1. Articles in category: Servers

    1873-1896 of 1992 « 1 2 ... 76 77 78 79 80 81 82 83 »
    1. Exploiting the dogfood factor in corporate sustainability strategy

      Exploiting the dogfood factor in corporate sustainability strategy
      On paper, at least, it sometimes seems like big technology companies have a built-in edge over other organizations in getting with the green IT program. Of course, I deal with technology companies for a living, so that’s just what I know the best. Take IBM, which released its latest report on corporate social responsibility earlier this week. I won’t regurgitate every single piece of that update, but I do what want to key in on is a couple of things that IBM has been doing that its seems to me every business should be striving to emulate. The first is really focusing on how your own products and services can help achieve your sustainability goals and the second is looking to your business partners to play a role. I call this the “dogfood factor.”
      Read Full Article
    2. The State of Green IT

      The State of Green IT
      John Lamb, an IT architect with IBM, is the author of the new book, The Greening of IT, a guidebook for optimizing IT infrastructure from top to bottom. Aimed at any level of the organization, from CEOs or CIOs to data center managers and sysadmins, the book digs in deep to some of the best existing ways for making IT systems as energy efficient as possible. At the end of our wide-ranging talk, I asked John to walk me through a thought exercise that lays out the green IT projects that make the most sense for three kinds of companies: those just starting out, companies with some experience and upper-level buy-in, and companies that have gathered all the low-hanging fruit. That thought exercise has been posted as a podcast, and the audio and full transcript are online at GreenBiz.com. Matthew Wheeland: You're currently in South Africa working on ...
      Read Full Article
      Mentions: IBM
    3. Developer pushes for data center in valley

      Developer pushes for data center in valley
      A Boston company wants to build a data center in the Menomonee Valley that developers say will use less energy, offer lower costs and help spur area economic growth. Source IT Energy LLC has been negotiating with land owners on two sides of We Energies' Menomonee Valley power plant near 10th and Canal streets, said Herb Zien, the company's Milwaukee-based senior vice president and chief development officer. It plans to sell or lease space to research organizations and businesses, Zien said. Once filled, the data center would have 48 units that would house up to 100,000 total servers, he said. The 75,000-square-foot "server farm" could be operating by the first quarter of 2011 if developers can get commitments to fill it by the end of August and don't run into delays for transformers, chillers and other heavy electrical equipment, Zien said. They have a "reasonable expectation ...
      Read Full Article
    4. Q&A: The man who helped raise server operating temperatures

      Q&A: The man who helped raise server operating temperatures
      Next month is the one year anniversary of a guideline by the American Society of Heating Refrigerating and Air-Conditioning Engineers (ASHRAE) that recommend increasing (PDF document) the temperature of air entering servers and other data center equipment. This increase of 77 degrees Fahrenheit to 80.6 degrees may not seem like a big deal, but it took a year-and-half of work to arrive at this recommendation and agreement by most of the major equipment vendors. The person who led the society's IT team on Technical Committee 9.9 was Roger Schmidt, an IBM fellow and its chief engineer for data center energy efficiency. It's unknown how many data centers have adopted the recommendation, or even have enough control over their environments to safely regulate air flows. Ken Brill, executive director of the Uptime Institute in Santa Fe, New Mexico, said he sees more understanding that the data center ...
      Read Full Article
    5. ThermoCabinet: 2,500 Watts A Square Foot

      ThermoCabinet: 2,500 Watts A Square Foot
      Last week i/o Data Centers officially took the wraps off its ThermoCabinet offering for ultra high-density high computing. We got an advance look at the patent-pending design when we visited i/o’s Phoenix ONE data center in early June. The ThermoCabinet is sealed for complete isolation of hot and cold air, and can support computing power loads of up to 32 kilowatts per rack - the equivalent of 2,500 watts per square foot. Cool air movies directly from the raised floor into a chamber in the front of the cabinet, then moves through the servers and exits through a hot air chimney at the rear of the cabinet.
      Read Full Article
    6. IBM and ETH Zurich Unveil Aquasar Video

      IBM and ETH Zurich Unveil Aquasar Video
      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.
      Read Full Article
      Mentions: IBM IBM PowerXCell
    7. Microsoft to Open Two Massive Data Centers

