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  1. D2.1 - Initial Report on Exascale Technology State-of-the-Art 4 Executive Summary Current HPC technology is unable to scale to a sufficient degree to allow construction of a feasible exascale machine. Using current technology, such a machine would consume at least 7 times the 20 MW target power limit. If this is
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  3. D2.3 - Final report on exascale technology state-of-the-art 4 Executive Summary This deliverable considers the performance which we might see from an exascale HPC system running our co-design applications. We first recap the current state of the art with respect to our available HPC systems and find that since the
  4. olcf.ornl.gov

    Not without changing the trajectory of HPC technology from the state of the art at that time (see "Exascale Computing's Four Biggest Challenges and How They Were Overcome"). "We all believed that it would be unlikely to meet the challenges by 2015, especially power—the best we could forecast for 2015 technology was over three times ...
  5. exascaleproject.org

    Nov 7, 2024The *Forward programs were individually focused on key aspects of exascale hardware (plus related software in some cases) and built upon one another to bring about a holistic transformation of current state-of-the-art HPC architectures and systems engineering. "If we wanted to have an exascale computer by the early 2020s, then we needed to ...
  6. hpctoday.com

    HPC Today State of the art. On the road to exascale: A 360° progress report. ... Why the exascale? To this question, three answers are commonly accepted: first, to do things faster than today; second, to expand the scope of today's research and bring it to new horizons; third, to solve problems that can only be considered at this scale. ...
  7. Performance and power constraints come together with Complementary Metal Oxide Semiconductor technology scaling in future Exascale systems. Technology scaling makes each individual transistor more prone to faults and, due to the exponential increase in the number of devices per chip, to higher system fault rates.
  8. upcommons.upc.edu

    Exascale systems will require ensuring reliable operation in the presence of very high fault rates, including transient and permanent faults, steadily degrading hardware while meeting stringent power constraints and achieving high performance. 1.1 Errors reported in HPC systems Reliability has already been a concern for HPC systems for decades.
  9. hyperionresearch.com

    exascale and near-exascale systems will total 28-38 new systems, worth an estimated $10-$15 billion, with China, the EU, and the United States each fielding 7 -10 systems in the six year interval. Being an exascale trailblazer can be expensive, with systems on the near horizon costing upwards of $500
  10. This paper discusses the ROI that can result from the dissemination of novel exascale technologies, using HPE the global HPC market leader and contractor for multiple exascale supercomputers in the U.S. and Europe, to illustrate the role major HPC vendors can play in developing and scaling down these technologies for wider use.

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