Pumping DC power to the data center
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Start-up Validus DC Systems gets $10 million in funding for direct current power supply systems.
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Massively parallel, 64-bit POWER-based processor to debut at ISSCC
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This data center brings down all 11 of its servers in order to install a new generator on the emergency power supply. And when they come back up, they all work fine -- except one.
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With today's announcement of EMC's MozyEnterprise, you can now encrypt, back up, and store your laptop or desktop PC data in a high security data center for not much more than $5 per month.
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TechWeb - The project taps into a designated game console's unused compute power to contribute to a distributed computing network.
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SCIENTISTS have sounded the death knell for the plug and power lead.   In a breakthrough that sounds like something out of Star Trek, they have discovered a way of 'beaming' power across a room into a light bulb, mobile phone orlaptop computer without wires or cables.
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The backup generator for this data center kicks in about 12 seconds after the power goes out, says an IT pilot fish who works there. At least, that's how it's supposed to work.
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(InfoWorld) - IBM researchers are counting on a 40-year-old technology to keep modern, state-of-the-art datacenters running cool and allow companies to squeeze more computing power from the electricity they consume. These considerations are more important than ever. The power consumed by a rack of servers has risen from around 5 kilowatts (kW) of power per server rack five years ago to as much as 30 kW today, thanks to the introduction of more powerful processors and denser blade servers. And the power-consumption levels will continue rising in the years ahead. "People want more compute power and we can give it to them because we can package this into a smaller footprint, basically," said Roger Schmidt, chief thermal architect and distinguished engineer at IBM's Server and Workstation Division. The challenge that Schmidt and his colleagues face is how to dissipate the increasing levels of heat these systems generate. "We're working on this all the way from the chip to the datacenter," he said. At the datacenter level, Schmidt sees an expanded role for water cooling as a means to bring heat levels down. Water cooling, which uses small pipes filled with distilled or deionized water to dissipate heat, was first used by IBM to cool mainframe computers during the 1960s. The technology, which was used in more than 90 percent of mainframes by the mid-1980s, was given a second lease on life in 2005, when IBM introduced its line of Cool Blue water-cooling products. One such product is IBM's $4,299 Rear Door Heat eXchanger, which attaches to the rear of a server rack. Four inches thick and weighing about 32 kilograms (70 pounds) when filled with water, the Rear Door Heat eXchanger, can absorb more than half of the heat coming from a server rack, according to IBM. IBM's water-cooling systems, as well asÂ competing products from companies like Hewlett-Packard, offer several benefits for datacenters. Most importantly, water can absorb more heat than air, and the pumps required to circulate water in a cooling system consume less power than air-conditioning systems. And IBM plans to expand its line of water-cooling products in the months ahead. "We've got other enhancements coming out shortly," Schmidt said, declining to elaborate on specific details. One potential enhancement is to extend water cooling from the rear of the server rack to specific components, such as processors -- as was done with some IBM mainframes. "Once you bring water to the rack, you've got a lot of options," Schmidt said. Convincing datacenter operators to pipe water through racks filled with expensive servers and invaluable data is not always easy. The easiest to convince are those IT managers with experience from the days when water-cooled mainframes were the backbone of large corporations, Schmidt said. But many remain nervous at the thought of water-filled pipes coursing through rooms filled with expensive servers and invaluable data -- even though water is already a key component of all datacenters. "Water cooling in datacenters is already there," Schmidt said. "The chilled water that's brought to the air conditioning units? That's water and it's in the pipes right above the server racks. We're just plugging into that to apply that at the rack level."
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By 2010, Web servers around the globe will have additional electrical demands equal to more than 10 new 1,000 megawatt power plants, but that number can be halved by managerial efficiencies. That's the conclusion of a recent study from chipmaker AMD on data centers and their projected power needs.
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Performance boost in handheld devices is obtained using Power6 server technology.
