Key Takeaways
- ZutaCore will showcase its HyperCool technology at PTC 2025, emphasizing sustainable AI cooling solutions.
- HyperCool’s waterless, two-phase cooling approach offers enhanced energy efficiency and reduced operational costs.
- The technology enables effective heat reuse, facilitating higher compute densities and sustainability in telecom facilities.
Sustainable AI Cooling Solutions by ZutaCore
ZutaCore is set to highlight its innovative HyperCool technology at the upcoming Pacific Telecommunications Council (PTC) conference from January 19-22, 2025, in Honolulu, Hawaii. This advanced cooling solution is gaining traction among telecommunications providers and data centers, particularly as they adapt to the increasing energy demands stemming from AI technology.
Erez Freibach, co-founder and CEO of ZutaCore, explained that the rapid expansion of AI presents significant challenges for telecom companies, which are already under pressure to decrease energy usage and operational costs. HyperCool addresses these challenges by offering a highly efficient and sustainable solution. Freibach said, “HyperCool can help them drive better ROI and simplify operations with its unique use of no water, heat reuse capabilities and ability to cool even the AI GPUs up to 2,800 watts and beyond.”
One of the standout features of HyperCool is its waterless, two-phase direct-to-chip cooling system, built to effectively manage the heat produced by high-performance processors, including notable AI GPUs like NVIDIA’s Grace Blackwell superchip and the AMD Instinct MI300X.
The advantages of ZutaCore’s HyperCool technology for telecom providers are substantial:
– **Waterless Operation**: The system utilizes a dual-phase pool boiling process with heat transfer fluid to manage heat through a phase change from liquid to vapor, completely eliminating the need for water.
– **Energy Efficiency**: HyperCool boasts an energy efficiency improvement of 10-20% compared to conventional systems, utilizing smaller pumps without compromising performance over time. It effectively cools chips that generate up to 2,800 watts, achieving an impressive power usage effectiveness (PUE) of 1.05-1.07.
– **Increased Server Density**: The technology allows for significantly higher server densities in AI environments, occupying up to 50% less space compared to air-cooled data centers, and up to 75% less space than immersion cooling setups.
– **Heat Reuse Potential**: HyperCool captures heat generated in AI factories, enabling telecom providers to repurpose this heat for heating adjacent facilities, including offices, schools, and recreational centers. This capability not only enhances sustainability but also provides additional power savings that can be redirected to boost compute resources in AI factories, thus generating more revenue.
ZutaCore’s presence at PTC 2025 underlines the ongoing evolution of cooling technologies in response to the demand for sustainable practices in the telecommunications sector. The HyperCool system positions the company as a leader in providing effective cooling solutions that align with the dual goals of increasing performance while minimizing environmental impacts.
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