A recent special report article series Outlines liquid cooling design and infrastructure updates and key considerations for the era of artificial intelligence.
Thanks to new innovations around manageability, ease of maintenance, and density, liquid cooling is rapidly becoming a part of liquid cooled data center design - not because it's a trend, but because it's a necessity. As the demand for AI continues to grow, data centers must rethink the way they cool their facilities. Air cooling is not enough to suppress the heat generated by AI applications and other high-performance computing systems. We have officially entered the era of liquid cooling.
Liquid Immersion Cooling Will Save the Liquid Cooled Data Center: Critical Design and Infrastructure Update, featuring Hypertec, explores recent liquid cooling design and infrastructure updates and key considerations for the age of artificial Intelligence. Check out our recent series of articles focused on special coverage:
Liquid cooling in data centers is a good thing: Liquid cooling has changed a lot since the last Data Center Frontier special report on the topic was published. We begin our article series by exploring critical liquid cooling design and infrastructure updates. We'll also talk about why liquid immersion cooling can save the data center.
Liquid Cooling: A Year in Review: The rapid adoption of artificial intelligence and machine learning applications has dramatically changed the data cooling landscape. In this article, we continue to focus on liquid cooling design and infrastructure updates and key considerations for the AI era by outlining some of the biggest developments of the past year.
Liquid Cooling: Updated Design and Applications: In the third article in this series, we will delve into liquid immersion cooling design considerations and explain modern immersion cooling techniques. We also discussed the power of immersive GPU servers.
Start the Liquid Immersion Cooling Journey: We've rounded up a series of articles on key liquid cooling design and infrastructure updates and why liquid immersion cooling will save the liquid-cooled data center. In this article, we outline the steps to start the liquid immersion cooling journey.
Optimizing AI infrastructure: The critical role of liquid cooling
In this executive brief, we discuss the growing demand for liquid-cooled data centers due to the growing power demands of artificial intelligence and high-performance computing. Direct liquid cooling is the preferred method, using a coolant distribution unit (CDU) to transfer heat, often in combination with traditional air cooling. Careful planning and a strong partner ecosystem are critical to a successful deployment, addressing concerns about downtime, skill sets, and potential damage to equipment. In the brief, we emphasize that liquid cooling is not a standalone solution, but an integrated system that needs to be integrated with existing infrastructure, which can also contribute to energy efficiency and sustainability goals.