Tag: Phi

Intel Launches ‘Knights Landing’ Phi Family for HPC, Machine Learning

Jun 21, 2016 |

From ISC 2016 in Frankfurt, Germany, this week, Intel Corp. announced that its new Xeon Phi product family, formerly code-named Knights Landing, is now shipping for high-performance computing and machine learning workloads. The company had been shipping to early customers for the last six months and was waiting to ramp up production before making the product generally available. The window also gave OEMs time to complete their readiness, said Intel’s Charlie Wuischpard.

Intel Debuts ‘Knights Landing’ Ninja Developer Platform

Apr 12, 2016 |

Intel is making good on its promise to offer Knights Landing-based developer platforms ahead of general availability. Systems based on the self-hosted Knights Landing processor are available for pre-order as part of Intel’s developer-targeted early access program. The Ninja Developer Platform is offered in two configurations – a liquid-cooled desk-side machine with one Knights Landing and…

New Dell Cluster Refreshes Rocky Mountain HPC

Feb 26, 2016 |

Researchers from the University of Colorado Boulder (CU-Boulder), Colorado State University (CSU) and the Rocky Mountain Advanced Computing Consortium will soon have access to a half-petaflop heterogeneous Dell PowerEdge C-series supercomputer.

A Conversation with James Reinders

Jan 21, 2016 |

As Chief Evangelist of Intel Software Products, James Reinders spends most of his working hours thinking about and promoting parallel programming. He’s essentially a professor at large, attuning himself to the needs of software developers with an interest in parallel programming so he can offer guidance on techniques, ways of learning, and ways to “think parallel” – all with Read more…

Argonne Paves the Way for Future Systems

Jan 14, 2016 |

Last April, the third and final piece of the CORAL acquisition program clicked into place when the U.S. Department of Energy signed a $200 million supercomputing contract with Intel to supply Argonne National Laboratory with two next-generation Cray supercomputers: an 8.5-petaflop “Theta” system based on Knights Landing (KNL) and a much larger 180-petaflop “Aurora” supercomputer. The staff Read more…

Cray Lays Out Vision for HPC-Big Data Convergence

Dec 3, 2015 |

Messaging around HPC-big data convergence which had been ramping up all year reached new heights at SC15 — and you’d be hard-pressed to find a bigger champion of the unified platform strategy than American supercomputer-maker Cray. HPCwire met with Cray’s Barry Bolding at the show in Austin last month to discuss the company’s latest customer wins, its take on Read more…

Intel Haswell-EX Server Sets STAC-A2 Performance Record

Sep 2, 2015 |

Intel has reasserted its prominence on a subset of financial benchmarks designed to evaluate platforms for the pricing and market risk analytics. More powerful Xeons — “Haswell-EX” E7-8890 v3 processors — combined with changes to the software stack enabled Intel to set a new speed record on the STAC-A2 benchmark for both warm and cold Read more…

COSMOS Team Achieves 100x Speedup on Cosmology Code

Aug 24, 2015 |

One of the most popular sessions at the Intel Developer Forum last week in San Francisco, and certainly one of the most exciting from an HPC perspective, brought together two of the world’s foremost experts in parallel programming to discuss current state-of-the-art methods for leveraging parallelism on processors and coprocessors. The speakers, Intel’s Jim Jeffers and Read more…

Momentum Builds for Intel’s HPC Scalable System Framework

Jul 13, 2015 |

At a press conference on Friday, Intel delivered a progress report on the state of its unfolding HPC portfolio. With key products like Omni-Path and Knights Landing set to launch later this year, Intel is focusing on the momentum that is building for its HPC Scalable System Framework. The company also announced that it is entering into a deeper alliance Read more…

Shining a Light on SKA’s Massive Data Processing Requirements

Jun 4, 2015 |

One of the many highlights of the fourth annual Asia Student Supercomputer Challenge (ASC15) was the MIC optimization test, which this year required students to optimize a gridding algorithm used in the world’s largest international astronomy effort, the Square Kilometre Array (SKA) project. Gridding is one of the most time-consuming steps in radio telescope data processing. Read more…