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So much for redundant power supplies Some of the net's biggest websites went dark following power interruptions in San Francisco that are disrupted operations at co-location facility 365 Main.â¦
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When the Stanford Linear Accelerator Center (SLAC) wanted to increase its computing capacity last year it considered a satellite datacenter or an extension to the existing building, but in the end it chose a faster and more novel approach: it ordered a datacenter in a box.The center, which does high-energy physics research for the U.S. Department of Energy, was one of the first customers for&#160;Sun Microsystems&#39; Project Blackbox, which takes standard shipping containers 20 feet by 8 feet by 8 feet (6.1m x 2.4m x 2.4m) and turns them into mini datacenters that can be delivered and operational in a few weeks, according to Sun.SLAC&#39;s Blackbox was delivered in July last year and was up and running by September. Aside from a few challenges -- like figuring out how to service the unit when it&#39;s raining -- the center is pleased with its choice and in the process of installing a second unit.It is one of four customers that Sun identified Tuesday to illustrate momentum for Project Blackbox. It also renamed the product the Sun Modular Datacenter, or Sun MD. The boxes start at $559,000 without the &quot;payload,&quot; or the computers inside, and Sun will ship them around the world for an extra fee. Delivery to Amsterdam by air, for example, costs about $15,000.SLAC turned to Project Blackbox because it needed to expand its compute capacity fairly quickly. &quot;The datacenter here was at its capacity, especially in terms of the electrical service to the building and the amount of heat we could take back out. And the experiments needed their next year&#39;s worth of computing,&quot; said Chuck Boeheim, SLAC&#39;s assistant director of computing services.Modifying its existing datacenter to accommodate another major electrical feed and &quot;chiller plant&quot; would have taken one to two years and cost several million dollars. &quot;We also looked at doing a satellite datacenter in a smaller building, but with the approvals and lead time that was a couple of years out as well. Blackbox was something we could do very quickly,&quot; Boeheim said.The raw shipping containers are customized by a subcontractor, and Sun typically installs the payload before delivery. SLAC&#39;s Blackbox arrived on a flat-bed truck last July, fitted with 252 Sun Fire X2200 rack-mount servers, the same type it uses in its datacenter. Sun had also wired the servers to a Cisco Catalyst 6509 switch that SLAC provided before delivery.Boeheim described the process in a white paper on his Web site, along with photos and time-lapse videos that show the box being hoisted into place by a crane.Customers can put other vendors&#39; hardware in the unit, but not all equipment will fit. SLAC bought some Dell PowerEdge 1950 servers that it wanted to put in its second Blackbox, but they were too long for the server racks. Instead it will move some existing Sun servers to the box from its datacenter, and put the Dell machines inside the building instead.The computing center already had a 4-megawatt substation serving its area of the site. &quot;So it was a fairly simple matter to put a 220-kilowatt power pane on the outside of that and bring up a fairly standard chiller unit and put that on a concrete pad next to the Blackbox. Both of those things could just be fork-lifted in and connected up,&quot; Boeheim said.SLAC wanted to do a rigorous installation that would last several years, so it spent a few weeks getting the unit hooked up. It had to reconnect about half the power cords which had shaken loose during the truck ride. Aside from that the installation went smoothly and the machines were turned on for batch work Sept. 25, about two months after delivery. The 60-ton chiller and the outside power unit were also delivered in that time.Servicing the unit has presented some challenges. &quot;We&#39;re trying to figure out how to do it on a day like today when it&#39;s pouring with rain,&quot; Boeheim said recently. &quot;The wind doesn&#39;t have to be blowing very hard for the rain to blow in the end, and you pretty much have to open both ends of the box to service it,&quot;It&#39;s quite cramped in the box, he said, and both ends need to be open so that a person can maneuver when a server rack is slid out into the narrow central aisle.&quot;Our stance right now is to wait for a clear day to open it up,&quot; he said. Two people are needed to service the box in case one gets trapped inside or injured, he wrote in the white paper on his Web site. SLAC put a phone in the box in case someone gets locked in.The first Blackbox gave the center a roughly 25 percent boost in computing capacity, and the servers have been running as smoothly as their counterparts inside the datacenter, Boeheim said. &quot;Once we got them turned on they just ran. We went a full 30 days not even opening the thing.&quot; He put rack servers in the box rather than storage gear, because storage gear tends to need servicing more often, he said.Sun&#39;s Blackbox won&#39;t be for everyone. Brookhaven National Laboratory, on Long Island, New York, considered a Blackbox but decided on a new wing for its datacenter instead, Boeheim said. SLAC&#39;s experience may have been easier than that of an average business because it is a federal government site located on county land. A business in a city may need more planning permissions and permits.A few other companies offer comparable products, such as the Ice Cube from Rackable Systems, and the Infrastructure Express from American Power Conversion.Sun said it is happy with the&#160;momentum for Blackbox, although it wouldn&#39;t say how many customers it has. The other three it named are Hansen Transmissions, a Belgian industrial manufacturer that is using one at a new plant in India; Mobile TeleSystems, Russia&#39;s largest mobile operator; and the Radboud University Nijmegen Medical Centre in the Netherlands.Most of the customers had no room to add capacity in their datacenters, said Darlene Yaplee, vice president for integrated platforms in Sun&#39;s systems marketing group. &quot;Half the customers are using it while they build extra datacenter capacity, and then it will remain for disaster recovery,&quot; she said.The next size up in standard shipping containers is 40 feet long. &quot;We could do 40 feet technically, but most people have been happy with 20 feet,&quot; Yaplee said. Boeheim said he&#39;d probably choose a wider box rather than a longer one, which would accommodate his Dell 1950 servers.
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By Mullins, Robert  HP Labs' research center has developed a new approach to cooling data centers that the company says can deliver 20% to 45% savings in cooling energy costs, depending on the size of the building.
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Oracle, Dell, EMC and Intel have joined with other tech companies to create an industry standard for enterprise grid systems. &quot;Project MegaGrid&quot; will help maximize the use of computing resources, according to the group.
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Start from scratch Datanet, the UK business ISP, suffered a power outage in of its server racks this morning which crocked its customers' internet access and email for most of the day.â¦
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The data center fabric will at a minimum bring together network, server, and storage administrators. Are you ready? Can you handle it?
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The computing technologies to go beyond Moore's Law