2 * 50 Itanium Server

1
High Througput Prototype (openlab LCG
prototype) (specific layout, September 2004)
4 GE connections to the backbone
10GE WAN connection
lxsharexxxd
ENTERASYS N7 10 GE Switches
20 Disk Server (dual P4, IDE disks, 1TB disk
space each)
10 GE per node
10GE
10 GE per node
oplapro0xx
tbed00xx
80 40 IA32 CPU Server (dual 2.4 GHz P4, 1 GB
mem.)
1 GE per node
2 50 Itanium Server (dual 1.3/1.5 GHz
Itanium2, 2 GB mem)
lxs50xx
20 TB , IBM StorageTank
2
High Througput Prototype (openlab LCG
prototype) (specific layout, October 2004)
10GE WAN connection
4 GE connections to the backbone
4 ENTERASYS N7 10 GE Switches 2 Enterasys
X-Series
lxsharexxxd
36 Disk Server (dual P4, IDE disks, 1TB disk
space each)
oplapro0xx
10 GE per node
10 GE per node
tbed00xx
2 100 IA32 CPU Server (dual 2.4 GHz P4, 1 GB
mem.)
10GE
1 GE per node
2 50 Itanium Server (dual 1.3/1.5 GHz
Itanium2, 2 GB mem)
lxs50xx
20 TB , IBM StorageTank
12 Tape Server STK 9940B
3
High Througput Prototype (openlab LCG
prototype) (specific layout, November 2004)
12 Tape Server STK 9940B
4 GE connections to the backbone
10GE WAN connection
4 ENTERASYS N7 10 GE Switches 2 Enterasys
X-Series
lxsharexxxd
2 50 Itanium 2 (dual 1.3/1.5 GHz, 2 GB mem)
36 Disk Server (dual P4, IDE disks, 1TB disk
space each)
oplapro0xx
10 GE per node
10 GE per node
tbed00xx
80 IA32 CPU Server (dual 2.4 GHz P4, 1 GB mem.)
10GE
1 GE per node
10GE
20 TB , IBM StorageTank
lxs50xx
12 Tape Server STK 9940B
40 IA32 CPU Server (dual 2.4 GHz P4, 1 GB mem.)
80 IA32 CPU Server (dual 2.8 GHz P4, 2 GB mem.)
4
120 60
200 60
IA32 IA64
25 30
CPU Nodes
ATA SERVER 20 (25TB)
SATA SERVER
10 (25TB)
Disk Server
FC SATA
10 (30 TB)
iSCSI ST 14 (28TB)
Tape Drives
STK 9940B 2 4
8 25
IBM 3592
8
LTO2 ?
6
ALICE MDC Milestone