SARA Overview. Walter Lioen Group Leader Supercomputing & Senior Consultant
|
|
- Harold Gilbert
- 6 years ago
- Views:
Transcription
1 SARA Overview Walter Lioen Group Leader Supercomputing & Senior Consultant
2 Science Park Amsterdam Faculty of Science of the Universiteit van Amsterdam National Institute for Nuclear Physics and High Energy Physics (NIKHEF) Institute for Atomic and Molecular Physics (AMOLF) National Research Institute for Mathematics and Computer Science (CWI) SARA Vancis AMSterdam Internet exchange (AMS-IX) Matrix Innovation Center, with 80+ innovative companies in life sciences, ICT and other areas
3 About SARA SARA is an independent non-profit company delivering a full service package in the areas of High-Performance Computing and Networking, data storage, visualization and e-science services Founded in 1971 as an Amsterdam computing center by the two Amsterdam universities (UvA and VU) and the current CWI Independent as of 1995 Founded Vancis in 2008 offering ICT services and ICT products to enterprises, universities, and educational and healthcare institutions. First supercomputer in The Netherlands at SARA in 1984 (Control Data Cyber 205). Hosting the national supercomputer(s) ever since.
4 SARA s Mission SARA supports research in the Netherlands by providing and developing advanced ICTinfrastructure, services and expertise Integrated ICT research infrastructure Provide services on computing, data, visualization, networking, cloud and e-science Provide multidisciplinary expertise and support Innovation of infrastructure and services
5 SARA OSD Formerly known as HPC&V and HPN, Operations, Support and Development is subdivided in six groups: Supercomputing Clustercomputing e-science & Cloud Services Visualization Data services Network innovation & support Some 50 people System Programmers / Consultants HBO PhD
6 National context Stichting Nationale Computer Faciliteiten BioAssist LOFAR SURFnet6 network Virtual Lab e-science NL-Grid, BiG-Grid
7 International context Visualization & networking OptIPuter Lambda networking GLIF, Netherlight Phosphorous PRACE, Partnership for Advanced Computing in Europe Data storage and processing EGEE grid
8 HPC Facilities at SARA Capacity computing BiG Grid national grid infrastructure Lisa national compute cluster Capability computing Huygens national supercomputer Experimental capability computing GPU cluster HPC Cloud Access method depends on your affiliation, for questions contact: SARA helpdesk
9 Supercomputing Huygens IBM pseries 575 Processor: IBM Power6, 4.7 GHz (dual core) Node: 16 dual core processors In total: 108 nodes, 3456 cores 65 Tflop/s Memory: 128 GB (90 SCN) or 256 GB (18 MCNs) TB Interconnect: 8 (4 DDR) Infiniband 160 Gbit/s inter-node Disk: 3240 x 300 GB = 972 TB (700 TB net capacity) OS: SuSE SLES11SP1 Watercooling: 33% more energy efficient (6º C inlet; 25º C outlet) Energy consumption: kw Cabling: 30.7 km (IB, FC, UTP) Huygens 9 compute racks (1700 kg each) 4 Infiniband racks 20 storage racks Number 52 in the November 2008 Top500 (48.55 Tflop/s) 79 in Jun09, 92 in Nov09, 109 in Jun10, 156 in Nov10, 303 in Jun11, Designed to be a well balanced system instead of being a Top500 killer!
10 Huygens Water Cooling
11 Cluster Computing Lisa Dutch National Compute Cluster Lisa At present: 512 heterogeneous Dell nodes GB 3 types dual quad hexa core Intel GHz CPUs Qlogic 4 DDR Infiniband 20 Gbit/s inter-node Total: 4,480 cores, 20 Tflop/s, TB 48 TB disk space OS: Debian Linux AMD64 Allocation unit: node (8 12 cores) SARA installed the Lisa system on behalf of The University of Amsterdam (UvA) The VU University of Amsterdam (VU) The Netherlands National Computing Facilities Foundation (NCF) FOM institutes MPR projects Van 't Hoff Institute for Molecular Sciences (HIMS)
12 GPU cluster 8 HP dual quad core nodes, 2 NVIDIA Tesla GPUs/node 16 Tflop/s IB interconnect CUDA environment OpenCL GPU code: C-like CPU code: C+++ Fortran possible with Portland Group compiler, however, not available at SARA GPU code: own C version CPU code: native C compiler (Intel / GCC) (OpenGL / Assembler) For pilot experiments and production runs
