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Die Kooperation von Forschungszentrum Karlsruhe GmbH und Universität Karlsruhe (TH) Steinbuch Centre for Computing (SCC) A large Multi-Functional HPC Centre Rudolf Lohner, Frank Schmitz
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2 | Steinbuch Centre for Computing | ZKI in Göttingen University 11faculties 120 institutes 4,000 employees 18,500 students 250 mio € budget University 11faculties 120 institutes 4,000 employees 18,500 students 250 mio € budget Forschungszentrum 10programs (research areas) 21 large institutes 4,000 employees 310 mio € budget Forschungszentrum 10programs (research areas) 21 large institutes 4,000 employees 310 mio € budget Karlsruhe Institute of Technology (KIT) 10 km 15 min science education structures for the administration institutes services infrastructure KIT…
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3 | Steinbuch Centre for Computing | ZKI in Göttingen KIT / SCC Karlsruhe Institute of Technology - two strong partners united Universität Karlsruhe (TH) One of the most research oriented universities in Germany Nominated to one of three top universities in October 2006 Capitalized with over 100 million € over 5 years Forschungzentrum Karlsruhe Member of the Helmholtz Association Internationally acknowledged non-university institution Under the roof of KIT – Steinbuch Centre for Computing Computing Center of the Universität Karlsruhe (TH) Institute of Scientific Computing of the Forschungszentrum Karlsruhe
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4 | Steinbuch Centre for Computing | ZKI in Göttingen IWR / FZK RZ Uni KA Virtual Computing Centre since 1996 IT-Services for UKA High Performance Computing Numerical Methods on HPC Integrated Information Mgmt. IT-Services for FZK Scientific Computing GridKa, CampusGrid, D-Grid Nat. & Intl. Grid Projects Virtual Computing Centre Karlsruhe since 1996
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5 | Steinbuch Centre for Computing | ZKI in Göttingen SCC-Board Four Professors and one Technical Director Networks and Telecommunication Data Management and Information- Services Systems and Server Desktop- Workstation- and Communi- cations Services SOA and Virtualisation Distributed Systems and Grid Print-, Plot- und Media Production I/O, Operational Services and Help Desk HPC -Systems, -Applications, -Grid IT-Security and Service- Management Project-Managemet and -Coordination Quality- und Product-Mgmt. Strategic Communiation & Relationship Mgmt. Organisation Teaching, Advanced Education Common Administration and Organisation 10 SCC Departments
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6 | Steinbuch Centre for Computing | ZKI in Göttingen KIT / SCC Roadmap Karlsruhe Institute of Technology (KIT) Foundation Contract to be signed in 2007 Official start of KIT: January 1st, 2008 Steinbuch Centre for Computing (SCC) Founded simultaneously with KIT Official start of SCC: January 1st, 2008
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7 | Steinbuch Centre for Computing | ZKI in Göttingen SCC Portfolio Infrastructure Services Projects
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8 | Steinbuch Centre for Computing | ZKI in Göttingen HPC platforms at SCC: HP XC6000 / XC4000 Q1 04 Q4 04 Q1 05 Q1 06 Q3 06 Phase 2: » Total of 3000 processor cores » Total of 15.6 TFlop/s peak performance » Total of 12 TB of main memory » Total 110 TB of local disk space (scratch) Phase 0 (Q1 2004) »12 2-way nodes (Itanium 2) »4 file server nodes -2 TB shared storage »Single rail Quadrics interconnect Phase 1 (Q4 2004) »108 2-way nodes -Intel Madison 6M, 1.5 Ghz, 12 GB »8 file server nodes -Approx. 11 TB storage system »Single rail Quadrics interconnect Phase 1 (Q1 2005) »6 16-way nodes -Intel Madison 6M, 1.6 Ghz -2 partions, each 8 CPUs, 64 GB »Single rail Quadrics interconnect Phase 2 (Q3 2006) »750 4-way nodes (two sockets) -dual core AMD Opteron 2.6 Ghz -16 GB main memory »10 server nodes »10 file server nodes -Approx. 56 TB storage system »Infiniband DDR interconnect
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9 | Steinbuch Centre for Computing | ZKI in Göttingen Globales Filesystem 56 TB Infiniband 4x (DDR) Fast Interconnect Ethernet Administration Login nodes Lustre... 750 Compute nodes Service nodes Local Disks à 72 GB... Configuration of the HP XC4000
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10 | Steinbuch Centre for Computing | ZKI in Göttingen Parallel File System HP SFS on XC4000 Shared storage for all nodes of XC system 10 file server nodes 2 MDS / Admin 2 OSS for $HOME 6 OSS for $WORK 56 TB file space 8 TB $HOME 48 TB $WORK Bandwidth Read / write from one node: 340 MB/s / 340 MB/s Total read / write bandwidth of $HOME: 600 MB/s / 360 MB/s Total read / write bandwidth of $WORK: 3600 MB/s / 2200 MB/s
