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Tag: multicore

Programmability Matters

Jun 30, 2014 |

While discussions of HPC architectures have long centered on performance gains, that is not the only measure of success, according to Petteri Laakso of Vector Fabrics. Spurred by ever-proliferating core counts, programmability is taking on new prominence. Vector Fabrics is a Netherlands-based company that specializes in multicore software parallelization tools, so programmability is high on Read more…

Managing Memory at Multicore

Sep 18, 2013 |

With the advance of multicore and manycore processors, managing caches becomes more difficult. Researchers at MIT suggest that it might make sense to let software, rather than hardware, manage these high-speed on-chip memory banks.

The Week in HPC Research

May 2, 2013 |

We’ve scoured the journals and conference proceedings to bring you the top research stories of the week. This diverse set of items includes the latest CAREER award recipient; the push to bring parallel computing to the classroom; HPC in accelerator science; the emerging Many-Task Computing paradigm; and a unified programming model for data-intensive computing.

The Week in HPC Research

Apr 11, 2013 |

The top research stories of the week include an evaluation of multi-stage programming with Terra; a look at parallel I/O for multicore architectures; a survey of on-chip monitoring approaches used in multicore SoCs; a review of grid security protocols and architectures; and a discussion of the finer distinctions between HPC and cloud computing.

HPC in the Cloud Research Roundup

Mar 29, 2013 |

<img src=”http://media2.hpcwire.com/hpccloud/cloud_graphic_150x.jpg” alt=”” width=”94″ height=”81″ />Our top HPC cloud research story this week lays out a lightweight approach to implementing virtual machine monitors. Other items explore an innovative parallel cloud storage system, HPC-to-cloud migration, anywhere-anytime cluster monitoring, and a framework for cloud storage.

The Week in HPC Research

Feb 28, 2013 |

<img src=”http://media2.hpcwire.com/hpcwire/world_connectivity_200x.jpg” alt=”” width=”95″ height=”70″ />The top research stories of the week include lessons learned from system failures; a cross-platform OpenCL implementation; the best memory to extract GPU’s potential; innovative ideas for next-generation interconnects; and the benefits of cloud storage to HPC applications.

HPC Programming in the Age of Multicore: One Man’s View

Jan 14, 2013 |

<img style=”float: left;” src=”http://media2.hpcwire.com/hpcwire/Gerhard_Wellein_small.jpg” alt=”” width=”95″ height=”85″ />At this June’s International Supercomputing Conference (ISC’13) in Leipzig, Germany, Gerhard Wellein will be delivering a keynote entitled, Fooling the Masses with Performance Results: Old Classics & Some New Ideas. HPCwire caught up with Wellein and asked him to preview some of the themes of his upcoming talk and expound on his philosophy of programming for performance in the multicore era.

Intel Updates Plans for 48-Core Chip

Nov 1, 2012 |

What could you do with a 48-core smart phone? If Intel has its way, you won’t have to wait long to find out.

Adapteva Unveils 64-Core Chip

Aug 22, 2012 |

<img style=”float: left;” src=”http://media2.hpcwire.com/hpcwire/Epiphany_64_small.JPG” alt=”” width=”99″ height=”90″ />Chipmaker Adapteva is sampling its 4th-generation multicore processor, known as Epiphany-IV. The 64-core chip delivers a peak performance of 100 gigaflops and draws just two watts of power, yielding a stunning 50 gigaflops/watt. The engineering samples were manufactured by GLOBALFOUNDRIES on its latest 28nm process technology.

The Last Mile of Virtualization

May 3, 2012 |

<img style=”float: left;” src=”http://media2.hpcwire.com/hpcwire/exludus_logo.jpg” alt=”” width=”139″ height=”32″ />The advent of multicore servers presents something of a challenge for application virtualization. This is especially true in the realm of high performance computing, an environment that has never been particularly friendly to virtualization. To overcome these hurdles, eXludus Technologies has introduced “micro-virtualization,” a technology that brings virtualization down to the level of the core, and does so with minimal overhead.