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liquid cooling
By Tracey on January 16, 2012
Lytron has a profitable 2011 fiscal year and is positioned for continued growth in the liquid cooling market. Continue
Posted in Chillers, Cold Plates, Cooling Systems, Heat Exchangers | Tagged liquid cooling, Lytron, Profitable 2011
By Tracey on January 18, 2011
Lytron extends best wishes to their customers for a happy, healthy, and successful 2011. Continue
Posted in Chillers, Cold Plates, Cooling Systems, Heat Exchangers | Tagged 2011, liquid cooling, Lytron, Revenue, thermal solutions
By Tracey on January 17, 2011
If you are interested in liquid cooling or thermal management join the LinkedIn Liquid Cooling Group. Continue
Posted in Chillers, Cold Plates, Cooling Systems, Heat Exchangers | Tagged LinkedIn, liquid cooling, thermal management
By Kathryn on November 3, 2010
Liquid cooled server cabinets are very energy efficient, consuming up to 40% (1.2 PUE) less energy than air cooled infrastructures. In typical applications, the payback from energy savings is less than one year. Continue
Posted in Cold Plates, Cooling Systems, Heat Exchangers, Uncategorized | Tagged Cold Plates, Data Centers, Electronics Cooling, Greener Data Centers, Heat Exchangers, LCS50, liquid cooling, Liquid-to-Liquid Cooling System
By Tracey on August 5, 2010
The cooling system shut down aboard the ISS serves as an excellent reminder about the importance of designing in redundancies on critical systems, as well as the importance of having spare parts readily available. Continue
Posted in Cold Plates, Cooling Systems, Heat Exchangers | Tagged Boeing, Cold Plates, Electronics Cooling, Heat Exchangers, International Space Station, LCS50, liquid cooling
By Ben on June 10, 2010
Research paper “Nanofluid Properties and Their Effects on Convective Heat Transfer in an Electronics Cooling Application” shows promising results in the use of nanofluids for liquid cooling. Continue
Posted in Cold Plates, Heat Exchangers | Tagged Cold Plates, Deionized Water, Electronics Cooling, Heat Exchangers, liquid cooling, Nanofluids