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- Revolutionary HPE Fanless Cooler Achieves 37% Reduction in Server Blade Power Usage
- Utilizes Direct Liquid Cooling, Ideal for AI Applications
- Scalable Architecture Tailored to Business Requirements
At the recent AI Day 2024 event, Hewlett-Packard Enterprise (HPE) unveiled a groundbreaking cooling architecture that is entirely fanless and employs direct liquid cooling technology.
The rise of artificial intelligence (AI) has led to an increase in power consumption among next-gen accelerators, outstripping the capabilities of conventional air-cooling systems.
Companies managing extensive AI workloads are actively seeking more efficient methods to address their energy needs. HPE has taken the lead with its direct liquid cooling technology, recognized as one of the most effective solutions for maintaining optimal temperatures in high-performance AI environments. This innovation has enabled HPE to rank seven out of the top ten most energy-efficient supercomputers on the Green500 list.
Fanless Liquid Cooling: A Solution for AI System Challenges
The newly introduced cooling system aims to enhance efficiency across several critical dimensions. According to HPE, this fanless design can cut cooling power usage by up to 90% when compared with traditional air-cooled systems, providing substantial environmental and economic benefits.
This innovative system is built around four fundamental components. Firstly, it features a comprehensive eight-element design that effectively cools various components including GPUs, CPUs, server blades, local storage units, network fabrics, racks, clusters, and coolant distribution units (CDUs).
The second component highlights high-density performance capabilities that support compact configurations while being backed by thorough testing protocols and monitoring software. This ensures seamless deployment across different environments.
This fanless design achieves a remarkable 37% reduction in power consumption per server blade compared with hybrid liquid-cooled setups; thus lowering utility expenses while also decreasing carbon footprints and eliminating noise from data center fans. Additionally,, it permits higher density within server cabinets which can significantly reduce floor space requirements by half. “As businesses harness opportunities presented by generative AI technologies,” stated Antonio Neri,, President and CEO of HPE., “they must also pursue sustainability objectives alongside managing rising power demands and reducing operational expenditures.” He further emphasized that “the architecture we introduced today relies solely on liquid cooling technology—offering superior energy efficiency benefits over existing market alternatives.” In fact,, this direct liquid cooling solution boasts a staggering 90% decrease in cooling power usage relative to traditional air-cooled systems.”
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