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Super Guzzlers?
Explore Article Relocate (Dec 15 2009) Supercomputer
Environmentally conscious people often support a slower pace of life, with lesser amounts of consumption. Stopping to smell the roses may be great but in the data center industry it could spell disaster for a company. Ergo, enter the monsters of the cyber world – the Supercomputers. On one hand, you need supercomputers to cope up with the necessity to operate faster and faster and crunch through ever- increasing amounts of data and on the other hand, there are mounting concerns about the power required to drive and cool these mammoths. Imagine hot CPUs scrunched together in one small space, ...
Comment on Article Mentions: IBM Oak Ridge National Laboratory
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Do SuperComputers Turn a Green Data Center Gray? By Doug Maloney
Explore Article Views and Opinions on Green IT (Dec 11 2009) Power and Cooling , Carbon Footprint , Supercomputer
Green data center technology and supercomputing aren't two things that go well together, and there's a reason why. Faster computational performance in a densely packed space requires the hottest – literally – CPUs available packed very close together. All that heat requires somewhere to go, which requires cooling and more dollars to the power bill. Exhibit A for this is IBM's Blue Waters supercomputer being built at the University of Illinois Urbana-Champaign campus, as reported by News.com. The machine is getting its own 88,000 square foot building and be theoretically capable of speeds of 10 petaflops, about 10 times as ...
Comment on Article Mentions: Doug Mohney IBM Cray
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Is Sandia National Lab's Red Sky Really Able to Deliver a PUE of 1.035?
Explore Article Perspectives (Nov 22 2009) Supercomputer
Sometime back I whined that Power Usage Efficiency (PUE) is a seriously abused term: PUE and Total Power Usage Efficiency. But I continue to use it because it gives us a rough way to compare the efficiency of different data centers. It’s a simple metric that takes the total power delivered to a facility (total power) and divides it by the amount of power delivered to the servers (critical power or IT load). A PUE of 1.35 is very good today. Some datacenter owners have claimed to be as good as 1.2. Conventionally designed data centers operated conservatively are in ...
Comment on Article Mentions: Norway IBM James Hamilton
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Fast and Fierce: 5 Awesome Supercomputers
Explore Article Data Center Knowledge (Nov 19 2009) Supercomputer
The top supercomputers are striking not just for their processing power, but for their design and appearance as well. Here’s a look at the top finishers in the latest Top 500 list, their specs, and some cool photos.
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Red Sky: Supercomputing and Efficiency Meet
Explore Article Data Center Knowledge (Nov 17 2009) Supercomputer
The new Red Sky supercomputer as Sandia National Laboratories just debuted as the 10th fastest supercomputer on the Top500 list, with a sustained performance of 429.9 teraflops. Red Sky consists of 68 cabinets of Sun Constellation gear, with up to 96 nodes and 678 cores per rack. Each cabinet can each require up to 32 kilowatts of energy at full load. But the system is notable not just for its power, but for its energy efficiency. Red Sky has an estimated Power Usage Effectiveness (PUE) of 1.035.
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Supercomputing In The Enterprise
Explore Article Forbes.com (Sep 28 2009) Cloud Computing , Servers , Supercomputer
Virtualization and cloud computing sound logical enough on paper, but exactly how do you get there from here and what sorts of problems can you encounter along the way? These questions have already been answered by the supercomputing world, where a select few have been wrestling with these problems for years--usually with huge government grants and budgets that dwarf the resources of even the best-equipped corporate data centers. In an ironic twist, that approach to computing is now being used to save money.
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SGI Unveils Octane™ III Personal Supercomputer
Explore Article Press Release Distribution Services (Sep 27 2009) Servers , Supercomputer
FREMONT, Calif. — SGI® (NASDAQ: SGI) announced the immediate availability of Octane™ III, the company’s first personal supercomputer. This new product takes high-performance computing to a new level by combining the immense power and performance capabilities of a high-performance deskside cluster with the portability and usability of a workstation. The Octane III is uniquely suited for workplace environments and supports a vast range of distributed technical computing applications. Octane III is office-ready with a pedestal, one-by-two-foot form factor, whisper-quiet operations, easy-to-use features, low maintenance requirements and support for standard office power outlets. While a typical workstation has only eight cores ...
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Global Politics Meets The Data Center
Explore Article Forbes.com (Sep 14 2009) Supercomputer
Why CIOs should take note of a seemingly insignificant chip maker acquisition. The proposed purchase of Chartered Semiconductor, a Singapore-based semiconductor foundry, by a Middle Eastern investment group may sound far removed from the everyday buzz of the data center and the CIO's world, but reality may prove to be quite different. Just to set the stage, Advanced Technology Investment Co. (ATIC) is wholly owned by the government of Abu Dhabi. It has a subsidiary known as ATIC International Investment Co., which is the group buying Chartered. If the name sounds unfamiliar, think of it as the same company that ...
