5 Nov 2001CGW'01 CrossGrid Testbed Node at ACC CYFRONET AGH Andrzej Ozieblo, Krzysztof Gawel, Marek Pogoda 5 Nov 2001

CGW'01 Summary What is ACC CYFRONET AGH? Present and future of ACC Why ACC Cyfronet for CrossGrid Testbed? First installations Next steps

5 Nov 2001CGW'01

5 Nov 2001CGW'01 What is ACC CYFRONET AGH? Established in 1973 as an independent, non-profit organization Since 1999 became a separate unit of the University of Mining and Metallurgy in Krakow About 60 employees in several divisions Main goals are to provide to universities and research institutes in Krakow: –computer power combined with wide range of software –communication infrastructure and network services

5 Nov 2001CGW'01 LAN in ACC CYFRONET MAN of Krakow

5 Nov 2001CGW'01 Present and future of ACC Cyfronet AGH Computers (parallel): SGI processors R10000 and R12000, 73.6 Gflops of peak performance, 40 GB of operating memory, 190 GB of disk storage HP S processors PA 8000, 11.5 Gflops of peak performance, 4 GB of operating memory, 45 GB od disk storage SPP1600/XA - 32 processors HP PA-RISC 7200, 7.68 Gflops of peak performance, 2.5 GB of operating memory, 40 GB of disk storage ???

5 Nov 2001CGW'01 SGI 2800

Data migration Hierarchical data storage system Disk cache Tape libraries (ATL) SCSI HP K400 Server, with UCFM 2.3 (UniTree) software Cyfronet LAN Local access via FTP and/or NFS Remote access via FTP Magneto- optical disks library(HP) SCSI

5 Nov 2001CGW'01 Hierarchical data storage system - features Automatic data migration to magneto-optical disks and tapes Each file stored in two copies trashcan - protection against accidental removal capacities: –disk cache: 110 GB –M-O library: 660 GB –tape libraries: 17 TB average file access time: –M-O library: 12 s + 30s/100MB –tape libraries: 3 min + 30s/100MB

5 Nov 2001CGW'01 Present and future of ACC Network: ACC Cyfronet is the leading unit for the Krakow’s MAN: –main network node in soutern Poland –designer and owner of the fiber-optic infrastructure within the city (links several dozen institutions; approximately 70 km long; ATM and/or FDDI standard) Provides access to interurban and international connections over three WANs (wide area networks): Ebone (3 Mb/s), POLPAK-T (5 Mb/s) and POL-34 (155 Mb/s) POL-34 (ATM standard) 155 Mb/s --> 622 Mb/s soon

5 Nov 2001CGW'01

5 Nov 2001CGW'01 Present and future of ACC Network: Future is PIONIER (Polish Optical Internet) - high-speed academic network in Poland with its own fiber-optic structure; should be ready in two years Supercomputing center PSNC in Poznan has already access to GEANT - Gigabit (2.4 Gb/s) Europeen Academic NeTwork

5 Nov 2001CGW'01 Why ACC Cyfronet for CrossGrid Testbed? Good infrastructure: computer and network resources High-speed connection with other testbed centers in Europe

5 Nov 2001CGW'01 First installations PC Linux cluster (8 processors + switch at the beginning) with a simple disk storage system Switch: at least 8 FastEthernet ports + 1 GigabitEthernet –e.g. BATM 48 FastEthernet + 2 GigabitEthernet, price: ~7500$ –e.g. BATM 24 FastEthernet + 1 GigabitEthernet, price: ~4000$ Software installation (Globus, middle-ware, etc.)

5 Nov 2001CGW'01 Further plans Real-time calculations for HEP experiments (future LHC accelerator in CERN) –data transfer speed of 1.5 Gb/s is needed. –GigabitEthernet port for our Cisco Catalyst 8540 (connection with POL-34 network); price: ~17000$; not necessary at the first stage Heterogeneous CrossGrid node: –including small number (e.g. 8) processors of SGI2800 by using miser or mpset programs offered by IRIX 6.5 –incorporating our hierarchical storage system UniTree + ATL