      Microsoft to Open Two Massive Data Centers
      Microsoft will open two new data centers in July, following through with a massive expansion of its data center capacity to support the company’s push into online services. The two new facilities in Dublin, Ireland and Chicago will add more than 1 million square feet oif space to the company’s data center network. The Dublin, Ireland data center will go live this Wednesday, July 1, followed by the Chicago data center on July 20. The two launches indicate that Microsoft has resumed its data center expansion after announcing a construction slowdown earlier this year. In January, Microsoft said it would postpone its planned data center in West Des Moines, Iowa and would bring Dublin and Chicago online “as customer demand warrants” based on quarterly reviews of data center capacity.
      Read Full Article
      Mentions: Microsoft Corp
    8. Iceland: Refrigerating a green data centre

      Iceland: Refrigerating a green data centre
      ICELAND: According to Tate Cantrell, the Chief Technology Officer of Verne Global, the Data Centre industry has a real need for a clean energy solution that drives down overall cost. Iceland, he believes, offers such a solution. Verne Global is constructing a green data centre in the Asbru community of education and entrepreneurs on the former NATO military base in southwest Iceland next to the Keflavik International Airport. Since the US military left the base in autumn 2006, the area has seen an impressive revitalization as a student campus and a technology park. In addition to Verne Global, the Asbru area has been attracting attention from other industrial companies interested in investing in sustainability and green innovation using clean energy from Icelandic hydroelectric and geothermal energy sources. A clean energy research lab (Keilir) and a clean energy business incubator (Eldey) are all a part of the area's strategy of ...
      Read Full Article
    9. How to Be Virtually Green

      How to Be Virtually Green
      It's very interesting to me how certain principles can be broadly applied across industries. Take the principle of load diversity and full capacity utilization. This principle is used to great effect in the power sector, data centers and in some instances, buildings. In the power sector, electricity load-shifting was introduced in the late '70s and has enjoyed reasonable popularity ever since, particularly when a utility's generating reserve margin was low. Load-shifting means providing incentives for running certain equipment off-peak instead of on-peak. Perhaps the best-known example is the use of ice storage for off-peak cooling. Some engineers hate ice storage because it is "less efficient" than stand-alone chillers. In the small picture, this is correct. An ice storage system will use 7 percent to 8 percent more kWh than a chiller-only system yet, overall, using ice reduces CO2 emissions and fuel use, not to mention save tons of ...
      Read Full Article
    10. Energy-efficient servers earn a star -- but so what?

      Energy-efficient servers earn a star -- but so what?
      Computerworld - Servers can now earn the U.S. Environmental Protection Agency's Energy Star label in recognition of their green qualities, but most observers aren't expecting this program to cause substantial changes in how enterprises buy servers anytime soon. The Energy Star server certification went into effect on May 15 and has earned the EPA kudos from manufacturers and users for promoting energy efficiency in an area that's notorious for its high electricity needs. "This is a great first step. It's been important for some time, given the power issues of the data center, to give transparency on the energy use of servers," says Subodh Bapat, vice president and distinguished engineer in the sustainability office at Sun Microsystems Inc.
      Read Full Article
    11. Should Servers and Networking Come From a Single Source?

      Should Servers and Networking Come From a Single Source?
      Data center hardware infrastructure can be roughly categorized into servers, networking and storage. But two of those areas are merging before our eyes, as Cisco and HP battle for server and network integration. The business and technical implications of this consolidation affect other companies and customers — and the dust isn’t likely to settle anytime soon. Although Cisco fired the first shot with its Unified Computing System, HP has long held the keys to a successful server line and an equally successful — and often under-rated — ProCurve networking line. And while Cisco’s first server was chassis-based — akin to its current switch and router products, its most recent announcement includes support for 1U and 2U rack-mounted servers, the kind HP has been shipping for years, along with Dell, IBM, Supermicro, and many more.
      Read Full Article
      Mentions: Cisco Brocade IBM
    12. Water-Cooled Supercomputer Doubles as Dorm Space Heater

      Water-Cooled Supercomputer Doubles as Dorm Space Heater
      Massive supercomputers that devour electricity to keep them humming are not exactly the poster children for green technology. But IBM hopes to change that with its plans to build a supercomputer that will use water to keep the system cool and even recycle some of the waste heat to help heat the university where it’s housed. The technology could lead to a reduction in overall energy consumption by at least 40 percent, when compared to similar air-cooled machines, says the company. “Energy is arguably the number one challenge humanity will be facing in the 21st century,” says Dimos Poulikakos, lead investigator of the project. “We cannot afford anymore to design computer systems based on the criterion of computational speed and performance alone.” Supercomputers are used in energy research labs such as Argonne National Laboratory, in space research by NASA and at universities for scientific research, all applications which have ...
      Read Full Article
      Mentions: Europe IBM
    13. IBM Delves Into Lithium-Air Batteries, Water-Cooled Supercomputers

