Complex Insight - Understanding our world
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Complex Insight  - Understanding our world
A few things the Symbol Research team are reading.  Complex Insight is curated by Phillip Trotter (www.linkedin.com/in/phillip-trotter) from Symbol Research
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Intel's 50-Core Xeon Phi: The New Era of Inexpensive Supercomputing

Intel's 50-Core Xeon Phi: The New Era of Inexpensive Supercomputing | Complex Insight  - Understanding our world | Scoop.it

The advent of Intel's massively parallel coprocessor will make every server a supercomputer. This week, Intel unveiled its new Xeon Phi coprocessor, which puts an astonishing 50 x86 cores onto a single PCI-connected card. The term "coprocessor" should be understood in context. Every one of the Phi's cores can boot Linux and run any x86 software. However, the card itself needs to plug into a system that has an independent CPU, which basically oversees the Phi's operations. Hence, the coprocessor appellation. The first model to be released in Q1 of next year will have 50 cores, and the follow-up coprocessor slated for release in mid-2013 will have 60 cores. Each processor supports four threads, making for 200 threads for the initial Phi. The cores run at 1.05 GHz and sport a 512-KB L2 cache each. They collectively share 8 GB of GDDR5 memory. They will liely compete with GPU based solutions from NVIDIA and AMD - but with a more familiar programmign model. Things just got very interesting in the high performance compute world. Click on the image or the title to learn more.

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Intel teaches Xeon Phi x86 coprocessor snappy new tricks

Intel teaches Xeon Phi x86 coprocessor snappy new tricks | Complex Insight  - Understanding our world | Scoop.it

Having been tangentally* impacted by the Intel Larrabee project - which was to create a GPU based on the standard Intel architecture - it has been interesting following how intel is responding to the GPU adoption in the technical/ parallel computing market. It took fifteen years for Intel to shrink the computing power of the teraflops-busting ASCI Red massively parallel Pentium II supercomputer down to something that fits inside of a PCI-Express coprocessor card – and the Xeon Phi coprocessor is only the first step in a long journey with coprocessor sidekicks riding posse with CPUs in pursuit of exascale computing. With over 50 Pentium cores on the card - this promises to significantly impact the capabilities of desktop computing, server and cloud compute power. Between Nvidia's Kepler GPU and Intel's Xeon phi - its going to be an interesting 12 months- especially give that our new simulation tools are designed for this type of environment. To read the rest of the Register article click on the image or the title to learn more. ** ( re: tangental: they considered buying some software I was involved in bringing to market and when they didn't the team created a start up to commercialize it instead.)

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