News & Analysis
Supercomputing 2011 ultimate slideshow
Sylvie Barak
11/25/2011 9:09 PM EST
Cray Supercomputers
Cray’s big announcement at SC11 was its plan to build a $188 million supercomputer with its new XK6 blades based on the latest AMD Interlagos chips and Nvidia’s next-generation “Kepler” Tesla GPUs.
The system, to be built out throughout 2012, will be called Blue Waters and will reside at the University of Illinois in the federally funded National Center for Supercomputing Applications (NCSA). Cray expects the finished system to pump out sustained performance of 1 petaflops, with peak performance of 11.6 petaflops.
In order to achieve the expected performance, Cray will use 49,000 AMD chips and Nvidia Kepler Tesla GPUs, packed into 235 Cray XE6 cabinets as well as a further 30 XK6 systems.
The supercomputer is expected to sport a total memory of 1.5 petabytes, will run CLE Linux and include Cray’s integrated Lustre parallel file system with over 25 petabytes of storage, and up to 500 petabytes of near-line storage. It will also come complete with 300 gigabits per second wide-area connections.
Cray’s SC11 presence was also bolstered by having been chosen by Oak Ridge National Laboratory to upgrade previous Top500 number one, Jaguar, to a new system called Titan for $97 million.

Next: IBM
Cray’s big announcement at SC11 was its plan to build a $188 million supercomputer with its new XK6 blades based on the latest AMD Interlagos chips and Nvidia’s next-generation “Kepler” Tesla GPUs.
The system, to be built out throughout 2012, will be called Blue Waters and will reside at the University of Illinois in the federally funded National Center for Supercomputing Applications (NCSA). Cray expects the finished system to pump out sustained performance of 1 petaflops, with peak performance of 11.6 petaflops.
In order to achieve the expected performance, Cray will use 49,000 AMD chips and Nvidia Kepler Tesla GPUs, packed into 235 Cray XE6 cabinets as well as a further 30 XK6 systems.
The supercomputer is expected to sport a total memory of 1.5 petabytes, will run CLE Linux and include Cray’s integrated Lustre parallel file system with over 25 petabytes of storage, and up to 500 petabytes of near-line storage. It will also come complete with 300 gigabits per second wide-area connections.
Cray’s SC11 presence was also bolstered by having been chosen by Oak Ridge National Laboratory to upgrade previous Top500 number one, Jaguar, to a new system called Titan for $97 million.

Next: IBM
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Ja_ck
11/28/2011 1:26 PM EST
Nicely consolidated. Thanks!
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SylvieBarak
11/28/2011 3:37 PM EST
Thank you Jack! This was my first slideshow, so your feedback was lovely!
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goafrit
11/28/2011 4:58 PM EST
Good job. Excellent.
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Robgarn
11/28/2011 5:42 PM EST
Page 6 says: "AMD took the first three places, powering the world's three largest supercomputers – “K”, Tianhe-1A and Jaguar." However, the Fujitsu "K" (Kei) supercomputer is powered by 88,128 2.0-GHz 8-core SPARC64 VIIIfx processors, making it the first SPARC computer to top the LINPACK list.
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SylvieBarak
11/28/2011 6:13 PM EST
You are indeed correct, Rob. I will change that right away. Thank you for spotting it!
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Robgarn
11/29/2011 5:00 PM EST
Thanks. (That was easy for me to spot, give my role as co-lead of the SPARC architecture at Sun in 1984. :-)
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karen.field
11/28/2011 6:38 PM EST
It's great, Sylvie, to read about all the investments being made in Supercomputing Technology by our National Research Labs. Some really awesome work being done there.
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Silicon_Smith
11/29/2011 12:25 PM EST
The Cray computers place looks really cool, wish I was there!
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KB3001
11/29/2011 12:46 PM EST
Excellent job Sylvie. Today's supercomputing power is tomorrow's mobile phone computing power, so it's always good to follow the latest news from SC.
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bpa1
11/29/2011 3:59 PM EST
Thanks - great job!
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prabhakar_deosthali
11/30/2011 5:59 AM EST
Wow! This is the real face of the computing. And the future looks really bright. Sitting here in India, I am just envious of those people who could witness this in person.
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