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Air vs. liquid cooling: Finding the right strategy for AI-ready data centers
Liquid cooling offers the performance and efficiency needed to manage the intense heat of GPU-driven workloads, reducing energy use while improving reliability
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datacenterdynamics.com
Timeline cronologica
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Air vs. liquid cooling: Finding the right strategy for AI-ready data centers
Liquid cooling offers the performance and efficiency needed to manage the intense heat of GPU-driven workloads, reducing energy use while improving reliability
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Rethinking data center cooling for AI: The rise of direct-to-chip liquid cooling
As the demand for AI and HPC infrastructure continues to grow, the move from air cooling to liquid cooling will become increasingly important for cooling AI workloads
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Two-phase vs single-phase direct-to-chip liquid cooling: Which is right for AI data centers in 2026
The smartest strategy isn’t choosing one approach over the other indefinitely, but aligning cooling decisions with current workload demands while maintaining flexibility
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Overcoming mechanical thermal constraints in high-density AI cooling
While much of the industry focus has centered on thermal performance alone, a growing challenge lies in the mechanical limitations imposed by conventional cooling technologies
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How liquid cooling is redefining data center efficiency beyond PUE
With AI operations, efficiency isn’t just about how much energy you consume. Rather, it’s about how much compute you produce from it, making output a more meaningful measure of…
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DCD>Survey Report: Cooling
As the data center industry evolves, so do its cooling solutions
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Retrofitting for density
A practical guide to rack-level cooling for high-performance GPU environments
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Accelerating AI: Advanced CDU cooling for high-density data centers
The CDU is not merely a piece of equipment; it is a gateway to enhanced performance, sustainability, and reliability in the digital age