Data Center Frontier, in partnership with Open Spectrum, brings our readers a series that provides an introductory guidebook to the ins and outs of the data center and colocation industry. Think power systems, cooling, solutions, data center contracts and more. The Data Center 101 Special Report series is directed to those new to the industry, or those of our readers who need to brush up on the basics.
Insights: Data Center Cooling
Cooling is one of the primary purposes of data centers. Data center cooling has been the focus of extraordinary progress, as innovations and the application of best practices have brought dramatic gains in energy efficiency. Chief among these improvements has been the use of free cooling, most notably air-side economization. Other techniques gaining traction include water-side economization, direct and indirect evaporative cooling.
At Data Center Frontier, we're also tracking innovations in liquid cooling to handle high-density workloads in high performance computing (HPC) and supercomputing. These include the use of warm water cooling, immersion cooling, phase change cooling technologies. Liquid cooling has been adopted at the row, rack and chip in different implementations.
The Data Center 101: Data Center Cooling report, brought to you in partnership with Open Spectrum, is part of the Data Center Frontier Data Center 101 Special Report series. The Data Center 101: Data Center Cooling report, part of a group of 14 reports that cover the ins and outs of the data center industry, explores some of the top data center cooling designs of today. Download the new report to learn about the different elements that make up today’s top data center cooling designs.
The new Frontera supercomputer at the University of Texas combines several approaches to liquid cooling, including GPUs immersed in dielectric liquid coolant fluid, and x86 servers using direct water cooling to the processor.
The Open Compute Project (OCP) is working to enable wider adoption of liquid cooling, citing demand from hyperscale computing providers, as well as new applications in edge computing.
June’s most-read stories on Data Center Frontier ranged from continued expansion in the Northern Virginia data center market to Microsoft’s new undersea servers in Scotland. Uber also announced plans for major data center expansion as the company is looking grow its data center network. Here are the top data center stories of June 2018.
A new cooling system will allow Facebook to efficiently expand its data center network in new places, including hot and humid climates. The membrane-based system was created by Facebook and cooling specialist Nortek.
The most-read stories on Data Center Frontier last month focused on news from Google, LinkedIn and Intel. Stay informed and check out the Frontier Spotlight April 2018, featuring the most-read stories on Data Center Frontier.
The use of liquid cooling to mitigate heat generated by electronics can be found in a wide variety of applications, including gaming computers, supercomputers and medical equipment. Download the new report, courtesy of CPC, “The Role of Quick Disconnect Couplings in Liquid Cooling: Five Attributes that Contribute to Connector Reliability,” that explores the role of quick disconnect couplings in liquid cooling.
As data centers and high performance computing continue to drive demand for higher densities and increased efficiency, liquid cooling is expanding as a method of thermal management. Download the new white paper from CPC that provides a technical guide for connectors when considering a liquid cooling system for your HPC and data center environments.
Google is shifting to liquid cooling for its latest version of its artificial intelligence hardware, as the heat generated by its new Tensor Processing Units (TPUs) has exceeded the limits of its previous data center cooling solutions.