Hans-Hermann Frese [email protected] Konrad-Zuse-Zentrum für Informationstechnik Berlin Takustraße 7 14195 Berlin-Dahlem
Apr 05, 2015
Hans-Hermann Frese [email protected] für Informationstechnik BerlinTakustraße 714195 Berlin-Dahlem
Konrad-Zuse-Zentrum für Informationstechnik in Berlin-Dahlem
Konrad-Zuse-Zentrum für Informationstechnik Berlin
founded in 1984 by the Senate of Berlin:
“Gesetz über das Zentrum für Informationstechnik (ZInfG)”
“Dual Concept”
SC: scientific computing
CS: computer science & computer services
~200 staff members inclusive students and regular guests
The Roots: Konrad Zuse
1938: Zuse Z1, first programmable mechanical computer
destroyed in World War II
1941: Zuse Z3, first programmable electromagnetic computer
2000 relays, 1/3 Flop/s
Z1 has many features of a modern computer:
• freely programmable• separate memory• control unit with
micro sequencer• floating point arithmetic
Konrad Zuse1920 - 1995
Konrad-Zuse Zentrum für Informationstechnik Berlin ZIB
Konrad Zuse (middle) discussing the plans for the new ZIB building with the President and Vice President of ZIB
ZIB Management
• Peter Deuflhard (1986, President), Numerical MethodsFreie Universität Berlin
• Martin Grötschel (1991, Vice-President), Discrete MethodsTechnische Universität Berlin
• Alexander Reinefeld (1998), Computer Science Humboldt-Universität zu Berlin
• Henry Thieme (1990), Administration
Scientific ComputingPeter DeuflhardMartin Grötschel
VerwaltungsratFreie Universität Berlin (FUB)
Humboldt-Universität Berlin (HU)Technische Universität Berlin (TUB)
Bundesanstalt für Materialforschung und -prüfung (BAM)Hahn-Meitner-Institut Berlin (HMI)
Max-Delbrück-Centrum für Molekulare Medizin (MDC)Senat von Berlin - Wissenschafts- und Wirtschaftsverwaltg
Wissenschaftlicher BeiratW. Büttner MünchenH.-J. Lichtfuß BerlinTh. Liebling LausanneA.K. Louis SaarbrückenJ. Römelt LeverkusenK.-V. von Schöning BerlinB. Winter Düsseldorf
PresidentPeter Deuflhard
Vice PresidentMartin Grötschel
AdministrationHenry Thieme
Computer ScienceAlexander Reinefeld
ZulassungsausschußW. Koch BerlinV. Linke BerlinJ. Manz BerlinF. Thiele BerlinD. Stauffer KölnU. Wolff BerlinL. Zülicke Potsdam
ZIB Organisation Chart
The Two Faces of ZIB CS
Computer Services
• Supercomputing Services
Cray T3E
Mass Storage
• User Consulting
efficient use of HPC
networking
Computer Science Research
• Architecture
SAN interconnects
• Middleware
distributed HPC computing
resource management
• Demonstrator Applications
bioinformatics
Computer Science
A. Reinefeld
Computer Science
A. Reinefeld
Operating
R. Götz
Operating
R. Götz
Supercomputer OperationAccounting and StatisticsBackup Services
Supercomputer OperationAccounting and StatisticsBackup Services
High-Performance Computing
H. Busch
High-Performance Computing
H. Busch
User SoftwareOperating Systems
User SoftwareOperating Systems
WAN ManagementBRAIN Office
WAN ManagementBRAIN Office
User ConsultingUser Consulting
Computer Science Research
A. Reinefeld
Computer Science Research
A. Reinefeld
Innovative ArchitecturesSystem SoftwareBenchmarking
Innovative ArchitecturesSystem SoftwareBenchmarking
MetacomputingMetacomputing
Internal Computer Services
W. Pyszkalski
Internal Computer Services
W. Pyszkalski
HW / SW InstallationService for Workstations and PCs
HW / SW InstallationService for Workstations and PCs
Network ServicesLAN Management
Network ServicesLAN Management
HW LaboratoryHW Laboratory
