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Total Immersion. Directed Flow.

A different architecture for high-density thermal management.


TIDF Section - LiquidCool Solutions

As AI and high-performance computing drive increasing rack densities, managing heat efficiently is becoming a critical infrastructure challenge.

TIDF® — Total Liquid Immersion with Directed Flow is LiquidCool Solutions' patented liquid-cooling architecture, combining single phase component immersion with precision-directed flow within a self-contained chassis in a standard 19″ rack format.

The principle is simple: the dielectric fluid goes where the heat is.
TIDF® immerses the entire server in dielectric fluid, while directed flow actively routes dielectric fluid towards the components generating the greatest heat.


Engineered Around the Heat

Unlike approaches that focus cooling primarily on individual processors, TIDF®
provides thermal coverage across the complete server components and directs dielectric fluid to the hottest components.

Total Immersion Icon

Total Immersion

Every heat-generating component is immersed in dielectric
fluid — not just the processor.

Directed Flow Icon

Directed Flow

Dielectric fluid is actively guided towards the areas generating
the greatest thermal load.

Sealed Architecture Icon

Fully Contained Architecture

The cooling system operates within a contained chassis rather
than an open immersion tank.

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Standard 19″ Rack

Designed to work within the rack architecture already familiar
to data-centre operators.

Verified by Leading Organisations
OUR TECHNOLOGY

Verified by Leading Organisations

NREL
Berkeley Lab
Intel
Solar Impulse
Open Compute Project
One Technology Section

One Technology.
A Different Cooling Architecture.

TIDF® brings together:

Total Immersion
Total Immersion
+
Directed Flow
Directed Flow
+
Single-Phase Cooling
Single-Phase Cooling
+
Sealed Chassis
Self-contained Chassis
+
Standard Rack Deployment
Standard Rack Deployment

The result is a liquid-cooling architecture designed for AI, HPC, high-density data centres, enterprise computing and demanding edge environments.