In both single- and two-phase immersion cooling systems, the choice of an immersion fluid is especially important.

KUL Extreme is an Open RAN liquid cooling solution resulting from a close collaboration between Iceotope, Hewlett Packard Enterprise (HPE), Intel, and nVent to support far edge computing across the entire data center estate. 

With construction lasting just four months from start to a trial operation, the plant can discharge almost 81 million kWh per year.

This paper explores the evolution of data center cooling technology to address the anticipated demand for increased rack density for IT equipment in the white space.

KUL RAN features a new 19-inch, short-depth rack form factor with HPE ProLiant DL110 servers and 4th Gen Intel Xeon Scalable processors optimized for high-density, low-latency edge, virtualized RAN, and 5G services.

Thanks in no small part to single-phase immersion cooling, TACC’s Lonestar6 supercomputer delivers three times the performance than its predecessor — with less space, power, and expense.

Liquid cooling offers a way to increase heat rejection by 23 times because of the thermal conductivity of water versus air. It also allows cooling systems to extract heat as close to the generation source as possible.

The precisely engineered system features a high-performance cooling distribution unit (CDU) that supports high-density configuration and ensures maximum mining capability with minimal infrastructure costs, allowing for installation in nearly any location with access to power and water. 

As the data center industry develops and managers implement innovative new approaches that drive energy efficiency, taking action to reduce environmental impact often also leads to cost savings. 

Engineered for the precision cooling requirements of modern data centers, UQD couplings are ideal for in-rack liquid cooling applications that use small hose lines.