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Hardware  
 
Cluster systems are the main hardware resource in A*CRC. Ranging in peak performance from 1 to 35 TFLOPs, these systems are meant to host a variety of tasks from large number of small (serial) jobs to large, multi-thread, multi-task or/and large memory-footprint programs that require very large resources.
 
Here is the detailed list of the computing resources of A*CRC:

SYSTEM NAME
Cirrus Aurora Fuji
Axle
Hilbert
HOST NAME
cirrus.acrc.a-star.edu.sg
aurora.acrc.a-star.edu.sg
fuji.acrc.a-star.edu.sg
axle.acrc.a-star.edu.sg
hilbert.acrc.a-star.edu.sg
Brand / Model IBM P755
SGI Altix UV 1000
Fujitsu BX900
HP ProLiant DL785
HP C 7000
CPU PLATFORM & GHZ
IBM Power7 3.3GHz
Intel Xeon X7542 2.67GHz
Intel Xeon 5570 2.93 Ghz
AMD Opteron 8389 2.9 GHz
AMD Opteron 2216 2.6 GHz
SYSTEM ARCHITECTURE
cluster
SMP
cluster
cluster
cluster
OPERATING SYSTEM
AIX
Linux
Linux
Linux
Linux
OS VERSION
AIX 6.1
SUSE Linux Enterprise Server 11
RHEL 5.3
CentOS 5.6
RHEL 4
NUMBER OF NODES

30

2

378
72 

32

128 + head

CORES PER NODE

32

2048
576

8
12 

32

4

TOTAL CPU NUMBER

960

2624

3888

1024

512 + head

MEMORY PER NODE (GB)

128

12288
3145

24
36 

128

8

TOTAL MEMORY (GB)

3840

15433

11664

4096

1024

TOTAL SHARED DISK (TB)
20 Scratch
20 Scratch
15 Scratch 
 12 Scratch (NFS)

3 Scratch (NFS)

INTERCONNECT
Dual Infiniband DDR
NUMALink 5
IB QDR
Infiniband DDR
Gigabit Ethernet
COMPILERS
IBM XL Compiler C, C++ Fortran, UPC
C/C++ Fortran
C, C++ Fortran
C, C++ Fortran
SCHEDULERS
Platform LSF
Platform LSF Platform LSF
Platform LSF
Plaform LSF
MATH LIBRARIES
ESSL
MKL, SGI Propack
ESL, MKL
MKL, ACML
ACML
Last Updated - 10th Jan 2013