Xeon Socket
2009
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![]() Intel Xeon W3580 333GHz 8M 3200MHz Socket 1366 OEM SLBET US $899.00
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![]() IBM Xeon DP E5645 240 GHz Processor Upgrade Socket B LGA 1366 Hexa core 6 US $898.47
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The Benefits High-Density Blade Servers
Scalable-- The TYAN Yellow River series is an ultra high density twin server platform. Our 1U and 2U chassis accommodate side-by-side dual processor server motherboards, with two independent server blades in a single chassis for up to 84 independent server nodes in a 42U rack. Yellow River offers unbeatable scalability with up to two 12-core CPUs per node, or four CPUs per 1U, and up to 168 processors (or up to 2,016 CPU cores) in a 42U rack.
Space Effective -- The Yellow River solution provides 100% greater node density than standard 1U servers, making it exceptionally space efficient. The density of this blade design gives far more processing power per U than other server architectures without the increased cost associated with other blade server solutions.
Modular -- TYAN designed Yellow River to be a truly modular server solution. Each chassis houses two server blades, each of which is easily removable. Moreover, the PSU and hard drives for each node are removable as well, facilitating server maintenance with quick, easy access to all the key components. Each node has its own power supply, which means nodes can be individually maintained without interrupting the adjacent node. This modular design offers the highest level of reliability, serviceability and convenience, making it perfectly suited for large data centers.
Manageable -- Built-in IPMI 2.0 means you'll spend less time managing.
Efficient – The Yellow River platform boasts impressive power savings. TYAN offers both AMD and Intel based Yellow River platforms. The optional S8228 motherboard equipped with six- or four-core AMD Opteron™ 4100 series processors (Socket C32, processor code named "Lisbon") is optimized for best-in-class power efficiency. At as little as 5.8W per core, the Opteron 4100 is acclaimed as the industry's most power efficient server CPU. A full rack of six-core Opteron 4100 series processors will yield considerable power savings. The YR290-B7018-D2 supported six-core Intel Xeon® 5600/5500 series processors (Socket 1366, processor code named "Westmere") is featured with high performance in less rack space which help users reduce the total cost of ownership.
Flexible -- With five different slim form factor motherboards, two different chassis and two different power supplies to choose from, the Yellow River platform is uniquely flexible and can be easily adapted to meet your requirements. This blade platform is perfect for web servers, search engine servers, data centers (IPDC), and clustered HPC applications.
Efficient – The Yellow River platform boasts impressive power savings. TYAN offers both AMD and Intel based Yellow River platforms. The optional S8228 motherboard equipped with six- or four-core AMD Opteron™ 4100 series processors (Socket C32, processor code named "Lisbon") is optimized for best-in-class power efficiency. At as little as 5.8W per core, the Opteron 4100 is acclaimed as the industry's most power efficient server CPU. A full rack of six-core Opteron 4100 series processors will yield considerable power savings. The YR290-B7018-D2 supported six-core Intel Xeon® 5600/5500 series processors (Socket 1366, processor code named "Westmere") is featured with high performance in less rack space which help users reduce the total cost of ownership.
Fast Throughput -- Incorporating technologies like DDR3, PCI-E 2.0, HT3, and multiple built-in gigabit LAN ports, our Yellow River server boards offer the newest high performance interfaces. Some motherboard models also feature optional on-board SAS and QDR infiniband.
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About the Author
Marketing Manager of Edco Technologies skilled in Computers and has 10 years expireince in the field of computers
building a supercomputer?
what hardware do i need to build a supercomputer cluster. could i just like pair 4 intel dual socket xeon boards together and how do i pair them like this kid did w/ one called the microwulf?
http://www.calvin.edu/~adams/research/microwulf/
the guy in the picture is the professor not the kid
basically i'm wondering if you can connect any couple of motherboards via gigabit ethernet and w/ linux get a supercomputer and if it'd work w/ the intel dual socket xeon eATX board
i know this isn't really an answere to your questions but one of my prof's at UMD took 8 PS3s that sony gave him and made a .5T flop supper computer hes using it to calculate super complex mathmatical algerithums. this is his home page http://gravity.phy.umassd.edu/.
Intel Chip Delays Suggest No New Mac Pro Until at Least Early 2012 (Macrumors)
Potential Mac Pro customers have been long awaiting updated models from Apple,
with the last update to the line having come in July 2010.
Anticipation regarding an updated Mac Pro was heightened back in June as
several claims of an imminent launch surfaced. Part numbers claimed to be for
new Mac Pro models surfaced a few weeks later, but they instead ultimately
turned out to be for new Mac mini models and the Apple Thunderbolt Display.
With the wait for new Mac Pro models continuing, hope surfaced once again in
early September amid reports that Intel was planning a November 15th launch of
new Sandy Bridge E processors and their Xeon E5 equivalents suitable for the
Mac Pro.
But hopes for a Mac Pro launch before the end of the year appear to have been
dashed, as Intel is now targeting an early 2012 release for the new chips. The
news, first reported last month, has recently been confirmed with additional
timeline information from _CPU World_.
> In September, during Intel Developer Forum event in San Francisco, new
information came to light implying that Xeon E5 launch is postponed until the
first quarter 2012. Indeed, according ...
EVGA Dual LGA1366 Xeon Motherboard at CES 2010


US $6,747.99























































































