ZutaCore's HyperCool Liquid Cooling Technology to Support NVIDIA's Advanced H100 and H200 GPUs for Sustainable AI
- ZutaCore partners with leading server manufacturers to support NVIDIA H100 and H200 Tensor Core GPUs.
- HyperCool technology aims to cool processors efficiently, enhancing AI performance and sustainability in data centers.
- ZutaCore's partnership with Mitsubishi Heavy Industries addresses challenges in heat exhaust efficiency, energy conservation, and decarbonization.
- HyperCool technology offers significant advantages, including 10 times more computing power, reduced total cost of ownership, heat reuse, and reduced CO2 emissions.
- ZutaCore's technology has been proven to cool the most powerful processors and is compatible with servers from industry giants like Dell Technologies, ASUS, Pegatron, and SuperMicro.
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The integration of ZutaCore's HyperCool technology into data centers represents a notable advancement in addressing the thermal management challenges posed by high-performance GPUs such as NVIDIA's H100 and H200. The ability of HyperCool to support chips with a power consumption of 700W and cool processors up to 1500W is crucial given the increasing energy density in modern data centers. This technology enables a significant increase in rack-processing density, potentially by 300%, while promoting energy conservation and reducing the total cost of ownership by up to 50%.
From an energy efficiency perspective, the closed-loop system of HyperCool not only enhances computing power by a factor of ten but also facilitates 100% heat reuse. This is particularly relevant in the context of global efforts toward decarbonization and the reduction of CO2 emissions. The system's low-pressure operation and compatibility with existing infrastructure further alleviate the need for extensive modifications, offering a streamlined path to upgrade cooling systems in line with sustainability objectives.
ZutaCore's partnership with Mitsubishi Heavy Industries and the subsequent implementation of HyperCool technology underscore the growing emphasis on sustainable AI infrastructure within the tech industry. As AI and HPC workloads intensify, the demand for energy-efficient solutions that can minimize environmental impact while maximizing performance is paramount.
The sustainability benefits extend beyond energy efficiency to include aspects such as reduced CO2 emissions and heat reuse, which align with broader industry trends towards green computing. The technology's potential to lower costs and meet sustainability goals without compromising on performance offers a compelling value proposition for data center operators and could position ZutaCore as a leader in sustainable cooling solutions.
The introduction of ZutaCore's dielectric cold plates for NVIDIA's H100 and H200 GPUs marks a significant development in data center infrastructure. The direct-to-chip, waterless liquid cooling technology is designed to meet the unique cooling requirements of next-generation GPUs, which are integral to AI and HPC applications. By enabling higher processing densities and supporting the world's most powerful GPUs, HyperCool technology is poised to facilitate the deployment of more powerful and efficient AI servers.
Given the trend towards high-density computing and the rise of AI, the ability to cool both CPUs and GPUs effectively is increasingly important. The endorsement by server manufacturers and the growing ecosystem of servers certified to work with HyperCool indicates industry confidence in the technology's reliability and performance capabilities. This could lead to broader adoption and potentially reshape cooling practices in data centers globally.
Company Showcases First Dielectric Cold Plates for H100 and H200 at GTC 2024 in Boston Limited, Hyve Solutions and Pegatron Booths
With the H100's ability to speed up large language models by 30X over the previous generation, and the H200 being touted as the world's most powerful GPU for supercharging AI and HPC workloads, these are two of the highest performing chips ever designed. However, with each GPU consuming 700W of power, this will challenge data centers that are already struggling to control their heat, energy consumption and footprint. ZutaCore's direct-to-chip waterless two-phase liquid cooling technology HyperCool® was designed specifically to solve these problems and has already been proven to cool the most powerful processors of 1,500 watts or more and currently for 100kW per rack of computing power.
"Next-generation GPUs have unique cooling requirements that are most effectively solved by waterless, direct-to-chip liquid cooling technology for current GPU of 1500W while increasing rack-processing density by
The increasing need for sustainable AI solutions highlights the importance of sustainable practices in data centers. ZutaCore's partnership and white-label sales agreement with Mitsubishi Heavy Industries (MHI) dramatically addresses the pressing challenges faced by data centers today, including the enhancement of heat exhaust efficiency, promotion of energy conservation, and decarbonization.
"ZutaCore's HyperCool technology stands as a testament to its ability to efficiently cool even the most demanding processors," said Dev Tyagi, Chief Sales and Marketing Officer at Boston Limited. "As we embrace the dawn of next-generation GPU designs, HyperCool is positioned to be a critical enabler, aligning with our commitment to sustainable AI infrastructure whilst lowering costs in line with energy efficiency."
"As we demonstrated at this past Supercomputing Conference, HyperCool has already proven its ability to cool Pegatron servers running Intel's 4th generation XEON processors," said Andy Lin, Server Product Marketing Manager at Pegatron. "By adding support for the NVIDIA GPU, ZutaCore is now paving the way towards a more sustainable AI future where upcoming AI servers can be deployed in an energy-efficient, cost-effective and reliable way."
"AI is going to require the most high-performing chips and servers with a variety of configurations designed to meet the particular workloads of each customer," said Steve Ichinaga, President, Hyve Solutions Corporation, a wholly owned subsidiary of TD SYNNEX Corporation (NYSE: SNX). "With its ability to cool both CPUs and GPUs, HyperCool will be a critical technology to ensure that data centers can deliver the scalable performance required while continuing to meet or exceed sustainability goals."
The Proven Cooling Power of HyperCool®
Featuring a groundbreaking closed-loop system that operates at low pressure and moves large amounts of heat off the processors and away from the servers, ZutaCore's HyperCool can be implemented in new or existing data centers to deliver 10 times more computing power, a
"Two-phase direct-to-chip liquid cooling technologies have significant advantages, which is why we've already seen growing traction from CPU chip manufacturers," said Peter Rutten, Research VP at IDC. "With the worldwide AI server market expected to reach
Come See ZutaCore at GTC 2024
ZutaCore technology, including H100 and H200 dielectric cold plates, will be on display in the Boston Limited booth #1621, Pegatron booth #533, and Hyve Solutions booth #1129.
About ZutaCore:
ZutaCore is paving the way for a zero-emission data industry with its next-generation liquid cooling technology that can cool the hottest processors with
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SOURCE ZutaCore
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