ZutaCore Resource Library
Learn how ZutaCore is transforming data center design from chip to rack to AI factory.
Latest From ZutaCore
Oregon State University Boosts Performance and Sustainability
See how Oregon State University retrofitted its research data center with ZutaCore® HyperCool® to achieve 30% lower processor temps and 20% higher compute performance.
University of Chicago Validates Waterless Liquid Cooling
Explore how the University of Chicago benchmarked ZutaCore® HyperCool® against legacy systems to achieve stable HPC performance with cooler cabinets and reduced energy use.
High-Performance AI Factories: The Waterless Cooling Advantage
Discover how ZutaCore® HyperCool® enables AI facilities to scale compute density, cut energy use, and eliminate water from cooling — all in one solution.
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Solving the Top 5 Cooling Challenges of AI + HPC
See how ZutaCore® HyperCool® delivers 10× more compute, 300% higher density, and 100% heat reuse — all without water.
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Powering AI-Ready Infrastructure
Join ASRock Rack and ZutaCore®️ at OCP25 as we dive into our strengthened partnership and reveal the production-ready B300, powered by ZutaCore’s waterless, two-phase direct-to-chip cooling.
Scaling AMD AI Servers Sustainably
Live at OCP25, Compal and ZutaCore®️ discuss how integrating HyperCool®️ into Compal’s AMD-based AI servers unlocks higher performance, greater efficiency, and sustainable scalability for next-generation data centers.
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Building a Sustainable AI Future
In this sustainability spotlight, Elsa Pine, VP Sales for the Americas, shares how ZutaCore®️’s waterless, two-phase liquid cooling helps data centers scale AI responsibly, reducing water use, lowering power consumption, and accelerating sustainable deployments.
Powering the Next Generation of AI Data Centers
Explore our 1.2MW and 2MW cooling systems redefine efficiency, reliability, and sustainability for high-density, AI-scale infrastructure.
Case Study: Oregon State University
Explore how Oregon State University reimagined high-performance computing with a waterless cooling approach
Revolutionizing AI Cooling: ZutaCore’s Two-Phase Liquid Solution at Yotta 2025
ZutaCore is redefining the future of AI infrastructure — one chip at a time. Join My Truong and Andreas Keiger live from Yotta 2025 in Las Vegas as they speak with JSA TV about how ZutaCore is powering denser, more efficient, and more sustainable data centers with its cutting-edge two-phase liquid cooling technology.
Case Study: University of Chicago
Discover how the University of Chicago validated the HyperCool® waterless, direct-to-chip liquid cooling technology from
Into the Madverse: Cooling is the hard limit of AI
Host Mark Venables of Illuminaire sits down with ZutaCore’s Shahar Belkin to unpack how two-phase liquid cooling is tackling AI’s biggest bottleneck—heat—and what it means for the future of data center performance, efficiency, and sustainability.
ZutaCore and the University of Münster
See how the University of Münster’s Center for Information Technology transformed its HPC infrastructure with HyperCool®. This is a real-world example of how it’s possible to meet HPC demands while cutting energy costs and eliminating water risks. The video case study shows the deployment, results, and benefits of adopting waterless, direct-to-chip liquid cooling for sustainable, high-performance computing.
High Performance AI Factories: The Waterless Cooling Advantage
Discover the waterless cooling technology that’s transforming AI factories into efficient, high-performance facilities. Download the eBook to learn more.
Liquid Cooling for Waterless AI Factories: ZutaCore and Munters
Discover how ZutaCore® and Munters have partnered to deliver an innovative solution for efficient heat removal. This video demonstrates how processor heat is transported from ZutaCore® pool-boiling cold plates directly to Munters SyCool™ heat rejection condensers, eliminating the need for intermediate heat exchange devices. Watch to learn more about this seamless and groundbreaking approach to managing high-density heat loads.
Zutacore HyperCool Waterless Liquid Cooling - Sustainable AI at Scale
ZutaCore HyperCool, a patented direct-to-chip waterless cooling solution, solves two critical challenges in two phase pool boiling … Fluid dry-out in the liquid pool, and the control of bubble size and location to efficiently dissipate heat. The liquid pool delivers a zero-latency, on demand, and self-regulating cooling solution that dynamically adapts to heat generation, regardless of flow volume. Its ability to maintain consistent temperatures across the cold plate effectively mitigates thermal shocks, enhancing silicon longevity even under rapid power fluctuations typical of AI workloads.
The University of Pisa’s Net-Zero Journey with ZutaCore
Renowned for its rich history and academic excellence, theUniversity of Pisa, established in 1343
Solving the Top 5 Cooling Challenges of AI+HPC
Learn how the HyperCool direct-to-chip liquid cooling system is solving the five data center challenges presented by high Powered Computing (HPC) and AI.
Case Study: University of Münster
Discover how the University of Münster achieved sustainable data center innovation. By deploying HyperCool® from ZutaCore® — a waterless, direct-to-chip
The Path to Net-Zero Data Centers
The push toward sustainable, net-zero data centers is an environmental imperative that will yield business benefits yet
ZutaCore Carahsoft DTW2023
At DTW2023, the ZutaCore booth attracted a visit from the Dell Technologies OEM team. They had a discussion about how customers can buy HyperCool directly from Dell, and how ZutaCore plays a crucial part in bringing zero emissions to the data industry.
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ZutaCore FedData DTW 2023
Rick Hardy from FedData visited the ZutaCore booth at Dell Technologies World 2023 to discuss how ZutaCore HyperCool brings sustainability to the data center.
Liquid Cooling in Action at Equinix
Hear why Equinix chose the ZutaCore waterless liquid cooling solution for critical production workloads. “Two-phase direct-to-chip liquid cooling, with its promise to make computing infrastructure a source of energy is a rare example.” - My Truong, Field CTO
ZutaCore - Dielectric Liquid Cooling for the Mainstream
Data industry sustainability has risen to the top for decision makers, calling for significant technology transitions. More powerful processors are being developed to enable high computing densities required by next-gen data centers. This exceptional power density calls for powerful cooling.
Uptime Institute Data Center Cooling Systems Survey 2021
The Uptime Institute Data Center Cooling Systems Survey 2021 was conducted in August
Five Data Center Predictions for 2022
In this report, Uptime Institute Intelligence looks beyond the obvious trends of 2022
Uptime Institute Direct Liquid Cooling Survey 2022
Direct liquid cooling (DLC)delivers operational savingsand sustainability benefits,yet its adoption is fringe
CES 2023 Press Conference | Valeo
At the Consumer Electronics Show (CES) in Las Vegas from January 5 to 8, 2023, Valeo presents its latest innovations for cleaner, safer and smarter mobility. Today, Valeo is at the forefront of the revolutions that are transforming mobility, both in the automotive industry and in new forms of transportation.