OpenPOWER Supercomputing Recap Day Two: Innovating Across the Stack

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SC15 AUSTIN, TEXAS INNOVATION ACROSS THE STACK DRIVES PERFORMANCE. A recap of Day Two at SC15

Transcript of OpenPOWER Supercomputing Recap Day Two: Innovating Across the Stack

Page 1: OpenPOWER Supercomputing Recap Day Two: Innovating Across the Stack

SC15 AUSTIN, TEXAS

INNOVATION ACROSS THE STACK DRIVES PERFORMANCE. A recap of Day Two at SC15

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Day Two at a glance,brought to you by

Day Two at SC15 covered several themes:

Removing the networking bottleneck with accelerated interconnects.

Laying the foundations for the move to exascale computing.

The growing role of GPUs and FPGAs in accelerated computing.

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Such acceleration on a massive scale can help solve many of today’s high-performance computing problems like real-time performance requirements, unstructured data and extremely large data sets.

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At SC15, OpenPOWER Foundation members demonstrated how accelerators can solve networking bottlenecks caused by unprecedented volumes of unstructured data.

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Yes it is, with InfiniBand from Mellanox.

• Mature and proven technology.

• Scales effortlessly in the cloud.

• Has the support of the InfiniBand Trade Alliance.

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InfiniBand Interconnect advantages

• Proven and scalable for high-performance end-to-end connectivity.

• Flexible, supporting POWER, GPUs, and FPGAs.

• Standards-based, supported by large ecosystem.

• Offloading architecture, like RDMA and application acceleration engines.

• Converged I/O: compute, storage, and management on a single fabric.

• Backward and future compatible.

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Where does this lead us?

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The U.S. Department of Energy is charting a path to exascale with accelerated interconnects and GPUs.

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U.S. Dept. of Energy FLOP targets

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But to get there, we need to start seeing our

systems in new ways.

Take a broad view of the stack. If it’s integrated top-

to-bottom, you can customize the system to fit your

needs and get better performance than relying

solely on the chip.

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And accelerators help us achieve that specialization, with reprogrammable FPGAs customized to your needs and GPUs that slash the time it takes to glean insights from data.

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80xup to

fasterfor real-worldgraph analytics.

How much faster is GPU acceleration?

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By embracing innovations driven by the OpenPOWER Foundation’s ecosystem, you can take advantage of the full spectrum of acceleration technology. Because for maximum effect, accelerators must be implemented across the stack.

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Thanks!To keep up with the latest on Open Innovation from #SC15,

follow @OpenPOWERorg for real-time updates and tomorrow’s recap.