...
- 232 nodes, each node hostname is composed by the prefix compute-a-16- or compute-a-17- and the node number, for example compute-a-16-28, compute-a-16-29, ..., compute-a-16-171. Each node has 32 physical compute cores, 256GB of memory and is connected to the network with a 10Gb ethernet card and in addition with a 40Gb Infiniband card.
- 69 nodes, each node hostname is composed by the prefix compute-e-16- and the node number. Each node has 28 physical compute cores, 256GB of memory and is connected to the network with a 10Gb ethernet card.
- 17 nodes, each node hostname is composed by the prefix compute-f-16- and the node number. Each node has 20 physical compute cores, 188GB of memory and is connected to the network with a 10Gb ethernet card.
- 11 heterogenous high memory nodes, each node hostname is composed by the prefix compute-h-16- and the node number; 7 nodes have 750GB of memory, 1 node 300GB and the other node 1TB
- 29 27 GPU compute nodes, each node hostname is composed by the prefix compute-[g,gc]- and the node number, for a total of 142 133 GPU cards, including Tesla K80, M40, V100, V100s and RTX 6000,8000
- 3 transfer nodes, each node hostname is composed by the prefix compute-t-16- and the node number. Each node is a VM with 4 cores and 6GB of memory, those nodes are intended for data transfer to/from the /files filesystem.
...