13 Grid Computing Historically, NCF has facilitated access to high-end computing equipment (national supercomputer and national compute cluster) The BiG Grid project (led by partners NCF, Nikhef and NBIC) aims to set up a grid infrastructure for scientific research Operational partners: SARA, Nikhef, Philips Research, RUG-CIT Grid Computing Communities: HEP, Bioinformatics, ++ High-throughput computing Automated computing power Typically, no communication Execution site is irrelevant Typical allocation unit: job slot = 1 core
14 HPC Cloud Developed by SARA as a BiG Grid service Virtual Private Compute Cluster Full control over environment Users can start from existing templates (images) build their own cluster from scratch make a copy from their current software environment (e.g. their laptop or desktop pc) and turn that into an HPC cluster in the Cloud Self-service 19 Nodes CPU Intel 2.13 GHz 32 cores (Xeon-E7 "Westmere-EX") RAM 256 GB Local disk 10 TB Ethernet 4*10 GE Total System 608 cores RAM 4.75TB 96 ports 10GE, 1-hop, non-blocking interconnect 400TB shared storage (ISCSI,NFS,CIFS,CDMI...) 11.5K specints / 5 TFlops
15 What HPC facility to use Capacity computing: Lisa Many small jobs / task farming Small parallel jobs, however, can handle 256 node (8 core) jobs Not I/O intensive 1 3 GB/core Max 24 GB / node Capability computing: Huygens Large multi-node jobs (3 shared nodes for small jobs and/or data staging jobs) I/O intensive (up to 28 GB/s aggregate read performance) 4 or 8 GB/core Max 256 GB / node Experimental: GPU Relatively small compute intensive kernel (because of relatively large programming effort) Special needs: HPC Cloud
16 Mass storage infrastructure Storage on-demand Advanced services on-demand EMC disk array (100 TB) SAN and NAS storage, FC and SATA Tape libraries STK SL8500, 9940B, T10k drives STK SL8500, 9940B, T10K drives Long-distance SAN (30km), off-site backup Current data transfer to/from tape av. 5TB/day Capacity ~18PB (2008) Doubling of stored data every year SARA Amsterdam Large storage of scientific data, simulation and experimentation Remote back-up and archiving on-demand service SARA Almere
17 Visualization and virtual reality high-end facilities 15 high resolution LCD screens ( x1600) Total screen resolution x 4800 pixel graphics power on demand expertise: 17 node Dell RVS cluster virtual reality scientific visualization and data analysis software development and rapid prototyping
18 User Support Expert user support (help desk, online documentation, (grid-) tutorials, courses) 6 full time HPC consultants (all computational scientists) for both Huygens and Lisa Optimization, parallelization/hyperscaling of user codes Benchmarking Visualization and data analysis of complex data sets Grid support Gridification of applications Grid-enabling of (local) resources Grid tutorials, education of traditional HPC users to use grid infrastructure Support for Grand-Challenge applications e-science support
19 Helpdesk Monday to Friday, between 9 am and 5 pm hic@sara.nl Questions Problems Access Hardware Software File restore (after accidental removal by owner ) User assistance Software configuration / installation Porting (limited: hours/days not weeks) Debugging (limited) Optimization / tuning (limited or via NCF/PRACE) Software package installation requests Access requests ( only) Any special requests
20 Summary of possibilities 1/3 Lisa compute cluster: your application depends on your affiliation if application via NCF then similar to Huygens application below, otherwise, it only takes one (or two) s Huygens supercomputer: application via NCF requires project proposal; will be peer reviewed; reporting required Huygens DCCP: Dutch Computing Challenge Projects via NCF DECI: Distributed Extreme Computing Initiative projects via PRACE peer reviewed and funded via NCF
21 Summary of possibilities 2/3 Huygens access schemes through NCF Pilot projects (10k 20k CPU hrs): fast access within days, light weight procedure Regular projects (20k 1M CPU hrs): access within 6 8 weeks, regular peer review The NCF office (to be confirmed by the WGS) is in general able to provide you with a preliminary amount of computing time, which is around 10 20% of what you applied for. Dutch Compute Challenge Projects (> 1M CPU hrs): access 6 12 weeks, peer review Info at or
22 Summary of possibilities 3/3 Parallelization/optimization project: contact SARA helpdesk for feasibility and assistance with application via NCF Visualization project: contact SARA helpdesk HPC Europa transnational access programme
