • Move-in

    Deployment & migration

    Installation sequencing, power-on testing and migration plans that protect live services.

  • Growth

    Ongoing capacity planning

    Utilisation tracking and expansion options reviewed before you run out of headroom.

Capacity scenario

Model your deployment.

Change the load, the density and the efficiency target to see racks, facility power, annual energy and the cooling approach the design calls for. No sign-up required.

Rack density presets

MW
Megawatts of IT equipment load
kW
%
Formulas & assumptions
  • Racks = ⌊IT kW ÷ rack kW⌋
  • Facility power at design = IT MW × PUE (PUE treated as constant across load — a simplification)
  • Annual energy = IT MW × utilisation × PUE × 8,760 h
  • Heat to liquid assumes 80% capture above 60 kW/rack, 0% below 40 kW/rack (rear-door HX counted as air-side), linear in between
  • Gross white space ≈ racks × 2.8 m² for air-cooled rows, × 3.4 m² above 60 kW (CDU and manifold allowance)
  • Scenario output is for early planning only; it is not an engineering design.
0
Racks supported
0 MW
Facility power at design
0 GWh/yr
Annual energy
0 MW
Heat rejected to liquid
Rack layout · 1 rack per cell 0 m² gross white space
Direct-to-chip liquid

Cooling approach vs. rack density

│ your scenario: 130 kW/rack

Indicative industry ranges; achievable density depends on supply temperatures, containment quality and the specific equipment. Cognivox does not publish facility availability; capacity is evaluated per requirement.

Start a conversation

Tell us what you are planning.

Load, timeline, location, constraints — whatever you know so far. An engineer will reply.