Cluster goblin.sharcnet.ca
Links |
System documentation in the SHARCNET Help Wiki
|
Manufacturer |
Sun |
Operating System |
CentOS 6.3 |
Interconnect |
Gigabit Ethernet |
Total processors/cores |
648 |
Nodes |
goblin:
1‑15
|
4 cores
2 sockets x 2 cores per socket
AMD Opteron
@ 2.4 GHz
Type: Compute
Notes: N/A
Memory: 8.0 GB
Local storage: 160 GB
|
goblin:
16‑20
|
16 cores
2 sockets x 4 cores per socket
Intel Xeon
@ 2.53 GHz
Type: Compute
Notes: This is an 8-core node with hyperthreading on. The hyperthreading makes the node look as if it had 16 cores. The scheduler has been configured to use only 8 cores.
Memory: 12.0 GB
Local storage: 0 Bytes
|
goblin:
21‑36
|
8 cores
2 sockets x 4 cores per socket
Intel Xeon
@ 2.27 GHz
Type: Compute
Notes: This is a subsystem contributed by Dr. Peter Rogan of Western University, dedicated to human genome research.
Memory: 48.0 GB
Local storage: 1000 GB
|
goblin:
37‑48
|
24 cores
2 sockets x 12 cores per socket
AMD Opteron
@ 2.6 GHz
Type: Compute
Notes: This is a subsystem contributed by Dr. Lance Lochner et al of Western University, dedicated to the research in economics.
Memory: 64.0 GB
Local storage: None
|
goblin:
49
|
12 cores
2 sockets x 6 cores per socket
Intel Xeon
@ 2.3 GHz
Type: Compute
Notes: This system has two Intel Xeon Phi coprocessors installed with 60 cores each, running in total 240 threads.
Memory: 32.0 GB
Local storage: 500 GB
|
goblin:
50
|
32 cores
4 sockets x 8 cores per socket
Intel Xeon
@ 2.2 GHz
Type: Compute
Notes: This system is purchased and contributed by Dr. Lucian Ilie of computer science department at Western University for research in bioinformatics and mathematics.
Memory: 1024.0 GB
Local storage: 150 GB
|
goblin:
51‑54
|
12 cores
2 sockets x 6 cores per socket
Intel Xeon
@ 2.0 GHz
Type: Compute
Notes: These servers were purchased and contributed by Dr. Lucian Ilie of computer science department at Western University for research in bioinformatics and mathematics.
Memory: 256.0 GB
Local storage: 150 GB
|
|
Total attached storage |
None |
Suitable use |
Note: This system is contributed by a research group. The contributing group has the benefit of access to the resources on a preferential basis as determined on a "best efforts" basis by the SHARCNET system administrator. Jobs submitted by contributing group have a higher priority than others. For the policies on the contribution of systems, please refer to Contribution of Computational Assets to SHARCNET. |
Software available |
FDTD, GCC, UTIL, GSL, OCTAVE, INTEL, MPFUN2015, PETSC_SLEPC, FFTW, SQ, SAMTOOLS, BIOPERL, OPENCV, EMACS, OPENMPI, VIM, NETCDF, MPFR, GROMACS, PYTHON, BIOSAMTOOLS, BINUTILS, CPAN, IMSL, FREEFEM++, ABAQUS, NCL, NCBIC++TOOLKIT, GHC, R, PERL, MPIBLAST, BIOPERLRUN, MrBAYES, GMP, SYSTEM, SPRNG, SUBVERSION, BOOST, OPEN64, MPC, PNETCDF, ESPRESSO, GAUSSIAN, BLAST, GNUPLOT, COREUTILS, TEXLIVE, GIT, LLVM, ADF/BAND, OPENJDK, CMAKE, HDF, SUPERLU, TINKER, PROOT, ACML, GDB, MONO, MATLAB, IPM, AUTODOCKVINA, MPFUN90, NIX, GNU , MAPLE, DAR, CDF, PARI/GP, SIESTA, NINJA, QD, ORCA, RUBY, CHARM++, YT, PGI, MKL, LDWRAPPER, VALGRIND, MERCURIAL, RLWRAP, ILOGCPLEX, ARPACK-NG, GEANT4 |
|