Data Center Cooling - ToffeeX
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Data Center Cooling

Whether it's air-cooled, direct-to-chip or immersion cooled, optimize your data center's thermal management with generative design

The Data Center Cooling Challenge

The demand for computing power is accelerating at a record pace. Yet this revolution runs hot. Data centers already consume 2-3% of global electricity, with forecasts of up to 13% by 2030. Cooling alone accounts for up to 50% of their total consumption. As server densities increase, traditional cooling solutions struggle with hot spots, energy inefficiency, and limited scalability.

This image shows a high-performance data centre server rack using liquid cooling technology to efficiently manage heat in densely packed computing units.

Why ToffeeX:

Tailor your heat sink designs to maximize heat extraction where it matters most — directly at the chip surface. 

  • Lower pressure drop:
    Reduce the energy required to run pumps and CDUs
  • Higher thermal performance:
    Extract heat more uniformly and efficiently
  • Improved reliability:
    Keep components within optimal thermal envelopes, even under peak load
  • Retrofit-ready:
    Designs are compatible with existing infrastructure and CDUs, minimizing CapEx disruption
A single-board computer featuring a sculpted, generative-design metal heatsink for advanced thermal management, branded with "ToffeeX."

Air Cooling

Due to its relative simplicity air cooling is still the most common thermal management method for data centers. Learn how Ericsson used ToffeeX to optimize an air-cooled CPU heat sink to achieve higher cooling efficiency at a smaller size.

Direct-to-Chip Cooling

With increased power density at the processor, the more efficient direct-to-chip cooling is rapidly being adopted.

ToffeeX designs maximize heat transfer while minimizing hot spots and pressure drops.

Immersion Cooling

When cooling power is paramount, servers can be immersed in dielectric fluid to enhance cooling further.

ToffeeX allows you to optimize your manifolds and immersion-cooled heat sinks to maximize the potential of the thermal management system.