23 Thank you for listening!
SARA Computing & Networking Services
SARA Computing & Networking Services Ronald van der Pol rvdp@sara.nl Outline! About SARA! National and International Collaborations! Overview of Services! Main Operational Tasks! Organisation! Operational
More informatione-research Infrastructures for e-science Axel Berg SARA national HPC & e-science support center RAMIRI, June 15, 2011
e-research Infrastructures for e-science Axel Berg SARA national HPC & e-science support center RAMIRI, June 15, 2011 Science Park Amsterdam a world of science in a city of inspiration > Faculty of Science
More informationUniversity at Buffalo Center for Computational Research
University at Buffalo Center for Computational Research The following is a short and long description of CCR Facilities for use in proposals, reports, and presentations. If desired, a letter of support
More informationUsing Cartesius and Lisa. Zheng Meyer-Zhao - Consultant Clustercomputing
Zheng Meyer-Zhao - zheng.meyer-zhao@surfsara.nl Consultant Clustercomputing Outline SURFsara About us What we do Cartesius and Lisa Architectures and Specifications File systems Funding Hands-on Logging
More informationUsing Cartesius & Lisa
Using Cartesius & Lisa Introductory course for Cartesius & Lisa Jeroen Engelberts jeroen.engelberts@surfsara.nl Consultant Supercomputing Outline SURFsara About us What we do Cartesius and Lisa Architectures
More informationSun Lustre Storage System Simplifying and Accelerating Lustre Deployments
Sun Lustre Storage System Simplifying and Accelerating Lustre Deployments Torben Kling-Petersen, PhD Presenter s Name Principle Field Title andengineer Division HPC &Cloud LoB SunComputing Microsystems
More informationOverview of the Texas Advanced Computing Center. Bill Barth TACC September 12, 2011
Overview of the Texas Advanced Computing Center Bill Barth TACC September 12, 2011 TACC Mission & Strategic Approach To enable discoveries that advance science and society through the application of advanced
More informationHPC Solution. Technology for a New Era in Computing
HPC Solution Technology for a New Era in Computing TEL IN HPC & Storage.. 20 years of changing with Technology Complete Solution Integrators for Select Verticals Mechanical Design & Engineering High Performance
More informationClearStream. Prototyping 40 Gbps Transparent End-to-End Connectivity. Cosmin Dumitru! Ralph Koning! Cees de Laat! and many others (see posters)!
ClearStream Prototyping 40 Gbps Transparent End-to-End Connectivity Cosmin Dumitru! Ralph Koning! Cees de Laat! and many others (see posters)! University of Amsterdam! more data! Speed! Volume! Internet!
More informationBiG Grid HPC Cloud Beta
BiG Grid HPC Cloud Beta Floris Sluiter SARA Computing and Networking services Amsterdam www.cloud.sara.nl About BiG Grid and Sara The BiG Grid project is a collaboration between NCF, Nikhef and NBIC, and
More informationMinnesota Supercomputing Institute Regents of the University of Minnesota. All rights reserved.
Minnesota Supercomputing Institute Introduction to MSI for Physical Scientists Michael Milligan MSI Scientific Computing Consultant Goals Introduction to MSI resources Show you how to access our systems
More informationNetherlands Institute for Radio Astronomy. May 18th, 2009 Hanno Holties
Netherlands Institute for Radio Astronomy Update LOFAR Long Term Archive May 18th, 2009 Hanno Holties LOFAR Long Term Archive (LTA) Update Status Architecture Data Management Integration LOFAR, Target,
More informationOrganizational Update: December 2015
Organizational Update: December 2015 David Hudak Doug Johnson Alan Chalker www.osc.edu Slide 1 OSC Organizational Update Leadership changes State of OSC Roadmap Web app demonstration (if time) Slide 2
More informationAN INTRODUCTION TO CLUSTER COMPUTING
CLUSTERS AND YOU AN INTRODUCTION TO CLUSTER COMPUTING Engineering IT BrownBag Series 29 October, 2015 Gianni Pezzarossi Linux Systems Administrator Mark Smylie Hart Research Technology Facilitator WHAT
More informationConnecting the e-infrastructure chain
Connecting the e-infrastructure chain Internet2 Spring Meeting, Arlington, April 23 rd, 2012 Peter Hinrich & Migiel de Vos Topics - About SURFnet - Motivation: Big data & collaboration - Collaboration
More informationUmeå University
HPC2N: Introduction to HPC2N and Kebnekaise, 2017-09-12 HPC2N @ Umeå University Introduction to HPC2N and Kebnekaise Jerry Eriksson, Pedro Ojeda-May, and Birgitte Brydsö Outline Short presentation of HPC2N
More informationCS500 SMARTER CLUSTER SUPERCOMPUTERS
CS500 SMARTER CLUSTER SUPERCOMPUTERS OVERVIEW Extending the boundaries of what you can achieve takes reliable computing tools matched to your workloads. That s why we tailor the Cray CS500 cluster supercomputer
More informationUmeå University
HPC2N @ Umeå University Introduction to HPC2N and Kebnekaise Jerry Eriksson, Pedro Ojeda-May, and Birgitte Brydsö Outline Short presentation of HPC2N HPC at a glance. HPC2N Abisko, Kebnekaise HPC Programming
More informationLAMMPS-KOKKOS Performance Benchmark and Profiling. September 2015
