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Course description: AEC Daily: How Liquid Cooling Is Changing the Landscape of Data Centers
The demand for digital services and high-performance computing (HPC) technologies, such as artificial intelligence (AI) and machine learning (ML), is increasing rapidly. With rising power densities comes the need for data center operators to reassess their cooling strategy. Many are turning to liquid cooling solutions as they offer superior heat conduction capabilities compared to air, allowing for higher rack power densities without the need for aisle containment, raised floors, or air handlers. This presentation explores the different types of liquid cooling solutions, from two-phase to direct-on-chip and dielectric cooling. Learn more about the need to adopt liquid cooling solutions that offer high performance and efficiency that can convert waste heat into usable energy as part of their sustainability strategy. Additionally, discover how leveraging an innovative liquid cooling technology with a cabinet system to efficiently manage heat in high-density data center environments can enhance performance, reliability, and energy efficiency.
Discuss the rising demand for digital services and high-performance computing technologies, like AI and ML, and how this impacts data center operations.
Assess the need for new cooling strategies, specifically liquid cooling solutions, in the face of increasing power densities in data centers.
Identify the different types of liquid cooling solutions, such as two-phase, direct-on-chip, and dielectric cooling, and gain an understanding of their benefits and applications.
Describe how innovative liquid cooling technology paired with a cabinet system can enhance performance, reliability, and energy efficiency in high-density data center environments, including the potential for converting waste heat into usable energy.