      IBM Delves Into Lithium-Air Batteries, Water-Cooled Supercomputers
      The computing giant is researching lithium-air batteries, a technology with much promise but many challenges for commercial applications. Also in the works is a supercomputer cooled with water at the chip level – something IBM says could apply to broader data center cooling. IBM is busy looking for ways to make lithium-air batteries with 10 times the storage capacity of their lithium-ion cousins, and it has a Swiss supercomputer being cooled with water at the chip level – the technology could find its way into cooling data center servers and other IT equipment. Both projects announced Tuesday represent moves by the computing giant to get into more energy-efficient pastures, so to speak. In the case of its water-cooled supercomputer, IBM is hoping to find more efficient ways to cool the IT equipment. The equipment takes up about 2 percent of the world's energy. The project with the Swiss Federal Institute of ...
      Read Full Article
      Mentions: IBM
    14. Wikipedia Adds European Data Center

      Wikipedia Adds European Data Center
      The creators of Wikipedia will add about 50 servers in a new European traffic hub in a “green” data center in Amsterdam, the company said today. The Wikimedia Foundation has signed a contract with EvoSwitch, which will donate more than 300,000 euros (about $415,000) of in-kind support in bandwidth and hosting services. The Wikipedia site is hosted on about 300 servers in a primary data center in Tampa, Fla. The 50 servers at the EvoSwitch data center in Amsterdam will provide content storage and delivery. Amsterdam is one of the world’s most important network hubs, with hundreds of European networks exchanging traffic in the city’s data centers.
      Read Full Article
      Mentions: Europe Netherlands
    15. Ibm's Energy Efficient New Supercomputer Cooled by Water

      Ibm's Energy Efficient New Supercomputer Cooled by Water
      IBM today unveiled a new, first-of-its-kind high-performance computer (HPC) that will use water for cooling, as a way of cutting energy use and greenhouse gas emissions from data centers. The new machine, which has been developed with the Swiss Federal Institute of Technology Zurich (ETH), is called Aquasar, and the two organizations say it can decrease the carbon footprint of the system by up to 85percent and save up to 30 tons of CO2 per year, compared to similar existing systems. Aquasar will begin operations at ETH Zurich in 2010, cutting energy consumption by 40 percent and harnessing the waste heat to warm university buildings. The system will consist of two IBM BladeCenter servers in one rack and the company estimates it will have a peak performance of about 10 Teraflops.
      Read Full Article
      Mentions: Cisco IBM
    16. Interactive Data Corporation completes major data center upgrade

      Interactive Data Corporation completes major data center upgrade
      Financial analytics and data provider Interactive Data Corporation completed the upgrade of its five year old Boxborough Massachusetts 50,000 sq ft data center doubling its capacity and improving energy efficiency. The company said it focused on in row cooling and chillers located outside the building which operate when the temperature drops below 50 degrees Fahrenheit. The data hall can accommodate up to 4,000 servers. “Interactive Data’s mission-critical products and services are powered by our state-of-the-art data center, and our continued investment in this facility can help us to further scale our global business and meet the mission-critical needs of financial institutions around the world,” said John King, chief operating officer for Interactive Data. “Our dedicated team of IT and operations professionals has implemented a variety of cost-effective measures to conserve space, maximize computing power and control energy usage. In a business environment characterized by volatility and high ...
      Read Full Article
    17. Data Center Energy & Power Issues

      Data Center Energy & Power Issues
      The priority list for today’s data center manager is longer than it’s ever been. Beyond the more traditional goals of maximizing uptime and optimizing floor space use, today’s list now includes running as efficiently as possible and ensuring the facility’s future power needs will continue to be met. Unlimited power is no longer a given, and planning and management strategies must evolve accordingly. Toward An Uncertain Future “Bringing power into data centers was always a given,” says Mark Harris, vice president of strategic marketing for Avocent (www.avocent.com). “Data centers didn’t think about whether or not they had enough power. They just called the facilities department up and asked for them to bring in more.” As energy costs continue to rise and availability comes into question, IT is learning to manage power just as proactively as it’s always managed technology. “You need to ...
      Read Full Article
    18. Taking Control Of The Power Bill