LAMMPS-KOKKOS Performance Benchmark and Profiling September 2015 2 Note The following research was performed under the HPC Advisory Council activities Participating vendors: Intel, Dell, Mellanox, NVIDIA
More informationGROMACS (GPU) Performance Benchmark and Profiling. February 2016
GROMACS (GPU) Performance Benchmark and Profiling February 2016 2 Note The following research was performed under the HPC Advisory Council activities Participating vendors: Dell, Mellanox, NVIDIA Compute
More informationDistributed ASCI Supercomputer DAS-1 DAS-2 DAS-3 DAS-4 DAS-5
Distributed ASCI Supercomputer DAS-1 DAS-2 DAS-3 DAS-4 DAS-5 Paper IEEE Computer (May 2016) What is DAS? Distributed common infrastructure for Dutch Computer Science Distributed: multiple (4-6) clusters
More informationEmerging Technologies for HPC Storage
Emerging Technologies for HPC Storage Dr. Wolfgang Mertz CTO EMEA Unstructured Data Solutions June 2018 The very definition of HPC is expanding Blazing Fast Speed Accessibility and flexibility 2 Traditional
More informationReal Parallel Computers
Real Parallel Computers Modular data centers Background Information Recent trends in the marketplace of high performance computing Strohmaier, Dongarra, Meuer, Simon Parallel Computing 2005 Short history
More informationLBRN - HPC systems : CCT, LSU
LBRN - HPC systems : CCT, LSU HPC systems @ CCT & LSU LSU HPC Philip SuperMike-II SuperMIC LONI HPC Eric Qeenbee2 CCT HPC Delta LSU HPC Philip 3 Compute 32 Compute Two 2.93 GHz Quad Core Nehalem Xeon 64-bit
More informationThe Blue Water s File/Archive System. Data Management Challenges Michelle Butler
The Blue Water s File/Archive System Data Management Challenges Michelle Butler (mbutler@ncsa.illinois.edu) NCSA is a World leader in deploying supercomputers and providing scientists with the software
More informationMinnesota Supercomputing Institute Regents of the University of Minnesota. All rights reserved.
Minnesota Supercomputing Institute Introduction to MSI Systems Andrew Gustafson The Machines at MSI Machine Type: Cluster Source: http://en.wikipedia.org/wiki/cluster_%28computing%29 Machine Type: Cluster
More informationFuture Trends in Hardware and Software for use in Simulation
Future Trends in Hardware and Software for use in Simulation Steve Feldman VP/IT, CD-adapco April, 2009 HighPerformanceComputing Building Blocks CPU I/O Interconnect Software General CPU Maximum clock
More informationUsers and utilization of CERIT-SC infrastructure
Users and utilization of CERIT-SC infrastructure Equipment CERIT-SC is an integral part of the national e-infrastructure operated by CESNET, and it leverages many of its services (e.g. management of user
More informationSGI Overview. HPC User Forum Dearborn, Michigan September 17 th, 2012
SGI Overview HPC User Forum Dearborn, Michigan September 17 th, 2012 SGI Market Strategy HPC Commercial Scientific Modeling & Simulation Big Data Hadoop In-memory Analytics Archive Cloud Public Private
More informationHigh Performance Computing with Accelerators
High Performance Computing with Accelerators Volodymyr Kindratenko Innovative Systems Laboratory @ NCSA Institute for Advanced Computing Applications and Technologies (IACAT) National Center for Supercomputing
More informationOutline. March 5, 2012 CIRMMT - McGill University 2
Outline CLUMEQ, Calcul Quebec and Compute Canada Research Support Objectives and Focal Points CLUMEQ Site at McGill ETS Key Specifications and Status CLUMEQ HPC Support Staff at McGill Getting Started
More informationPART-I (B) (TECHNICAL SPECIFICATIONS & COMPLIANCE SHEET) Supply and installation of High Performance Computing System
INSTITUTE FOR PLASMA RESEARCH (An Autonomous Institute of Department of Atomic Energy, Government of India) Near Indira Bridge; Bhat; Gandhinagar-382428; India PART-I (B) (TECHNICAL SPECIFICATIONS & COMPLIANCE
More informationIBM Virtual Fabric Architecture
IBM Virtual Fabric Architecture Seppo Kemivirta Product Manager Finland IBM System x & BladeCenter 2007 IBM Corporation Five Years of Durable Infrastructure Foundation for Success BladeCenter Announced
More informationGrid Computing: dealing with GB/s dataflows
Grid Computing: dealing with GB/s dataflows Jan Just Keijser, Nikhef janjust@nikhef.nl David Groep, NIKHEF 3 May 2012 Graphics: Real Time Monitor, Gidon Moont, Imperial College London, see http://gridportal.hep.ph.ic.ac.uk/rtm/
More informationPedraforca: a First ARM + GPU Cluster for HPC
www.bsc.es Pedraforca: a First ARM + GPU Cluster for HPC Nikola Puzovic, Alex Ramirez We ve hit the power wall ALL computers are limited by power consumption Energy-efficient approaches Multi-core Fujitsu
More informationBuilding a Dutch National Research Infrastructure IRODS UGM 2017
Building a Dutch National Research Infrastructure IRODS UGM 2017 Frank Heere 15-06-2017 SURF: who are we? Not-for-profit cooperative for ICT in Dutch education and research Knowledge sharing Shared digital
More informationHigh Performance Computing from an EU perspective
