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Asperitas and Boston Collaborate on Immersed Cooling for Datacenters

Today Dutch cleantech company Asperitas announced it is partnering with Boston Ltd on Immersed Computing technologies. “Our partnership with Asperitas ushers in an exciting new chapter for our business and for our customers delivering radically improved datacenter cooling solutions coupled with intelligent energy recovery and reduced operational costs.”

Critical Liquid Cooling Considerations in Electronics

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.

Asetek Announces Ongoing Collaboration with Intel on Liquid Cooling for Servers and Datacenters

In anticipation of forthcoming product announcements, Asetek today announced an ongoing collaboration with Intel to provide hot water liquid cooling for servers and datacenters. This collaboration, which includes Asetek’s ServerLSL and RackCDU D2C technologies, is focused on the liquid cooling of density-optimized Intel Compute Modules supporting high-performance Intel Xeon Scalable processors.

Video: NREL Evaluates Aquarius Liquid Cooling Technology for HPC

Today Aquila announced delivery and installation of the first ever fixed cold plate liquid cooled Aquarius HPC system. Sandia National Laboratories has deployed the system at the NREL in order to fully study the benefits of Aquila’s fixed cold plate warm water cooling technology. “We feel their leadership will help shape the future of HPC and influence the modern data center designer towards adoption of liquid cooling. Our shared vision holds the promise of improving data center energy efficiency by as much as 50%.”

NREL Report Evaluates LiquidCool Solutions for the Datacenter

NREL researchers are testing immersive liquid cooling technologies that could potentially bring huge energy savings to HPC datacenters. With worldwide datacenters consuming an estimated 70 billion kWh per year, a disruptive energy-saving solution is needed, and a liquid-submerged server (LSS) technology from LiquidCool Solutions might be the answer. “The testing confirmed that the LSS technology could not only maintain target temperatures under heavy computational load, but that the hot liquid could be used to heat buildings more efficiently than NREL’s current solution.”

LiquidCool Solutions Technical Evaluation

LiquidCool Solutions has developed a liquid submerged server (LSS) technology that changes the way computer electronics are cooled. The technology provides an option to cool electronics by the direct contact flow of dielectric fluid (coolant) into a sealed enclosure housing all the electronics of a single server. The intimate dielectric fluid contact with electronics improves the effectiveness of heat removal from the electronics.

Warm Water-Cooling enables a fanless design for new Lenovo ThinkSystem SD650

Today Lenovo unveiled the new ThinkSystem SD650 server Direct Water Cooling for energy-efficient, high-density computing. Already deployed at the Leibniz Supercomputing Centre in Germany, the ThinkSystem SD650 will save customers up to 40% on energy costs while delivering a 10-15% performance improvement over air-cooled systems. “The system utilizes warm water instead of air to cool the components, including the CPUs and memory. Water conducts heat more efficiently, allowing customers to run their processors in “turbo” mode continuously, resulting in a performance improvement. The SD650 HPC servers have no system fans, operate at lower temperatures when compared to standard air-cooled systems and have negligible datacenter chilled water requirements. The result – lower datacenter power consumption of 30-40% compared to traditional cooling methods.”

Tohoku University Liquid Cools HPC Systems with Asetek

Today Asetek announced a new order from OEM partner Fujitsu for the Institute of Fluid Science at Tohoku University in Japan. The supercomputing system will consist of multiple computational sub-systems using the latest liquid-cooled Fujitsu PRIMERGY x86 servers, and is planned to deliver a peak theoretical performance exceeding 2.7 petaflops.

Asetek Rides the Wave of Liquid Cooling for HPC at SC17

In this video from SC17 in Denver, Steve Branton from Asetek describes the company’s wide array of liquid cooling solutions for HPC. At the Asetek booth, the company displayed liquid cooling from recently announced OEMs and channel partners in addition to cooling solutions for the latest Intel, Nvidia and IBM CPUs, accelerators and GPUs. “We are seeing higher wattage HPC nodes that require liquid cooling as they cannot be cooled with air. Wattage density is only going to get higher with the inclusion of machine learning and AI across the HPC spectrum.”

GRC Builds GPU-Based Immersion Cluster for TACC

Green Revolution Cooling has announced plans to deliver a custom GPU-based cluster to the Texas Advanced Computing Center (TACC). Our goal is to make HPC more affordable. Offering lower cost, energy dense servers that take full advantage of our highly efficient CarnotJet cooling system is a huge benefit to our customers,” said Larry Stone, VP of Engineering at GRC “we are seeing a growing number of people opt for servers designed for immersion, over traditional big brand OEM hardware.”