Delivered Computing Power
0,10
1,00
10,00
100,00
1000,00
84 87 90 93 96 99
GF
lop
/s
0,001
0,010
0,100
1,000
10,000
100,000
GB
yte
GFlop/s
GByte
T3E-900 LC 136
T3D SC 192
X-MP /24
T3D 256
T3E 402
History
1987(32 MB) - 1992(128 MB) – 1994:
Cray X-MP/24, 2 CPUs• 1 Gbyte/s high speed channel
• I/O subsystem with 2 PEs
• solid state storage: 128 MWords
• 421 MFlop/s
1994 (192 PEs) - 1995 (256 PEs) – 1998:
Cray T3D SC-256(TOP1 in Germany, 1994 – 1996)
• 128 MB / node
• 34 GFlop/s
Current Systems
SGI Cray T3E, 384 (408) PEs
• 256 Alpha EV5.6 450 MHz
• 128 Alpha EV5.6 600 MHz
• 67 GB memory
• UNICOS/Mk
• F90, C, C++, HPF
• MPI, PVM, shmem
• 403 GFlop/s peak
Cray J932/16
• 16 CPU J90, 100 MHz
• 8 GB shared memory
• UNICOS
• F90, C, C++
• MPI, PVM, shmem
• 3 GFlop/s peak
Mass Storage @ ZIB
Two StorageTek Robots for max. 12,0000 cassettes
• cassettes & drives 1999: 3000 Redwood cassettes, 8 x STK SD3 ACS drives
capacity 50 GBbandwidth 15 MB/s mount/dismount: 45/45 sØ positioning time: 53 s
2000: 700 STK 9840 “Eagle” cassettes, 4 x STK 9310 ACS drivescapacity 20 GBbandwidth 10 MB/s mount/dismount: 13/11 sØ positioning time: 11 s
2001: x TC60 cassettes (> 60 GB) >10 drives
• migration software:
DMF (SGI/Cray)
• NetBackup (Veritas)
Mass Storage @ ZIB
STK operation,SUN with database
library management unit
Cray J90 8 GByte
Cray T3E, 408 PEs 67 GByte
Origin200
670 GByte disk
librarycontrolunit
50 GByte disk
SCSI, 10 - 16 MByte/s per drive
control path
Ethernet
4 Eagle2 Redwood
4 Redwood
2 Redwood
200 GByte disk
Cray J90Cray T3E
Konrad-Zuse-Zentrum für Informationstechnik Berlin
Operating CenterTape Robot
Power Users @ ZIB (2000)
• Physics & Astrophysics Quantum Chromodynamics (Linke, FU; Müller-Preußker, HU, Schierholz, DESY Zeuthen) Dust formation on long-periodic variables (Sedlmayr, TU) Computational relativity and relativistic astrophysics (Seidel, AEI-MPG, Golm/Potsdam )
• Chemistry Car-Parinello MD studies on metal surfaces (Christmann, FU) Ab initio calculations of transition metal enzymes (Lubitz, TU) Structure and reactivity of transition metal complexes (Schwarz, TU) Structure, dynamics and reactivity of large chemical systems (Sauer, HU) Quantum dynamics of molecules, clusters and adsorbate systems (Manz, FU)
• Fluid Dynamics LES and DNS in Complex Geometries (Thiele, TU; Kaltenbach, TU) Aerodynamic Design Simulation and Turbulence Modeling (Thiele, TU)
• Environmental Sciences Ocean Modeling (Kielmann, CAU Kiel) Climate-Middle Atmosphere Modeling (Labitzke, FU) LES for Atmospheric Flows (Raasch, Uni Hannover)
BRAIN+: Berlin Research Area Information Network (managed by ZIB)
Universität Kiel, Schleswig-HolsteinCRAY T90, 4 CPUs, 1 GByte (7 GFlop/s)CRAY SV1, 20 CPUs J90se (4 GFlop/s)Cray T3E-1200 AC 18
Universität Hannover, NiedersachsenFujitsu VPP 300, 4 CPUs, 8 GB (8 GFlop/s peak)CRAY T3E-900 AC 20 (18 GFlop/s)
Konrad-Zuse-Zentrum fürInformationstechnik BerlinCRAY T3E-900/1200, 386 nodes (403 GFlop/s)CRAY J90, 16 nodes (3 GFlop/s)
NVV - Norddeutscher Vektorrechnerverbund
Berlin, Niedersachsen, Schleswig-Holstein
“Co-ordinated investement and co-operative use of HPC”
HLRN = “High-Performance Computer North”
• consortium of six northern German states: Berlin Bremen Hamburg Mecklenburg-Vorpommern Niedersachsen Schleswig-Holstein
• extension of NVV
• 70 Mio. DM for HPC complex Berlin/Hannover
• German Wissenschaftsrat says: “most innovative project in science
politics”