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South Africa Looks to Exascale

Thomas Sterling, Chief Scientist, Center for Extreme Scale Technologies (CREST), Indiana University-U.S.

Someday in the future, will we look back at South Africa as the birthplace of Exascale? With the bloom of HPC activity going on there in preparation the SKA telescope, don’t be surprised if it happens.

The Future of Micron Memory and Storage?

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Over at InfoStor, Henry Newman from Instrumental writes that a new slide deck from Micron provides and intriguing look at the future of memory technology. “So what does this all mean for our future in the data storage industry? I think Micron and likely other companies are going to making some major changes from 2015 to the end of the decade in the area of non-volatile memory as the market demands changes for mobile devices that need both low power usage and non-volatile memory.”

IBM Sets Big Data Speed Record

This week IBM announced a new data-transmission advancement technology that holds promise for speeding the transfer of Big Data between clouds and data centers.

This Week in HPC: Jack Dongarra Talks Algorithms for Exascale

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In this episode of This Week in HPC, Addison Snell and Michael Feldman from Intersect360 Research discuss a recent presentation on Exascale by Jack Dongarra from the University of Tennessee. After that, Addison and Michael preview Karlheinz Meier’s ISC’14 keynote on the topic of “Brain-derived computing beyond Von Neumann – achievements and challenges.”

EPSRC to Fund £155 Million for Quantum Computing Research

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The Engineering and Physical Sciences Research Council (EPSRC) has opened a £155 million fund for a national network of Quantum Technology Hubs that will exploit the properties of quantum physics to develop quantum technologies.

An Update on the European Exascale Software Initiative

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Philippe Ricoux from Total presented this talk at the Stanford HPC Conference. “The objective of this Support Action, co-funded by the European Commission is to build a european vision and roadmap to address the challenges of the new generation of massively parallel systems composed of millions of heterogeneous cores which will provide multi-Petaflop performances in the next few years and Exaflop performances in 2020.”

HPC and Exascale for the SKA Telescope

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Bill Boas from Cray presented this talk at the Stanford HPC & Exascale Conference. “The SKA Telescope project entered its pre-construction design and engineering planning phase on December 1, 2013. Once fully constructed a decade from now, there will be 2500 dish antennae in South Africa and 100s of thousands of di-pole antennae in Western Australia, combining to create the world’s largest radio telescope and requiring the most data ever captured, processed, and archived that man has ever conceived.”

The Future of Interconnect Technology

מיכאל קגןmellanoxמלאנוקסיוקנעםצילום : משה שי

Mellanox CTO Michael Kagan presented this talk at the 2014 HPCAC Stanford HPC & Exascale Conference. “To date, Mellanox has delivered 7 generations of advanced interconnect solutions and is a generation or more ahead of the competition. We believe that we will maintain and even extend the gap into the future.”

A System View of Productive Exascale Systems

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Barry Bolding from Cray presented this talk at the 2014 HPCAC Stanford HPC & Exascale Conference. “Productive Exascale is not simply about achieving a set of technologies and performance metrics, it is about providing systems that fit into the production scientific workflow environments that will exist at the end of this decade.”

Challenges of Exascale Systems from an Applications Perspective

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Intel’s Mark Seager presented this talk at 2014 HPC Advisory Council Stanford Conference. “In this talk, we will review the many challenges of building practical Exascale systems by the end of the decade and Extreme scale systems in the 2020s. Some of these challenges, such as extreme levels of parallelism, have direct impact on applications, while others, such as new data paradigms, offer real breakthrough application and scientific opportunities.”