Access to the Federal High-Performance Computing-Centers
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1 Access to the Federal High-Performance Computing-Centers University of Stuttgart High-Performance Computing-Center Stuttgart (HLRS) Slide 1 TOP 500 Nov. List German Sites, 1 st part federal thematic regional Rank Installation Site Max-Planck-Gesellschaft MPI/IPP Leibniz Rechenzentrum Location Garching München R max 2010 =51% 1653 =82% Peak Manufacturer Computer / Procs 1.3GHz/ 752 Hitachi SR8000-F1/168/ 168 Year of Installat ion 2000 / 31 Deutscher Wetterdienst Offenbach 1293 =67% 1920 IBM SP Power3 375MHz 16way/ HLRN at Universitaet Hannover / RRZN Hannover 1038 =52% 1.3GHz/ HLRN at ZIB/Konrad Zuse- Zentrum fuer Informationstechnik Berlin 1038 =52% 1.3GHz/ DKRZ - Deutsches Klimarechenzentrum Hamburg 982 =96% 1024 NEC SX-6/128M16/ Universitaet Heidelberg - IWR Heidelberg 825 =58% 1430 Megware HELICS AMD1.4GHz Myrinet/ Deutscher Wetterdienst Offenbach 671 =69% 974 Cray Inc. T3E1200/ Jülich 135 Forschungszentrum Juelich Slide 2 / Universitaet Aachen/RWTH Aachen 447 =69% 357 =69% Cray Inc. T3E1200/ 540 SunFire15K/
2 TOP 500 Nov. List German Sites, 2 nd part federal thematic regional Rank Installation Site Max-Planck-Gesellschaft MPI/IPP HWW/Universitaet Stuttgart Location Garching Stuttgart R max 355 =73% 341 =70% Peak Manufacturer Computer / Procs Cray Inc. T3E/ 812 Cray Inc. T3E900/ 540 Year of Installat ion ZIB/Konrad Zuse-Zentrum fuer Informationstechnik Berlin 341 =70% 486 Cray Inc. T3E900/ Theoretical Chemistry, Ruhr- University Bochum Bochum =66% Megware AMD Athlon MP SCI 2D-Torus/ Universitaet Darmstadt Darmstadt =47% GHz GigEth/ Forschungszentrum Juelich Jülich 234 =72% 324 Cray Inc. T3E600/ GWDG Göttingen 226 =67% 336 IBM SP Power3 375 MHz/ Technische Universitaet Chemnitz Chemnitz =52% Self-made CLIC PIII 800 MHz/ Göttingen 373 GWDG Slide 3 / Universitaet Aachen/RWTH Aachen 198 =45% IBM pseries GHz GigEth/ 96 SunFire15K/ Universitaet Aachen/RWTH Aachen SunFire15K/ 144 High Performance Computing in Germany Federal HLRS/HWW Stuttgart NIC Jülich LRZ/HLRB Munich Thematic (federal) RZ Garching DKRZ/HLRE Hamburg DWD Offenbach Regional ZIB Berlin RRZN Hannover See also and Slide 4 / 12
3 Architectures Parallel Vector Processor (PVP) & Symmetric Multi Processor (SMP) NEC SX-6, SX-5 CPUs Cray SV1, X1 Memory-Interconnect Memory MPP, massively parallel processor achieve Cray T3E-1200, 900, 600 Linux cluster Memory CPUs Node Interconnect Hierarchical: Cluster of SMP nodes Hitachi SR8000 IBM SP NEC SX cluster Linux cluster Node Interconnect nodes CPUs Memory-Interconnect Memory Slide 5 / 12 Vector Processing some platforms perform vector processing vector processor mainly a question of memory bandwidth how many load/stores per floating point operation? memory-interconnect for which memory access pattern the compiler supports the vector access the hardware supports the vector access Slide 6 / 12
4 HLRS Stuttgart: hww hww configuration (2003) NEC SX-4/40 H2 NEC SX-5/32 M2e Cray SV1/20 Fileserver Research networks debis networks hp V2250 Vaihingen 2 GBit/s d 20 km Untertürkheim SGI Origin 2000 Hitachi SR8000 Cray T3E-900/512 Slide 7 / 12 HLRS at Stuttgart High-Performance Computing-Center Stuttgart (HLRS) at University of Stuttgart Platforms: NEC SX-5/32 (128 GFlop/s peak) NEC SX-6/48 (550 GFlop/s peak) vector system, available ~ April 2004 Next generation NEC SX? (~ 12 TFlop/s peak) vector system, available ~ early 2005 Cray T3E will be substituted by: IA32 and IA64 clusters Online-Proposals: > HW&Access > Access > proposal > test account (Schnupperaccount) Slide 8 / 12 NEC SX-6 NEC SX-5/32 M2e 2*16 PEs, GByte Cray T3E PEs, GByte
5 NIC at Jülich John von Neumann-Institut für Computing (NIC) at Forschungszentrum Jülich Platforms: IBM Regatta (30x32 CPUs Power GHz, 128 GB/node, Federation Switch with 4 adapters per 32-CPU-SMP node, since Feb 11, 2004) Extension to 41 nodes: March 2004, 8.9 Tflop/s Cray T3E (will be switched off in Summer 2004) Cray SV1ex Online-Proposals: > Computing Time Deadlines April 30, for accounts valid July June (next year) Oct. 31, for accounts valid Jan. Dec. (next year) Slide 9 / 12 LRZ / HLRB at Munich: Hitachi SR8000 System: 168 nodes, 2.02 TFLOP/s peak 1.65 TFLOP/s Linpack 1.3 TB memory Node: 8 CPUs, 12 GFLOP/s 8 GB, SMP pseudo-vector ext. b/w: 950 MB/s CPU: 1.5 GFLOP/s, 375 MHz 4 GB/s memory b/w Installed: 1.Q 2000 at LRZ (112 nodes) Slide 10 / 12
6 Hitachi SR 8000-F1/112 (Rank 5 in TOP 500 / June 2000) Höchstleistungsrechner in Bayern (HLRB) at Leibniz-Rechenzentrum (LRZ) Platform: Hitachi SR8000-F1 (168 nodes, each with 8 processors) Online-Proposals: > Online Project Proposal Submission Slide 11 / 12 High Performance Computing in Germany Summary Federal HLRS/HWW Stuttgart NIC Jülich LRZ/HLRB Munich Thematic (federal) RZ Garching DKRZ Hamburg DWD Offenbach Regional ZIB Berlin RRZN Hannover See also >HW&Access >Access nic/nic-e.html compute/hlrb/ Slide 12 / 12
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