DELIVERING ADVANCED DATA SOLUTIONS

DELIVERING ADVANCED DATA SOLUTIONS

Cutting-edge technology for smaller, energy-efficient data centers.

Top
The Problem
The Solution
Immersion Cooling
Specs
Benefits
How It Works
Applications
Invest
Top
The Problem
The Solution
Immersion Cooling
Specs
Benefits
How It Works
Applications
Invest

The Problem

Servers Generate Heat

All electrical data center equipment requires cooling.

Most data centers are inefficient with up to 50% of energy costs dedicated to cooling.

THE SOLUTION

TWO-PHASE IMMERSION COOLING

Merging high-performance computing with efficient immersion cooling dramatically increases ROI.

An engineered server container filled with non-conductive fluid from 3M.

Reduce cooling costs by UP TO 97%.

A 10x reduction in square footage. MORE POWER. SMALLER SPACE.

Removes need for expensive room construction.

A closed loop system with greater efficiencies that eliminates the need for expensive cooling equipment.

A SixtyOneC enclosure can be installed just about anywhere, freeing you from maintaining dedicated spaces.

TWO-PHASE IMMERSION COOLING

Benefits

Computer hardware is submerged into a dielectric fluid engineered with a low boiling point. Warm vapor rises to a condenser passively transferring heat away from the equipment.

No Heat-sinks or fans are required.

HIGHER EFFICIENCY AND RELIABILITY

  • Unrivalled thermal efficiency.
  • Best-in-class PUE.
  • Ultra high power density.

VERSATILE DESIGN

  • Environmentally friendly and clean.
  • No raised floors or HVAC required.
  • HPC environment can be set up in any climate.

TWO-PHASE IMMERSION COOLING

Benefits

Components are submerged into dielectric fluid. Vapor rises at a low boiling point, efficiently and passively transferring heat to the condenser without expending extra energy.

No heatsinks, fans, or jets are required.

HIGHER EFFICIENCY AND RELIABILITY

  • Immersion fluid 4,000x more efficient at removing heat than air.
  • Reduced capital and operational expenses.
  • Ultra high density compute footprint.

VERSATILE DESIGN

  • Environmentally friendly and clean.
  • No raised floors or HVAC required.
  • HPC environment can be set up in any climate.

How it works

  • Fluid precipitates back passively into the fluid bath.
  • Vapor makes contact with condenser turning
    back into fluid.
  • Vapor rises to the top.
  • Hot components turn fluid into vapor.

How it works

  1. Hot components turn fluid into vapor.
  2. Vapor rises to the top.
  3. Vapor makes contact with condenser turning back into fluid.
  4. Fluid precipitates back passively into the fluid bath.

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