Investor information
The next compute revolution needs a new thermal foundation.
As compute density increases, thermal management is becoming a more significant infrastructure constraint. KOOL PHASE is developing a direct-to-chip liquid-cooling architecture designed around controlled phase change inside the Coolant Distribution Unit (CDU).
Why now
Heat is becoming an infrastructure constraint.
Higher-density computing places greater demands on cooling, facility infrastructure, physical footprint, and thermal-management strategy.
KOOL PHASE is being developed for environments where thermal density and infrastructure constraints may increasingly shape what can be deployed.
The KOOL PHASE thesis
Capture heat at the hardware. Control phase change inside the CDU.
KOOL PHASE is developing direct-to-chip liquid cooling in which heat is captured at the computing hardware while controlled phase change is designed to occur inside the Coolant Distribution Unit (CDU).
Computing hardware is not submerged in coolant.
Understand the technologyDevelopment approach
Engineer. Validate. Improve. Scale.
- 01
Engineer
Define the system boundary, thermal problem, constraints, and engineering question.
- 02
Validate
Test assumptions through controlled engineering work and measurable evidence.
- 03
Improve
Use results to refine architecture, materials, controls, and integration.
- 04
Scale
Evaluate what would be required to move from validated engineering toward repeatable deployment.
Claims should follow measurement.
Potential applications
Designed around where heat may become the limit.
These are potential target environments under consideration, not existing deployments.
Explore applications- Artificial Intelligence Computing
- High-Performance Computing
- Modular / Edge Environments
- Small and Medium Data Centers
- Research Computing
- Specialized High-Density Computing
- Supporting Quantum Computing Infrastructure where direct-to-chip cooling is appropriate
Team relevance
Multidisciplinary experience across the thermal system.
KOOL PHASE brings together experience across fluid science, materials, thermal engineering, embedded and software systems, data-center infrastructure, power systems, business development, and strategic partnerships.
Meet the teamThermal & Systems Engineering
Infrastructure & Commercial Development
Private discussion
Additional information may be discussed after appropriate qualification.
Additional information may be made available for discussion where appropriate.
- Development roadmap
- Validation priorities
- System architecture at an appropriate level
- Commercialization approach
- Manufacturing and supply-chain considerations
- Market-entry strategy
- Financial or fundraising information, if and when appropriate
Investor enquiry
Request investor information.
Share a brief introduction and the context for your interest. Please do not include sensitive information.