Fujitsu mentioned it would assess the effectiveness of the answer at its Tatebayashi Knowledge Heart, aiming to assist prospects obtain a world-class PUE at their information facilities
In sum – what you could know:
Power effectivity push – Fujitsu is partnering with Supermicro and Nidec to develop a liquid-cooling answer that would enhance information middle power effectivity by as much as 40% in comparison with conventional air cooling.
AI-driven demand – As GPU utilization for AI workloads drives up energy wants, liquid cooling is rising as a key methodology for decreasing power consumption.
Japan-first rollout – Fujitsu goals to launch a subscription-based providing in Japan in fiscal Q1 2025
Japanese firm Fujitsu introduced a collaboration with Supermicro and Nidec with the purpose of enhancing information middle power effectivity, the previous mentioned in a launch.
As a part of this collaboration, the three firms will mix Fujitsu’s liquid-cooling monitoring and management software program, Supermicro’s GPU servers and Nidec’s liquid-cooling system to develop a service that can assist information facilities enhance their energy utilization effectiveness (PUE).
Fujitsu mentioned it would assess the effectiveness of the answer at its Tatebayashi Knowledge Heart, aiming to assist prospects obtain a world-class PUE at their information facilities by the fourth quarter of fiscal 2025.
“The speedy proliferation of AI is driving a surge in computing demand, resulting in a worldwide enhance within the variety of information facilities and their general energy consumption. Larger energy consumption is basically as a result of elevated cooling necessities of GPUs utilized in AI servers. Many information facilities make the most of air cooling, leading to excessive common PUE ratios. Whereas liquid cooling affords considerably increased effectivity, the design, development and operation of liquid-cooling programs require a excessive stage of experience and ability, and deployment of those programs has been restricted,” Fujitsu mentioned.
Fujitsu defined that it’ll apply its experience in liquid-cooling know-how utilized in top-tier supercomputers and mission-critical servers all over the world to develop software program that gives real-time monitoring of liquid-cooled servers and optimizes cooling tools. That is anticipated to cut back liquid-cooling tools energy consumption and enhance general information middle power effectivity by as much as 40% in comparison with conventional air-cooling strategies. The software program may also centralize administration of liquid-cooled servers and tools, decreasing information middle administration workload, mentioned Fujitsu.
Supermicro will present high-density AI server programs optimized for liquid cooling. This eliminates the necessity for air cooling followers, considerably decreasing server energy consumption and enhancing the server setting with decreased noise and decrease working temperatures.
In the meantime, Nidec will present extremely environment friendly cooling programs centered round its Coolant Distribution Models (CDUs). Nidec will make the most of its proprietary pump know-how and experience in precision engineering to ship high-performance liquid cooling options. These programs will optimize thermal administration inside servers, decreasing power consumption and contributing to sustainable datacenter operations.
Fujitsu’s liquid-cooling monitoring and management software program may also be utilized in a Fujitsu providing for datacenters that will probably be rolled out beginning in Japan within the first quarter fiscal 2025. The providing, tailor-made for patrons who’re contemplating liquid-cooling for his or her datacenters, will present one-stop help for all the liquid-cooling answer lifecycle, from the introduction and planning levels, to development, operation and upkeep. Fujitsu mentioned that this providing will probably be supplied beneath a subscription mannequin that may be deployed with low preliminary funding value.
Liquid cooling is a technique used to take away extra warmth from digital parts through the use of a liquid coolant as an alternative of air. This system is usually utilized in high-performance computing (HPC), gaming computer systems and AI information facilities.
There are two important sorts of liquid cooling:
–Direct Liquid Cooling (DLC): This methodology entails circulating liquid instantly over sizzling parts, resembling processors and GPUs, utilizing small tubes or chilly plates. The warmth is transferred to the liquid, which then strikes it away from the parts.
-Immersion Cooling: On this strategy, whole servers or parts are submerged in a non-conductive cooling liquid. The liquid absorbs the warmth after which carries it away via a cooling system.