      Taking Control Of The Power Bill
      Increasing heat loads, limited power resources, and other such constraints are forcing many admins to revamp their IT infrastructures’ power needs to accommodate growth, but the chief concern is costs. According to a study that Symantec recently published, 1,052 firms surveyed that spent $90 million to $100 million per year on IT used 16 to 20% of their total IT budgets on electricity alone. Reducing electricity costs by just 5% per year can thus translate into millions of dollars in cost savings for these enterprises and up to $20,000 annually for enterprises with $1 million-per-year IT budgets. With power accounting for such a significant chunk of spending, there are obvious incentives to reduce electricity consumption. However, many admins struggle with having to pay additional costs associated with investing in more eco-efficient cooling, airflow designs, and other related equipment. But the good news is that there are plenty of ...
      Read Full Article
    19. Some like it cool: Hp/eds fellow shares data center best practices

      Some like it cool: Hp/eds fellow shares data center best practices
      I spoke last week with Ed Kettler, a fellow for Hewlett-Packard who comes to the company via HP's acquisition of systems integrator EDS. Kettler has been involved with two major data center overhauls that EDS undertook before it became part of HP, including the retrofit of a facility in Wynyard, United Kingdom, that sucks up 40 percent less energy than a typical data center of comparable size. According to an EDS positioning paper about green IT, about 70 percent of potential energy being sent to a data center is lost during the transmission. THEN, about half of the remaining 30 percent is devoted to items such as lighting, uninterruptible power supplies and cooling systems. That means a whole lot of...
      Read Full Article
    20. Survey: rack density will keep creeping up and complexity is growing

      Survey: rack density will keep creeping up and complexity is growing
      Facilities and network energy efficiency ranks among the top concerns of almost half of data center, facility and IT managers surveyed recently. Fifty per cent reported that adequate monitoring was one of top three concerns. The survey revealed that about 60 percent of respondents had to cut their budgets because of the poor economy and 35 percent delayed new build or expansion projects. More than half of respondents said future facilities would be designed to support densities of 10KW and 20KW per rack, while current facilities support an average of 7.4 KW per rack. Reasons behind higher density were pressure to save space, support for blade servers and reduction of energy costs. About half of the respondents said the complexity of their cooling, monitoring and power systems was increasing and about half conducted power and cooling assessments to deal with the complexities. Of those who undertook assessment projects, 74 ...
      Read Full Article
    21. Data center managers plan for power density jumps

      Data center managers plan for power density jumps
      A recent survey of Emerson Network Power and Liebert data center users found that respondents plan to double the power densities in their racks in future facilities. The Data Center Users Group survey asked about 120 data center managers questions on data center efficiency. Energy efficiency is now one of the top three concerns for nearly half (47%) of survey respondents, a result that surveys over the past year or so have confirmed. In a similar survey by the Data Center Users Group (DCUG) four years ago, energy efficiency was hardly ever listed as a top concern. Among the findings was that data center managers now design future facilities to handle 15 kW per rack on average, more than double the 7.4 kW-per-rack average today. Langan Integrated Engineering and Environmental Solutions Inc. is one company that has built more efficient facilities. The Elmwood Park, N.J.-based engineering firm ...
      Read Full Article
    1873-1896 of 1992 « 1 2 ... 76 77 78 79 80 81 82 83 »
  1. Categories

    1. Data Center Design:

      Construction, Container, Data Center Outages, Monitoring, Power and Cooling
    2. Policy:

      Cap and Trade, Carbon Footprint, Carbon Reduction Commitment, Carbon Tax, Emissions
    3. Power:

      Biomass, Fossil Fuel, Fuel Cell, Geothermal, Hydro, Nuclear, Solar, Wind
    4. Application:

      Cloud Computing, Grid Computing
    5. Technology:

      Microblogging, Networking, Servers, Storage, Supercomputer
  2. Popular Articles

  3. People in the News

    1. (1 articles) Bill Tschudi
  4. Organizations in the News

    1. (9 articles) Google
    2. (9 articles) Facebook
    3. (6 articles) Natural Resources Defense Council
    4. (4 articles) Microsoft Corp
    5. (3 articles) Dell
    6. (3 articles) Lawrence Livermore National Laboratory
    7. (2 articles) The Green Grid
    8. (2 articles) Greenpeace
    9. (2 articles) Data Center Knowledge
    10. (2 articles) Apple
    11. (1 articles) Intel
    12. (1 articles) Uptime Institute