Explore the Future of IT Thermal Management
By: DVL Group View more from DVL Group >>
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The looming power and cooling challenge for data centers and liquid cooling solutions from Park Place Technologies
By: Park Place
Type: White Paper
Data centers face a cooling crisis as AI and high-performance computing drive power demands beyond air cooling capabilities. With rack densities potentially exceeding 100kW/h, liquid cooling solutions are essential.
This report examines three key liquid cooling approaches:
· Direct-to-chip cooling for targeted heat removal
· Immersion cooling for complete server submersion
· Rear-door cooling for retrofitting infrastructure
Park Place Technologies offers liquid cooling services, from assessment to maintenance, providing:
· Reduced energy consumption (up to 50%)
· Extended hardware lifespan
· Cost savings
· Sustainability compliance
Read the report to see how these solutions transform operations.
These are also closely related to: "Explore the Future of IT Thermal Management"
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Using High-density Computing and Integrated Data Center Management
By:
Type: Replay
Workload consolidation, space optimization, analytics and high-powered chips demand high-density computing. Addressing this requires more than consolidating servers. New approaches to space, power, and especially thermal management are needed. In this webinar, we will present approaches and best practices for high-density computing using Integrated Data Center Management and new cooling strategies. In this webinar, you will learn how to: a. Use Integrated Data Center Management to support a move to high-density computing b. Manage ‘lights out’ edge data centers with remote and autonomous management c. Use adaptable and scalable cooling designs with operational feedback integrated with management software to increase efficiency and improve application performance
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Bridging AI/HPC with Immersion: Transforming Storage and Data Backup Efficiency
By:
Type: Talk
The explosion of data and pursuit of high-performance computing are creating a shift in data storage and backup strategies, with immersion cooling at the forefront. This technology promises enhanced efficiency and a total reframing of data center thermodynamics. With immersion cooling, organizations can move past the traditional limits of air cooling - minimizing operational expenses and drastically reducing energy and water use, all while safeguarding the integrity and availability of critical data assets. The shift to immersion-cooled storage and backup can seem challenging. But with the right support, undergoing this necessary transformation doesn’t need to be all that complex. In this session, Stephen Zhao (Thermal Management Director – EMEA, BP Castrol) will share tried-and-tested strategies and best practices for designing resilient storage infrastructure with immersion cooling. Join to explore: - Gain a comprehensive understanding of the core principles and transformative advantages of immersion cooling for high-density storage and backup architectures. - Identify and strategically mitigate the critical challenges associated with integrating immersion cooling into existing data center infrastructures. - Discover the impact of immersion cooling on energy efficiency, operational expenditures, and responsible use of resources. - Get insights and best practices from BP Castrol's immersion cooling deployments. And more... Meet the Speaker Stephen Zhao is the Thermal Management Director for EMEA in Castrol, where he leads the development of the liquid cooling business in Europe, the Middle East, and Africa. He has many years of experience in the energy industry and expertise in solutions for the data centre industry. He has also held roles in academia, government, and the non-profit sector. Stephen holds degrees from the University of Oxford and University of Toronto.
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Type: White Paper
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Data centers have never been more vital or central to business operations, yet they need to be ever more efficient, resilient and flexible. Thermal systems have a special role in achieving these requirements. They consume significant power, and, as mechanical systems, experience many more planned maintenance events and unplanned failures than other critical infrastructure. These planned and unplanned events have significant, but often poorly understood impact on data center assets and operations. In this session, we will introduce: - The Cooling Chain - The ability to map any asset, including IT, workloads and users, onto cooling units - The downstream impact of cooling failure or maintenance events - Strategies for aligning thermal capacity with workload demand, both in planning and real-time operations Join this webinar featuring the presentation made at the July DCD: Keeping IT Cool Event
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Using High-density Computing using Integrated Data Center Management
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Type: Replay
Workload consolidation, space optimization, analytics and high-powered chips demand high-density computing. Addressing this requires more than consolidating servers. New approaches to space, power, and especially thermal management are needed. In this webinar, we will present approaches and best practices for high-density computing using Integrated Data Center Management and new cooling strategies. In this webinar, you will learn how to: a. Use Integrated Data Center Management to support a move to high-density computing b. Manage ‘lights out’ edge data centers with remote and autonomous management c. Use adaptable and scalable cooling designs with operational feedback integrated with management software to increase efficiency and improve application performance Presenters: Jeremy Clute, VP of Business Development, Nlyte Software Scott Donovan, DC Accounts Leader, Americas, 16+ years data center experience, Carrier Global Corporation Greg Sifferlen, Strategic Account Manager, Carrier Global Corporation
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Using High-density Computing using Integrated Data Center Management
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Type: Replay
Workload consolidation, space optimization, analytics and high-powered chips demand high-density computing. Addressing this requires more than consolidating servers. New approaches to space, power, and especially thermal management are needed. In this webinar, we will present approaches and best practices for high-density computing using Integrated Data Center Management and new cooling strategies. In this webinar, you will learn how to: a. Use Integrated Data Center Management to support a move to high-density computing b. Manage ‘lights out’ edge data centers with remote and autonomous management c. Use adaptable and scalable cooling designs with operational feedback integrated with management software to increase efficiency and improve application performance Presenters: Jeremy Clute, VP of Business Development, Nlyte Software Scott Donovan, DC Accounts Leader, Americas, 16+ years data center experience, Carrier Global Corporation Greg Sifferlen, Strategic Account Manager, Carrier Global Corporation
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Type: Replay
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Type: Replay
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From Excessive Data Center Energy to Modular, Generative & Sustainable Designs
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Type: Replay
The exponential growth of data and cloud services is driving demand for new data centers and upgrades to existing centers. But this growth cannot be sustained without considering the need to develop efficient Data Centers: they have to consume less energy and water and increasingly need to rely on green energies. This presentation will investigate system engineering approaches which break the siloes between the different domains (building / cooling system / racks…). We highlight system level models that leverage simulation to find the best design compromise and reach sustainability targets. Bringing smart automation to this approach is key to efficiently optimize and test several rack layouts and configurations while monitoring KPIs. To further improve on sustainability and energy efficiency, 3D simulation solutions can complement 1D methods, delivering the needed detail and granularity in results to drive impactful changes.