A man from Hong Kong broke the speed record for his Intel Skylake by overclocking to 7.025 GHz clock speed with liquid nitrogen cooling, as reported by DigitalTrends.com. To achieve this 75 percent boost, “the overclocker had to bootstrap a nitrogen cooling solution for their CPU, using its extremely low temperature (-321 degrees Fahrenheit to be exact) to draw heat away from … [Read more...]
Quantum Heat Transfer Proven Possible Over Long Distances
A research group at Aalto University, Finland, has discovered a way to efficiently cool down quantum processors without disturbing computer operations. According to Phys.org, the scientists, led by quantum physicist Mikko Möttönen, transported heat faster than has ever been done with electrons, the usual choice of heat carrier, by using photons instead. “In the QCD Labs in … [Read more...]
New Liquid Cooled HPC Cluster Launched
CoolIT Systems has successfully completed the second deployment of its Rack DCLC™ liquid cooling solution at the Poznan Supercomputing and Networking Center (PSNC) in partnership with Huawei. The liquid cooled solution is part of the HPC cluster known as “Eagle”, which is the second largest supercomputing installation in Poland according to CoolIT Systems. “The PSNC cluster … [Read more...]
Nominations Open for IEEE ITherm Achievement Award
The biennial ITherm Achievement Award is open for nominations for 2016. The Award is presented in recognition of significant contributions made in thermal and thermomechanical management of electronics, of pioneering and sustaining electronics thermal/thermomechanical research contributions, of service to the electronics thermal/thermo-mechanical management community, and of … [Read more...]
Innovative Liquid Cooling Technology for the ExaNeSt Project
Iceotope is using innovative liquid cooling technology for the European project ExaNeSt as reported by Inside HPC. The ExaNeSt project objective is to develop a prototype exascale supercomputer in three years. Peter Hopton from Iceotope explained that in their role in the exascale supercomputing race they “get different devices at very high density that want to be very … [Read more...]
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