High Performance Computing from an EU perspective DEISA PRACE Symposium 2010 Barcelona, 10 May 2010 Kostas Glinos European Commission - DG INFSO Head of Unit GÉANT & e-infrastructures 1 "The views expressed
More informationCOMPUTER SCIENCE DEPARTMENT IT INFRASTRUCTURE
COMPUTER SCIENCE DEPARTMENT IT INFRASTRUCTURE Systems Group Email: root@cs.odu.edu -Director: Prof Ajay Gupta Director of Computer Resources (ajay@cs.odu.edu) (757) 683-3347 -Full time employees: responsible
More informationSUN CUSTOMER READY HPC CLUSTER: REFERENCE CONFIGURATIONS WITH SUN FIRE X4100, X4200, AND X4600 SERVERS Jeff Lu, Systems Group Sun BluePrints OnLine
SUN CUSTOMER READY HPC CLUSTER: REFERENCE CONFIGURATIONS WITH SUN FIRE X4100, X4200, AND X4600 SERVERS Jeff Lu, Systems Group Sun BluePrints OnLine April 2007 Part No 820-1270-11 Revision 1.1, 4/18/07
More informationHPC Capabilities at Research Intensive Universities
HPC Capabilities at Research Intensive Universities Purushotham (Puri) V. Bangalore Department of Computer and Information Sciences and UAB IT Research Computing UAB HPC Resources 24 nodes (192 cores)
More informationTECHNICAL OVERVIEW ACCELERATED COMPUTING AND THE DEMOCRATIZATION OF SUPERCOMPUTING
TECHNICAL OVERVIEW ACCELERATED COMPUTING AND THE DEMOCRATIZATION OF SUPERCOMPUTING Table of Contents: The Accelerated Data Center Optimizing Data Center Productivity Same Throughput with Fewer Server Nodes
More informationDell EMC Ready Bundle for HPC Digital Manufacturing Dassault Systѐmes Simulia Abaqus Performance
Dell EMC Ready Bundle for HPC Digital Manufacturing Dassault Systѐmes Simulia Abaqus Performance This Dell EMC technical white paper discusses performance benchmarking results and analysis for Simulia
More informationCluster Network Products
Cluster Network Products Cluster interconnects include, among others: Gigabit Ethernet Myrinet Quadrics InfiniBand 1 Interconnects in Top500 list 11/2009 2 Interconnects in Top500 list 11/2008 3 Cluster
More informationHPC Hardware Overview
HPC Hardware Overview John Lockman III April 19, 2013 Texas Advanced Computing Center The University of Texas at Austin Outline Lonestar Dell blade-based system InfiniBand ( QDR) Intel Processors Longhorn
More informationDe BiG Grid e-infrastructuur digitaal onderzoek verbonden
Graphics: Real Time Monitor, Gidon Moont, Imperial College London, see http://gridportal.hep.ph.ic.ac.uk/rtm/ De BiG Grid e-infrastructuur digitaal onderzoek verbonden David Groep, Nikhef KennisKring Amsterdam
More informationTECHNICAL GUIDELINES FOR APPLICANTS TO PRACE 13 th CALL (T ier-0)
TECHNICAL GUIDELINES FOR APPLICANTS TO PRACE 13 th CALL (T ier-0) Contributing sites and the corresponding computer systems for this call are: BSC, Spain IBM System x idataplex CINECA, Italy Lenovo System
More informationVMs at a Tier-1 site. EGEE 09, Sander Klous, Nikhef
VMs at a Tier-1 site EGEE 09, 21-09-2009 Sander Klous, Nikhef Contents Introduction Who are we? Motivation Why are we interested in VMs? What are we going to do with VMs? Status How do we approach this
More informationGrid Computing: dealing with GB/s dataflows
Grid Computing: dealing with GB/s dataflows Jan Just Keijser, Nikhef janjust@nikhef.nl David Groep, NIKHEF 21 March 2011 Graphics: Real Time Monitor, Gidon Moont, Imperial College London, see http://gridportal.hep.ph.ic.ac.uk/rtm/
More informationCPMD Performance Benchmark and Profiling. February 2014
CPMD Performance Benchmark and Profiling February 2014 Note The following research was performed under the HPC Advisory Council activities Special thanks for: HP, Mellanox For more information on the supporting
More informationTo hear the audio, please be sure to dial in: ID#
Introduction to the HPP-Heterogeneous Processing Platform A combination of Multi-core, GPUs, FPGAs and Many-core accelerators To hear the audio, please be sure to dial in: 1-866-440-4486 ID# 4503739 Yassine
More informationIBM Power Advanced Compute (AC) AC922 Server
IBM Power Advanced Compute (AC) AC922 Server The Best Server for Enterprise AI Highlights IBM Power Systems Accelerated Compute (AC922) server is an acceleration superhighway to enterprise- class AI. A
More informationHigh Performance Computing (HPC) Prepared By: Abdussamad Muntahi Muhammad Rahman
High Performance Computing (HPC) Prepared By: Abdussamad Muntahi Muhammad Rahman 1 2 Introduction to High Performance Computing (HPC) Introduction High-speed computing. Originally pertaining only to supercomputers
More informationHPC IN EUROPE. Organisation of public HPC resources
HPC IN EUROPE Organisation of public HPC resources Context Focus on publicly-funded HPC resources provided primarily to enable scientific research and development at European universities and other publicly-funded
More informationLeonhard: a new cluster for Big Data at ETH
Leonhard: a new cluster for Big Data at ETH Bernd Rinn, Head of Scientific IT Services Olivier Byrde, Group leader High Performance Computing Bernd Rinn & Olivier Byrde 2017-02-15 1 Agenda Welcome address
More informationHPC Cloud at SURFsara
HPC Cloud at SURFsara Offering cloud as a service SURF Research Boot Camp 21st April 2016 Ander Astudillo Markus van Dijk What is cloud computing?
