Researchers from the Georgia Institute of Technology have announced a breakthrough in increasing processing power. “Their innovative design involves sending liquid coolant—in the form of de-ionized water—through microfluidic passages within a few hundred microns of the transistors, allowing chips to operate at temperatures more than 60 percent lower than air-cooled chips,” … [Read more...]
Graphene-based Inks Yield Low Cost and High Speed Printing in Electronics
A team of researchers at the University of Cambridge, along with the Cambridge-based company Novalia, have produced new graphene-based inks which could lead to high-speed manufacturing of printed electronics. The method involves adding graphene and electrically conducting materials to water-based inks for printing. This is the first time graphene has been used for large-scale … [Read more...]
Company CEO Asks “Is Free Cooling Really Free?” At Conference
CEO of LiquidCooling Solutions, Inc., Herb Zien, is serving on a panel until Thursday, Sept. 24, at the North America’s Emerging Green Conference in Portland, Oregon. On Wednesday Sept. 23, from 1:30 – 3:00 p.m., Zien will give a presentation that challenges the legitimacy of Free Cooling. Zien will explain inefficiencies and environmental waste associated with free cooling via … [Read more...]
Cooling Matters
AIR FORCE INQUIRES ABOUT THERMAL MGMT.SOLUTIONS FOR FUTURE AIRCRAFT 8/11/15 - The U.S. Air Force is looking into new thermal management techniques to cool the electronics in future fighter aircraft. “Officials of the Air Force Research Laboratory at Wright-Patterson Air Force Base, Ohio, issued a broad agency announcement Friday (BAA-AFRL-RQKP-2015-0002) for the Hybrid-Cycle … [Read more...]
Comparison of HPC and Telecom Data Center Cooling Methods by Operating and Capital Expense Extended Article
Dr. Alexander Yatskov Thermal Form & Function Inc. Introduction Current high-performance computing (HPC) and Telecom trends have shown that the number of transistors per chip has continued to grow in recent years, and data center cabinets have already surpassed 30 kW per cabinet (or 40.4 kW/m2) [1]. It is not an unreasonable assumption to expect that, in accordance … [Read more...]
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