Highlighting Eco-friendly AI Cooling Strategies at PTC 2025 in Honolulu by ZutaCore
ZutaCore's innovative HyperCool technology is transforming the cooling landscape for telecommunications providers, offering a waterless, two-phase direct-to-chip cooling solution that eliminates water-related risks and enhances performance.
The unique capabilities of HyperCool include no water usage, heat re-use, and the ability to cool AI GPUs up to 2,800 watts and beyond, making it ideal for managing the temperature of high-performance processors and AI GPUs such as NVIDIA's Grace Superchip and AMD Instinct MI300X.
By directly cooling high-performance processors and AI GPUs without the use of water, HyperCool delivers a more efficient, reliable, and compact cooling solution. Deployments, such as at the University of Münster, have demonstrated significantly increased computing power through efficient thermal management.
One of the key advantages of HyperCool is its ability to reduce energy costs. By improving cooling efficiency, HyperCool lowers energy consumption, a critical factor in energy-intensive telecom data centres. The power savings from not using heat pumps can be redirected to the compute infrastructure, generating more revenue for AI factories.
HyperCool's compact form factor and high cooling density also make it a perfect fit for telecom infrastructure constraints. For example, the system can deliver 60kW cooling in a small 3RU size. This compactness, combined with its advanced thermal performance, allows for higher server densification needed in AI factories, consuming up to 50% less space than air-cooled data centres and up to 75% less space than immersion cooling.
Moreover, HyperCool supports sustainable operations, aligning with industry goals for net-zero emissions and greener data center practices. The technology's potential for heat reuse allows telecom providers to harness the heat being generated from their AI factories for heating adjacent offices, other parts of the data centre, or nearby schools, office buildings, and swimming pools.
The absence of water in the HyperCool system eliminates corrosion and biological growth concerns common with water-based coolants, potentially reducing maintenance and operational risks. This reliability and operational safety make HyperCool a de facto standard for telecommunications providers and carriers.
Erez Freibach, the co-founder and CEO at ZutaCore, stated that HyperCool can help telecom providers drive better ROI and simplify operations. ZutaCore will be present at the 2025 Pacific Telecommunications Council in Honolulu, Hawaii, from January 19-22, showcasing the benefits of their groundbreaking technology.
In summary, ZutaCore’s HyperCool technology provides telecommunications providers with a highly efficient, reliable, compact, and sustainable cooling solution that enhances performance while reducing energy costs and operational risks inherent in traditional water-based cooling systems. This technology is set to redefine the cooling landscape for telecom providers, making AI factories and data centres highly energy efficient, cost effective, and sustainable.
- The environmental-science aspect of HyperCool's technology lies in its ability to support sustainable operations by reducing energy consumption, aligning with industry goals for net-zero emissions and greener data center practices, and potentially reusing heat generated for heating other facilities.
- As technology continues to advance with AI GPUs like NVIDIA's Grace Superchip and AMD Instinct MI300X, the use of science and data-and-cloud-computing in environmental-science, as demonstrated by HyperCool's innovative cooling solution, becomes paramount in creating a more efficient, reliable, and eco-friendly telecommunications landscape.