More informationIllinois Proposal Considerations Greg Bauer
- 2016 Greg Bauer Support model Blue Waters provides traditional Partner Consulting as part of its User Services. Standard service requests for assistance with porting, debugging, allocation issues, and
More informationHPC Current Development in Indonesia. Dr. Bens Pardamean Bina Nusantara University Indonesia
HPC Current Development in Indonesia Dr. Bens Pardamean Bina Nusantara University Indonesia HPC Facilities Educational & Research Institutions in Indonesia CIBINONG SITE Basic Nodes: 80 node 2 processors
More informationBig Data Analytics Performance for Large Out-Of- Core Matrix Solvers on Advanced Hybrid Architectures
Procedia Computer Science Volume 51, 2015, Pages 2774 2778 ICCS 2015 International Conference On Computational Science Big Data Analytics Performance for Large Out-Of- Core Matrix Solvers on Advanced Hybrid
More informationAMBER 11 Performance Benchmark and Profiling. July 2011
AMBER 11 Performance Benchmark and Profiling July 2011 Note The following research was performed under the HPC Advisory Council activities Participating vendors: AMD, Dell, Mellanox Compute resource -
More informationQLogic TrueScale InfiniBand and Teraflop Simulations
WHITE Paper QLogic TrueScale InfiniBand and Teraflop Simulations For ANSYS Mechanical v12 High Performance Interconnect for ANSYS Computer Aided Engineering Solutions Executive Summary Today s challenging
More informationThree Generations of Linux Dr. Alexander Dunaevskiy
Three Generations of Linux Server Systems as TSM-Platform at 17.08.2007 Dr. Alexander Dunaevskiy dunaevskiy@lrz.de d LRZ in Words LRZ is the biggest supercomputing centre in Germany LRZ provides a wide
More informationMap3D V58 - Multi-Processor Version
Map3D V58 - Multi-Processor Version Announcing the multi-processor version of Map3D. How fast would you like to go? 2x, 4x, 6x? - it's now up to you. In order to achieve these performance gains it is necessary
More informationHPC and IT Issues Session Agenda. Deployment of Simulation (Trends and Issues Impacting IT) Mapping HPC to Performance (Scaling, Technology Advances)
HPC and IT Issues Session Agenda Deployment of Simulation (Trends and Issues Impacting IT) Discussion Mapping HPC to Performance (Scaling, Technology Advances) Discussion Optimizing IT for Remote Access
More informationBlueGene/L. Computer Science, University of Warwick. Source: IBM
BlueGene/L Source: IBM 1 BlueGene/L networking BlueGene system employs various network types. Central is the torus interconnection network: 3D torus with wrap-around. Each node connects to six neighbours
More informationThe Stampede is Coming: A New Petascale Resource for the Open Science Community
The Stampede is Coming: A New Petascale Resource for the Open Science Community Jay Boisseau Texas Advanced Computing Center boisseau@tacc.utexas.edu Stampede: Solicitation US National Science Foundation
More informationBuilding an Exotic HPC Ecosystem at The University of Tulsa
Building an Exotic HPC Ecosystem at The University of Tulsa John Hale Peter Hawrylak Andrew Kongs Changing Our CS Culture Platforms Desktop, workstations, mobile Programming Java, python Serial Changing
More informationHPC Enabling R&D at Philip Morris International
HPC Enabling R&D at Philip Morris International Jim Geuther*, Filipe Bonjour, Bruce O Neel, Didier Bouttefeux, Sylvain Gubian, Stephane Cano, and Brian Suomela * Philip Morris International IT Service
More informationIBM Power AC922 Server
IBM Power AC922 Server The Best Server for Enterprise AI Highlights More accuracy - GPUs access system RAM for larger models Faster insights - significant deep learning speedups Rapid deployment - integrated
More informationAMRES Combining national, regional and & EU efforts
AMRES Combining national, regional and & EU efforts Eastern Europe Partnership Event, 8 November 2011, Bucharest www.amres.ac.rs 1 www.amres.ac.rs Who are we? - Why AMRES/UoB? In 90s UoB (computer centre)
More informationOverview of Parallel Computing. Timothy H. Kaiser, PH.D.
