Computational facilities

ICMol Computing Center:

Name	Computers	Total procesors / Total RAM memory	Total scratch area	Queue manager
Computer cluster Xeon and Opteron	Computers in the Cluster:21 4 Opteron 17 Xeon (16 + front end)	Total processors:42 156 cores Total RAM: From 16 GB to 72 GB Total RAM memory in the cluster 506 GB	Disk: From 1 TB to 8 TB. Total scratch area 32 TB	Torque
Computer cluster PC	Computers in the Cluster:17 1 Xeon 16 PC	Total processors:108 24 (4cpu x 6pc) IC2Quad 4 (4cpu x 1 ) 1 Xeon 80(8cpu x 10pc ) IC2_i7 Total RAM: From 8 GB to 16 GB Total RAM memory in the cluster ~ 180 GB	Disk: From 1 TB to 2 TB Total scratch area 24 TB	Torque
SGI ALTIX	Computers:2 Two computers: First computer has 6 nodes. Second computer has 2 nodes. SGI NUMAlink technology	Total processors:16 6 Intel Itanium @ 1400Mhz 2 Intel Itanium @ 1500Mhz Total cores: 32 Total RAM : 24 GB	Disk: Computer 1:disk Vaults with 2,2 TB Computer 2:disk Vaults with 1,1 TB Total scratch area 3,3 TB.	LSF
Supercomputer IBM Sp2	Computers in the Cluster:6 6 Nodes with hight performance switch.	Total processors:28 20 Power III(IBM) 8 Power IV Total RAM: 30 GB	Disk: 7 disk Vaults. Total scratch area ~ 2 TB	Loadlevel
GRID Computer ICMol	Computers in the Cluster:58	Total processors:58 58 AMD Athlon 1,5 Ghz and 1,4 Ghz Total RAM: From 1 GB to 1,5 GB Total RAM memory in the cluster ~ 87 GB	Disk: Total scratch area 2,8 TB.	Open PBS

Computers and computational network at ICMol computers room.

Computation network:

See picture

http://www.uv.es/~cordoba/red

IBM computers:

See picture

http://www.uv.es/~cordoba/sp2

SGI computers:

See picture

http://www.uv.es/~cordoba/bohr

Grid project:

This is the old computation platform based on 32b processors integrated in the GoG GRID project. At present, HPC projects are redirected towards facilities at Universitat de Valencia (see Computers at SIUV below)) or massivelly parallel MARE NOSTRUM (and its local node TIRANT) projects.