About Remy Overkempe

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So far Remy Overkempe has created 9 blog entries.
  • Tetralith by ClusterVision

Most Powerful Supercomputer in the Nordic Region Enters TOP500

DALLAS, United States - November 14, 2018 -- The 52nd edition of the TOP500 list of most powerful supercomputers has been announced at SC18, the international conference for high performance computing (HPC). ClusterVision, one of Europe’s dedicated HPC specialists, is pleased to announce the addition to the list of the first phase of Tetralith, the

ClusterVision Awarded Contract to Deliver Scandinavia’s Most Powerful Supercomputer

AMSTERDAM, Netherlands & LINKÖPING, Sweden - May 8, 2018 -- Sweden’s National Supercomputing Centre (NSC) at Linköping University has awarded ClusterVision, one of Europe’s dedicated high performance computing (HPC) specialists, the contract to commission its new flagship cluster, Tetralith. The new supercomputer will be Scandinavia’s most powerful yet with an estimated maximum performance to

NSC to install Scandinavia’s most powerful supercomputer

"This summer, Swedish researchers will gain access to significantly higher computing power when the most powerful computer in the Nordic region, Tetralith, is installed at the National Supercomputer Centre, NSC, at Linköping University. The maximum speed of the supercomputer is estimated to exceed 4 petaflops." Click here to go NSC's press release

ClusterVision Delivers Powerful GPU Cluster at ASTRON

ClusterVision, Europe's dedicated specialist in high performance computing solutions, has announced the successful completion of a new high performance computing GPU cluster system for the Netherlands Institute for Radio Astronomy (ASTRON). The 2 PFLOPS installation, codenamed ARTS, will be used to assist the institute's Westerbork Synthesis Radio Telescope with analysing and deciphering large pulsar

Impact of Meltdown and Spectre Vulnerabilities on HPC

Two security vulnerabilities in modern CPUs have recently been publicised, causing widespread concern in the computing industry. This is because the vulnerabilities are hardware-based and therefore have a potentially very broad impact which cannot be easily patched without consequences. Colloquially referred to as "Meltdown" and "Spectre," these vulnerabilities refer to attacks that can allow

Enabling Scientific Discovery through HPC at the University of Hull

High performance computing (HPC) enables faster and more robust scientific discovery by significantly enhancing data processing capability. The University of Hull has appropriately named their cluster Viper to reflect this speed and power. For Alex Sheardown, a PhD student at the university’s E.A. Milne Centre, HPC is vital to his research in astrophysics. Read

Intel Omni-Path Architecture Fabric, the Choice of Leading HPC Institutions

"Many of the major HPC system OEMs integrating large and scalable machines have adopted the Intel fabric for their deployments. These include [...] Clustervision in Europe [...]. 'One is not enough' is a comment echoed by other customers. At the University of Hull in Yorkshire England, the institution’s Viper cluster built by Clustervision with

ClusterVision is part of SUPC’s SSSNA Framework

ClusterVision has joined the Servers, Storage & Solutions National Agreement Framework, also known as the SSSNA Framework, that has been published today by the Southern Universities Purchasing Consortium (SUPC). As a Lot 3B supplier, we are happy to be working together with the SUPC to ensure the efficiency and productiveness of this new mechanism whereby

University of Hull’s Viper in Scientific Computing

This year, ClusterVision designed and integrated a state of the art HPC cluster at the University of Hull. This cluster, nicknamed Viper, uses elements of the Intel Scalable System Framework, namely the latest Intel Broadwell processors (Xeon E5 2680v4) and one of the world's first applications of the Intel Omni-Path Architecture. Jane Glasser wrote an