Overview of Parallel Computing Timothy H. Kaiser, PH.D. tkaiser@mines.edu Introduction What is parallel computing? Why go parallel? The best example of parallel computing Some Terminology Slides and examples
More informationGPU ACCELERATED COMPUTING. 1 st AlsaCalcul GPU Challenge, 14-Jun-2016, Strasbourg Frédéric Parienté, Tesla Accelerated Computing, NVIDIA Corporation
GPU ACCELERATED COMPUTING 1 st AlsaCalcul GPU Challenge, 14-Jun-2016, Strasbourg Frédéric Parienté, Tesla Accelerated Computing, NVIDIA Corporation GAMING PRO ENTERPRISE VISUALIZATION DATA CENTER AUTO
More informationInauguration Cartesius June 14, 2013
Inauguration Cartesius June 14, 2013 Hardware is Easy...but what about software/applications/implementation/? Dr. Peter Michielse Deputy Director 1 Agenda History Cartesius Hardware path to exascale: the
More informationWVU RESEARCH COMPUTING INTRODUCTION. Introduction to WVU s Research Computing Services
WVU RESEARCH COMPUTING INTRODUCTION Introduction to WVU s Research Computing Services WHO ARE WE? Division of Information Technology Services Funded through WVU Research Corporation Provide centralized
More informationMonash High Performance Computing
MONASH eresearch Monash High Performance Computing Gin Tan Senior HPC Consultant MeRC (Monash eresearch) Monash HPC Infrastructure MASSIVE MonARCH Characterisation VL and Instruments MASSIVE-3 MeRC Infrastructure
More informationDiamond Networks/Computing. Nick Rees January 2011
Diamond Networks/Computing Nick Rees January 2011 2008 computing requirements Diamond originally had no provision for central science computing. Started to develop in 2007-2008, with a major development
More informationHPC Technology Update Challenges or Chances?
HPC Technology Update Challenges or Chances? Swiss Distributed Computing Day Thomas Schoenemeyer, Technology Integration, CSCS 1 Move in Feb-April 2012 1500m2 16 MW Lake-water cooling PUE 1.2 New Datacenter
More informationNAMD GPU Performance Benchmark. March 2011
NAMD GPU Performance Benchmark March 2011 Note The following research was performed under the HPC Advisory Council activities Participating vendors: Dell, Intel, Mellanox Compute resource - HPC Advisory
More informationBrand-New Vector Supercomputer
Brand-New Vector Supercomputer NEC Corporation IT Platform Division Shintaro MOMOSE SC13 1 New Product NEC Released A Brand-New Vector Supercomputer, SX-ACE Just Now. Vector Supercomputer for Memory Bandwidth
More informationMultiprocessors. Loosely coupled [Multi-computer] each CPU has its own memory, I/O facilities and OS. CPUs DO NOT share physical memory
Loosely coupled [Multi-computer] each CPU has its own memory, I/O facilities and OS CPUs DO NOT share physical memory IITAC Cluster [in Lloyd building] 346 x IBM e326 compute node each with 2 x 2.4GHz
More informationResources Current and Future Systems. Timothy H. Kaiser, Ph.D.
