KOOL PHASEDiscuss a pilot
Abstract cooled blue thermal surface

Big cooling.
Small footprint.

Advanced liquid cooling engineered for the next generation of high-density computing.

Discuss a pilot Explore the technology

The thermal shift

Compute is getting hotter.
Cooling has to evolve.

High-density computing is creating thermal loads that are placing increasing pressure on conventional infrastructure.

The challenge is no longer simply how to cool equipment — it is how to manage more heat without continually increasing space, energy, water demand, and system complexity.

Why KOOL PHASE

The KOOL PHASE approach

A different approach to the thermal cycle.

  1. Direct-to-Chip
  2. Phase Change
  3. Heat Rejection
  4. Return

KOOL PHASE is developing a direct-to-chip liquid-cooling architecture designed around controlled phase change inside the Coolant Distribution Unit (CDU), creating a more compact approach to managing increasingly dense thermal loads.

Explore the technology
Conceptual visualization — not production equipment.

KOOL PHASE vision

Built for the next generation of compute.

KOOL PHASE is being developed for environments where thermal density, infrastructure constraints, and physical footprint increasingly define what is possible.

High densitySmaller footprintLower infrastructure demand
Explore applications

Pilot collaboration

Have a heat problem?
Let’s test it.

KOOL PHASE is seeking selected organizations interested in pilot deployments, technical validation, and collaborative testing.

  1. Scope
  2. Test
  3. Measure
Request a pilot discussion Confidential technical discussions and appropriate confidentiality agreements can be accommodated when required.

Find the heat.
Win fast.

The future of computing will generate extraordinary amounts of heat.
We intend to help build the infrastructure that manages it.

Discuss a pilotPartner with KOOL PHASE