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11 | Steinbuch Centre for Computing | ZKI in Göttingen GridKa, the Tier-1 computer center for LHC LHC=large hadron collider (CERN) Grid based structure in a worldwide environment for high energy physics gLite storage resource manager (SRM) based on dCache Resource broker for world wide usage of LHC resources PBSpro for resource management Certification Authority (CA)
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12 | Steinbuch Centre for Computing | ZKI in Göttingen GridKa, usage in Germany 22 Research Centers 44 Working Groups 350 Scientists Aachen (4) ● Bielefeld (2) ● Bochum (2) ● Bonn (3) ● Darmstadt (1) ▲ Dortmund (1) ● Dresden (2) ● Erlangen (1) ● Frankfurt (1) ● Freiburg (2) ● Hamburg (1) ▲ Heidelberg (1) ▲ (6) ● Karlsruhe (2) ● Mainz (3) ● Mannheim (1) ● München (1) ● (5) ▲ Münster (1) ● Rostock (1) ● Siegen (1) ● Wuppertal (2) ● ▲
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13 | Steinbuch Centre for Computing | ZKI in Göttingen GridKa, future plans FZK has signed the WLCG MoU and is able to deliver resources for the LHC experiment up to 2022 as the Tier-1 center resources for WLCG (Worldwide LHC Computing Grid Projekt
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14 | Steinbuch Centre for Computing | ZKI in Göttingen Motivation for the project CampusGrid heterogeneous IT-environment: vector-, SMP-, cluster-, blade- systems, SAN, NAS, Unix, Linux, Windows, Solaris, SuperUX, …. global view by the user only one user management (ADS from Microsoft) one job management metacomputing (MPI,..), “real-time” applications access data for visualization at the local workstation global accounting seamless integration into different projects and middleware concepts like gLite, LCG, D-Grid, Unicore, GT4, ….
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15 | Steinbuch Centre for Computing | ZKI in Göttingen Infrastructure of the project CampusGrid FSC Celsius (MetaDataServer) 96 FSC RX 220 IBM eServer e325 IBM p630 Power4 IBM xSeries 335 32 Sunfire V20z Brocade Silkworm 48000 qLogic/Silverstorm IB director IB-FC gateway FibreChannel InfiniBand 10/20 Gbit/s Brocade Switch and IBM Blade JS20/HS20/HS21 EMC Clariion CX700, S-ATA, FC disks Intel Whitebox 16 Gbit/s 4 Gbit/s FSC Celsius (MetaDataServer) 4 Gbit/s 16 Gbit/s 32 Gbit/s 16 Gbit/s NEC SX-8R environment
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16 | Steinbuch Centre for Computing | ZKI in Göttingen D-Grid (the German Grid initiative) starting September 2005 to build a sustainable Grid infrastructure six Community Grid projects an the D-Grid Integration Project (DGI) funded by BMBF, the Federal Ministry of Education and Research astronomy, climate research, high energy physics, engineering research, medical research, humanities gLite, GT4, UNICORE SRM/dCache for the data access heterogeneous CPU access (AIX, Linux, Solaris, SuperUX)
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17 | Steinbuch Centre for Computing | ZKI in Göttingen Shosholoza Project: America’s Cup Form optimization/Model reduction/Weather forecast Head of the Scientific Advisory Board Metras Project: Weather Forecast Cooperation with the University of Hamburg Task force SCC (7 employees) Simulation of Solid Oxid Fuel Cells Detailed chemistry and 3D United Airways: Simulation of the respiratory tract Cooperation with the clinical Center (2 employees) Numerical HPC Numerics in HPC at the SCC - Projects
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18 | Steinbuch Centre for Computing | ZKI in Göttingen United Airways Project
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19 | Steinbuch Centre for Computing | ZKI in Göttingen Numerics in HPC at the SCC - Projects Multicore and coprocessor technology Cooperation with HP and ClearSpeed Dedicated Research Group Junior Professor Numerics on specific architectures Multicore Coprocessors Visualization Project: on HP SVA Instationary 3D flow Software Development HiFlow-Project: FEM, 3D, HPC (www.hiflow.de) HiVision-Project: Visualization OpenLB: Lattice-Boltzmann/HPC (www.openlb.org)
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20 | Steinbuch Centre for Computing | ZKI in Göttingen The influence of a Storage Lake in the Arid Elqui Valley in Chile on the Local Climate out: Δx = 800 m, Δy = 800m in(1): Δx = 400 m, Δy = 400 m in(2): Δx = 200 m, Δy = 200 m in(3): Δx = 100 m, Δy = 100 m (out) (in) 225 x 135 horizontal gridpoints 100 vertical levels
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21 | Steinbuch Centre for Computing | ZKI in Göttingen Thank you! Questions?
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