As we covered in Part 1, the world of AI chipsets is radically changing, full of innovation, and intrinsically difficult to adapt to because there are so many players, and so many overlapping, conflicting, competitive initiatives. However, there’s one consistent element. These chips are hot, and most data centers cannot cool them without a different…
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If you work in the data center world as a chip designer, a server manufacturer, or a data center operator, you know we’re in uncharted territory. The leading chip designers and hyperscalers are in the middle of a competition, an arms race that’s affecting all of us. What’s the arms race? It’s the race to…
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In recent years, rack power densities in data centers have grown substantially. The days of the low-power data center are over as chipmakers launch powerful new chips with TDPs (thermal design power) that exceed 1,000W. Intel recently announced their next-generation Falcon Shores clocking in at 1,500W TDP and NVIDIA is preparing for Grace Blackwell Superchip,…
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In the fast-evolving realm of data centers, where power and efficiency are paramount, a new player is emerging as the frontrunner in liquid cooling innovation: single-phase direct-to-chip liquid cooling. As the demand for higher processing power and compute density intensifies, traditional air-cooling methods are being outpaced by the efficiency and adaptability of liquid cooling solutions.…
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Founded in 1949, Sandia National Labs is a research & development institution operated by the U.S. Department of Energy. A privately managed organization, Sandia Labs develops science-based technologies for U.S. national security and hosts research initiatives in partnership with enterprises, universities, and other government agencies. In October 2018, Sandia opened the 725E data center at…
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Between the surge in artificial intelligence (AI), machine learning (ML), and high-density hardware, businesses are increasingly directing their investments toward edge computing infrastructure. Edge computing’s hallmark is its capability to process data with geographical flexibility, minimizing latency and bandwidth constraints in densely populated computing environments. Recent insights from the Vertiv Edge Survey, predict that 27%…
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Artificial intelligence and machine learning are rapidly transforming the digital landscape, creating substantial demands for high-performance chips and increased power densities. As this demand surges, so do the concerns for power, space, and cooling resources needed to power AI infrastructure. Faced with these challenges, enterprises are actively seeking solutions to not only support but also…
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The Convergence of AI and Advanced Cooling Technologies As we step into 2024, the integration of artificial intelligence (AI) and advanced cooling innovations is catalyzing significant shifts in data center technologies. Foremost among these is the rise of direct-to-chip liquid cooling, a sophisticated solution designed to redefine thermal management in high-density GPU clusters. As data centers…
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Headquartered in Seattle, Washington, Sabey Data Centers is one of America’s largest privately-owned data center providers, with a portfolio of over 4 million square feet of mission-critical space. Many of Sabey’s colocation customers are now deploying high-density IT servers, which serve their Artificial Intelligence (AI) and High-Performance Computing (HPC) initiatives. These high-density deployments produce higher…
DetailsSolution will help drive performance, efficiency, and reliability, enabling advances in high-performance computing and AI. LITTLETON, MA (November, 7 2023) – JetCool Technologies Inc. (JetCool), an innovator in advanced liquid cooling solutions, is thrilled to announce its participation in the Supercomputing Conference taking place from November 12 to 17, 2023 in Denver, Colorado. Attendees can visit JetCool at…
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