The following systems are administered by the members of the HPCA group. Would you like to gain access to any of these, please contact the group leader.

TINTORRUM

Front-end for the following systems dedicated to HPC applications:

• hasw - 8 nodes with two Intel Xeon E5-2630 v3 octo-core processors (total of 16 cores @ 2.40 GHz)
• hexa - 16 nodes with two Intel Xeon E5645 hexa-core processors (total of 12 cores @ 2.40 GHz), connected via Infiniband QDR (Mellanox MTS3600 switch)
• xphi - 2 nodes with two Intel Xeon E5-2603 v3 hexa-core processors (total of 12 cores @ 1.60 GHz) and an Intel Xeon Phi
• p100 - 1 node with two Intel Xeon E5-2620 v4 octo-core processors (total of 16 cores @ 2.10 GHz) and an NVIDIA Tesla P100 GPU with 16 GB

The cluster server (front-end) is a node with two Intel Xeon E5520 quad-core (total of 8 cores @ 2.27 GHz) and with a Tesla C2050 GPU.

JOULE

Front-end for the following systems dedicated to GPU and energy-aware computing:

• wats-ivy - 1 node with one Intel Core i7-3770K quad-core processor (3.50 GHz) and an NVIDIA Titan X
• wats-ivy2 - 1 node with one Intel Core i7-3930K quad-core processor (3.20 GHz) and an NVIDIA Tesla K20c
• wats-sandy - 1 node with two Intel Xeon E5-2620 hexa-core processors (total of 12 cores @ 2.10 GHz)
• wats-sandy2 - 1 node with two Intel Xeon E5-2620 hexa-core processors (total of 12 cores @ 2.10 GHz) and an NVIDIA Tesla K20c

The cluster server (front-end) is a node with two AMD Opteron 6128 8-core processors (total of 16 cores @ 2.00 GHz).

SEB

Server for HPC computing:

• seb - 1 node with two Intel Xeon E5-2695 v4 18-core processors (total of 36 cores @ 2.10 GHz)

OLDER SYSTEMS

There are also some old systems connected to TINTORRUM:

• cuda - 9 nodes with two Intel Xeon E5520 quad-core processors (total of 8 cores @ 2.27 GHz) and a Tesla C2050 GPU, connected via Infiniband QDR (Mellanox MTS3600 switch)
• s1070 - 1 node with two Intel Xeon E5405 quad-core processors (total of 8 cores @ 2.00 GHz) and a Tesla S1070 GPU computing node (2 Tesla T10 processors)
• s2050 - 1 node with two Intel Xeon E5440 quad-core processors (total of 8 cores @ 2.83 GHz) and a Tesla S2050 GPU computing node (4 Tesla "Fermi" processors)
• s870 - 1 node with two Intel Xeon E5410 quad-core processors (total of 8 cores @ 2.33 GHz) and a Tesla S870 GPU computing node (4 Tesla G80 processors)

and JOULE:

• watts1 - 1 node with two Intel Xeon E5504 quad-core processors (total of 8 cores @ 2.00 GHz)
• watts2 - 1 node with two AMD Opteron 6128 8-core processors (total of 16 cores @ 2.00 GHz)
• watts3 - 1 node with four AMD Opteron 6172 12-core processors (total of 48 cores @ 2.10 GHz)
• watts4 - 1 node with eight AMD Opteron 6276 8-core processors (total of 64 cores @ 1.40 GHz)