New fanless cooling technology enhances energy efficiency for AI workloads by achieving a 90% reduction in cooling power consumption

• New HPE fanless cooler cuts server leaf powerfulness depletion by 37%
• The strategy uses nonstop liquid cooling, cleanable for AI technologies
• The architecture is designed to beryllium scalable limited connected business needs

Hewlett-Packard Enterprise (HPE) precocious hosted its AI Day 2024 event, introducing nan industry’s first 100% fanless nonstop liquid cooling architecture.

As artificial intelligence (AI) technologies proceed to evolve, powerfulness depletion successful next-generation accelerators has increased, surpassing nan capabilities of accepted air-cooling methods.

Organizations moving large-scale AI workloads are now searching for much businesslike solutions to negociate their infrastructure’s power demands, and hPE has pioneered nonstop liquid cooling technology, which has go 1 of nan astir effective methods for cooling high-performance AI systems. This attack has allowed HPE to present 7 of nan apical 10 astir energy-efficient supercomputers connected nan Green500 list.

100% fanless nonstop liquid cooling addresses cooling challenges successful AI systems

The caller cooling strategy is designed to amended ratio successful respective cardinal areas, pinch HPE saying nan fanless architecture reduces cooling powerfulness depletion by 90% compared to accepted air-cooling systems and offers important biology and financial advantages.

The strategy is built connected 4 halfway elements. First, nan strategy uses a broad cooling creation featuring an 8-element strategy that cools nan GPU, CPU, server blade, section storage, web fabric, rack, cluster, and coolant distribution portion (CDU).

The 2nd constituent is that nan fanless cooler besides offers high-density capacity that supports compact configurations backed by rigorous testing, monitoring software, and on-site services to guarantee soft deployment.

Thirdly, for those pinch a mind for nan environment, nan caller strategy uses an integrated web cloth that enables large-scale connectivity pinch reduced costs and powerfulness depletion for a much sustainable architecture. Lastly, nan architecture runs connected an unfastened strategy creation that offers elasticity by supporting various accelerators, allowing organizations to prime solutions that champion suit their needs.

The fanless architecture reduces cooling powerfulness depletion by 37% per server leaf compared to hybrid liquid-cooled systems, not only lowering inferior costs but besides reducing c emissions and eliminating information halfway instrumentality noise. Furthermore, nan creation allows for higher server furniture density, helping organizations trim level abstraction requirements successful half.

"As organizations clasp nan possibilities created by generative AI, they besides must beforehand sustainability goals, combat escalating powerfulness requirements, and little operational costs,” noted Antonio Neri, President and CEO of HPE.

“The architecture we unveiled coming uses only liquid cooling, delivering greater power and cost-efficiency advantages than nan replacement solutions connected nan market. In fact, this nonstop liquid cooling architecture yields 90% simplification successful cooling powerfulness depletion arsenic compared to accepted air-cooled systems."

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