Resources Current and Future Systems Timothy H. Kaiser, Ph.D. tkaiser@mines.edu 1 Most likely talk to be out of date History of Top 500 Issues with building bigger machines Current and near future academic
More informationHigh Performance Computing Resources at MSU
MICHIGAN STATE UNIVERSITY High Performance Computing Resources at MSU Last Update: August 15, 2017 Institute for Cyber-Enabled Research Misson icer is MSU s central research computing facility. The unit
More information19. prosince 2018 CIIRC Praha. Milan Král, IBM Radek Špimr
19. prosince 2018 CIIRC Praha Milan Král, IBM Radek Špimr CORAL CORAL 2 CORAL Installation at ORNL CORAL Installation at LLNL Order of Magnitude Leap in Computational Power Real, Accelerated Science ACME
More informationHP GTC Presentation May 2012
HP GTC Presentation May 2012 Today s Agenda: HP s Purpose-Built SL Server Line Desktop GPU Computing Revolution with HP s Z Workstations Hyperscale the new frontier for HPC New HPC customer requirements
More informationArchitectures for Scalable Media Object Search
Architectures for Scalable Media Object Search Dennis Sng Deputy Director & Principal Scientist NVIDIA GPU Technology Workshop 10 July 2014 ROSE LAB OVERVIEW 2 Large Database of Media Objects Next- Generation
More informationThe rcuda middleware and applications
The rcuda middleware and applications Will my application work with rcuda? rcuda currently provides binary compatibility with CUDA 5.0, virtualizing the entire Runtime API except for the graphics functions,
More informationScientific data processing at global scale The LHC Computing Grid. fabio hernandez
Scientific data processing at global scale The LHC Computing Grid Chengdu (China), July 5th 2011 Who I am 2 Computing science background Working in the field of computing for high-energy physics since
More informationRIVYERA S6-LX150 DATASHEET. 128 FPGA Next Generation Reconfigurable Computer RIVYERA S6-LX150
DATASHEET RIVYERA S6-LX150 128 FPGA Next Generation Reconfigurable Computer RIVYERA S6-LX150 Products shown in this data sheet may be subjected to any change without prior notice. Although all data reported
More informationLonghorn Project TACC s XD Visualization Resource
Longhorn Project TACC s XD Visualization Resource DOE Computer Graphics Forum April 14, 2010 Longhorn Visualization and Data Analysis In November 2008, NSF accepted proposals for the Extreme Digital Resources
More informationLustre2.5 Performance Evaluation: Performance Improvements with Large I/O Patches, Metadata Improvements, and Metadata Scaling with DNE
Lustre2.5 Performance Evaluation: Performance Improvements with Large I/O Patches, Metadata Improvements, and Metadata Scaling with DNE Hitoshi Sato *1, Shuichi Ihara *2, Satoshi Matsuoka *1 *1 Tokyo Institute
More informationOptimizing Cluster Utilisation with Bright Cluster Manager
Optimizing Cluster Utilisation with Bright Cluster Manager Arno Ziebart Sales Manager Germany HPC Advisory Council 2011 www.clustervision.com 1 About us Specialists in Compute, Storage & GPU Clusters (Tailor-Made,
More informationRonald van der Pol
Ronald van der Pol Contributors! " Ronald van der Pol! " Freek Dijkstra! " Pieter de Boer! " Igor Idziejczak! " Mark Meijerink! " Hanno Pet! " Peter Tavenier Outline! " Network bandwidth
More informationTACC s Stampede Project: Intel MIC for Simulation and Data-Intensive Computing
TACC s Stampede Project: Intel MIC for Simulation and Data-Intensive Computing Jay Boisseau, Director April 17, 2012 TACC Vision & Strategy Provide the most powerful, capable computing technologies and
More informationFaster Innovation - Accelerating SIMULIA Abaqus Simulations with NVIDIA GPUs. Baskar Rajagopalan Accelerated Computing, NVIDIA
Faster Innovation - Accelerating SIMULIA Abaqus Simulations with NVIDIA GPUs Baskar Rajagopalan Accelerated Computing, NVIDIA 1 Engineering & IT Challenges/Trends NVIDIA GPU Solutions AGENDA Abaqus GPU
More informationUpgrade to Microsoft SQL Server 2016 with Dell EMC Infrastructure
Upgrade to Microsoft SQL Server 2016 with Dell EMC Infrastructure Generational Comparison Study of Microsoft SQL Server Dell Engineering February 2017 Revisions Date Description February 2017 Version 1.0
More informationSuperMike-II Launch Workshop. System Overview and Allocations
: System Overview and Allocations Dr Jim Lupo CCT Computational Enablement jalupo@cct.lsu.edu SuperMike-II: Serious Heterogeneous Computing Power System Hardware SuperMike provides 442 nodes, 221TB of
More informationVMware, Cisco and EMC The VCE Alliance
ware, Cisco and EMC The VCE Alliance Juan Carlos Bonilla ware Luis Pérez Cisco Aarón Sánchez EMC October, 2009 1 The VCE Positioning - Where is the Problem? Source: IDC 2008 2 Where is the Problem? The
More informationMILC Performance Benchmark and Profiling. April 2013
MILC Performance Benchmark and Profiling April 2013 Note The following research was performed under the HPC Advisory Council activities Special thanks for: HP, Mellanox For more information on the supporting
More informationIBM Power Systems HPC Cluster
IBM Power Systems HPC Cluster Highlights Complete and fully Integrated HPC cluster for demanding workloads Modular and Extensible: match components & configurations to meet demands Integrated: racked &
More informationData Protection at Cloud Scale. A reference architecture for VMware Data Protection using CommVault Simpana IntelliSnap and Dell Compellent Storage
Data Protection at Cloud Scale A reference architecture for VMware Data Protection using CommVault Simpana IntelliSnap and Dell Compellent Storage Contents Introduction... 4 Environment... 4 Scenarios...
More informationSmarter Clusters from the Supercomputer Experts
Smarter Clusters from the Supercomputer Experts Maximize Your Results with Flexible, High-Performance Cray CS500 Cluster Supercomputers In science and business, as soon as one question is answered another
More information