Harnessing Data Center Heat into Reusable Energy: A Sustainability Game Changer

Harnessing Data Center Heat into Reusable Energy: A Sustainability Game Changer

As the demand for AI and high-performance computing (HPC) accelerates, so does the challenge of managing the massive amounts of heat generated inside data centers. Instead of letting this heat go to waste, a new approach is emerging: transforming it into a valuable, reusable energy source.

This HPCWire feature highlights how ZutaCore’s two-phase direct-to-chip liquid cooling technology not only solves the toughest thermal challenges of modern processors but also enables data centers to operate with zero water usage, ultra-low PUE, and net-zero-ready infrastructure. By capturing and repurposing waste heat, data centers can evolve from energy-intensive facilities into sustainable, energy-positive hubs that support global climate goals.


ZutaCore Unveils Two-Phase Sidecar Cooling System for High-Density AI Workloads

ZutaCore Unveils Two-Phase Sidecar Cooling System for High-Density AI Workloads

As reported by Lyle Smith of StorageReview, ZutaCore has launched a new two-phase liquid cooling “sidecar” designed to handle up to 240kW of AI...

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ZutaCore Targets High-Density Blackwell PCIe Servers with Waterless Two-Phase Cooling

ZutaCore Targets High-Density Blackwell PCIe Servers with Waterless Two-Phase Cooling

StorageReview: ZutaCore has introduced OmniTherm, a cold plate that allows for waterless two-phase cooling for servers equipped with NVIDIA 6000...

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Electronic Design: Debunking 11 Myths About Liquid-Cooling Technology

Electronic Design: Debunking 11 Myths About Liquid-Cooling Technology

As AI superchips surpass 2,800 W, liquid cooling has become essential for data centers and AI factories worldwide. In this Electronic Design feature,...

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