Comment on Article Mentions: Europe IBM
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Greening Supercomputers
Explore Article Data Center Knowledge (Sep 3 2009) Supercomputer
Are powerful supercomputers hopelessly un-green? Last week the UK Meteorological Office made headlines when it was cited as one of the country’s worst polluters, primarily due to the energy requirements of a supercomputer used to predict climate change. This week HPC Wire examines the challenges in greening supercomputer installations, which have escalated as these machines have gotten faster and more powerful, and looks at solutions from Nvidia using programmable graphic processing units (GPUs) to find a balance of power and energy efficiency in case studies at Temple University, Hess Corporation and BNP Paribas.
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UK Climate Change Computer Cited as Polluter
Explore Article Data Center Knowledge (Aug 28 2009) Carbon Footprint , Supercomputer
In one of the most vivid examples yet of the ”headline risk” posed by IT energy usage, the UK Meteorological Office has been cited as one of the country’s worst polluters - primarily because of its use of a powerful IBM supercomputer used to predict climate change. The Met Office’s headquarters building in Devon came in 103rd in a list of 28,259 public buildings responsible for the highest carbon footprint in the UK. While the agency was not near the top of the list, the alignment of a poor carbon profile with technology designed to track climate change has captured ...
Comment on Article Mentions: IBM
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Sandia supercomputer boots a million virtual machines
Explore Article Government Computer News (Aug 6 2009) Supercomputer
Computer scientists at the Energy Department's Sandia National Laboratories have simultaneously booted one million Linux kernels, all of which ran as virtual machines on the labs' Thunderbird supercomputer. The researchers, Ron Minnich and Don Rudish, hope to use their million virtual-machine network to better understand how botnets operate. A million virtual machine is the largest number that has ever been spun up on a single system, to the best of the researchers' knowledge. Previously, they were only able to boot 20,000 virtual instances at once.
Comment on Article Mentions: IBM Energy Department
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Supercomputers More Power Hungry But More Efficient
Explore Article Home - eWeekEurope.co.uk (Jul 15 2009) Servers , Supercomputer
Machines are using more energy but using it more efficiently claim computer researchers and makers including IBM The compilers of a list of top 500 most energy efficient supercomputers claim that although the machines are actually consuming more energy than before they are actually doing it in a more efficient way. According to the Green500 list, updated regularly throughout the year, average efficiency has increased by 10 percent between the publication of the 4th edition of the list in November 2008 and the 5th edition in June 2009
Comment on Article Mentions: Europe IBM
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Report Finds IBM Supercomputers Most Energy Efficient in the World
Explore Article Press Release Distribution Services (Jul 14 2009) Servers , Supercomputer
IBM Dominates Green500; 90 percent of Top20 Energy Efficient Supercomputers Made by IBM, Staggering 57 Percent of Top100 from IBM A new list announced found that IBM (NYSE: IBM) supercomputers already deemed the most powerful in the world are also the most energy efficient according to the findings of the latest Supercomputing ’Green500 List’ announced by Green500.org. Energy efficiency--including performance per watt for the most computationally demanding workloads--is a core design principle in developing IBM systems. IBM offers the broadest range of generally applicable supercomputers represented on the Green500 List including Blue Gene, Power servers, iDataPlex, BladeCenter and hybrid clusters.
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IBM claims 90% Top 20 Energy Efficient Supercomputers
Explore Article greenm3.com (Jul 12 2009) Servers , Supercomputer
IBM will release on Monday, July 13 a press release on its energy efficient supercomputers. I don’t have the link yet, but below is the text. Ironically, I just sat down with a person at ARM to discuss energy efficiency and he was mentioning how in 2005 he asked about energy use at a super computing conference, and people would think he was asking a stupid question. It’s great to see the question “how much energy does your supercomputer use?” is now a normal part of a purchase decision. Note this quote below. "Modern supercomputers can no longer focus only ...
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IBM and ETH Zurich Unveil Aquasar Video
Explore Article www-03.ibm.com (Jul 1 2009) Power and Cooling , Servers , Supercomputer
In an effort to achieve energy-aware computing, the Swiss Federal Institute of Technology Zurich (ETH), and IBM today announced plans to build a first-of-a-kind water-cooled supercomputer that will directly repurpose excess heat for the university buildings. The innovative system, dubbed Aquasar, is expected to decrease the carbon footprint of the system by up to 85% and estimated to save up to 30 tons of CO2 per year, compared to a similar system using today's cooling technologies. Making computing systems and data centers energy-efficient is a staggering undertaking.
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