Oscar has compute nodes in the partitions listed below.
batch - The batch partition is for programs/jobs which need neither GPUs nor large memory.
bigmem - The bigmem partition is for programs/jobs which require large memory.
debug - The debug partition is for users to debug programs/jobs.
gpu - The gpu partition is for programs/jobs which require GPUs.
gpu-debug - The gpu-debug partition is for users to debug gpu programs/jobs.
gpu-he -The gpu-he partition is for programs/jobs which need to access high-end GPUs.
vnc - The vnc partition is for users to run programs/jobs in an graphical desktop environment.
Below are node details including cores and memory for all partitions.
Hardware details for all partitions. The Features column shows the features available for the --constraint option for SLURM. This includes the available CPU types as well GPUs.
| Partition | Nodes | CPUS/ Node | Total CPUs | GPUs/ Node | Total GPUs | Memory (GB) | Features |
|---|---|---|---|---|---|---|---|
| GPU Features | GPU Memory |
|---|---|
Compute Nodes
388
Total CPU Cores
20176
GPU Nodes
82
Total GPUs
667
Large Memory Nodes
6
Partition
Total Nodes
Total Cores
Cores Per Node
Total GPUs
Memory Per Node (GB)
batch
288
12800
24-192
n/a
190-1540
bigmem
6
512
32-192
n/a
770-1540
gpu
64
5000
24-128
519
190-1028
gpu-he
12
552
24-64
84
190-1028
debug
2
96
48
n/a
382
gpu-debug
1
48
48
8
1028
vnc
303
13696
24-192
40
102-1540
viz
1
48
48
8
1028
batch
100
32
3200
n/a
n/a
190
32core, intel, scalable, cascade, edr
batch
122
48
5856
n/a
n/a
382
48core, intel, cascade, edr
batch
40
32
1280
n/a
n/a
382
32core, intel, scalable, cascade, edr, cifs
batch
10
192
1920
n/a
n/a
1540
192core, amd, genoa, edr
batch
4
64
256
n/a
n/a
514
64core, intel, icelake, edr
batch
2
24
48
n/a
n/a
770
24core, intel, e5-2670, e5-2600, scalable, skylake, fdr
batch
10
24
240
n/a
n/a
382
24core, intel, e5-2670, e5-2600, scalable, skylake, fdr
bigmem
4
32
128
n/a
n/a
770
32core, intel, scalable, cascade, edr
bigmem
2
192
384
n/a
n/a
1540
192core, amd, genoa, edr
gpu
2
32
64
5
10
382
intel, gpu, titanrtx, turing, skylake, 6142
gpu
1
24
24
5
5
190
intel, gpu, titanrtx, turing, skylake, 6142
gpu
1
48
48
10
10
382
intel, gpu, quadrortx, turing, cascade
gpu
10
32
320
10
100
382
intel, gpu, quadrortx, turing, cascade
gpu
13
64
832
8
104
1028
amd, gpu, geforce3090, ampere
gpu
4
48
192
8
32
1028
amd, gpu, geforce3090, ampere
gpu
7
128
896
8
56
1028
amd, cifs, gpu, a5500, ampere
gpu
10
64
640
8
80
1028
amd, cifs, gpu, a5000, ampere
gpu
10
128
1280
8
80
1028
amd, cifs, gpu, a5000, ampere
gpu
1
64
64
2
2
1028
amd, gpu, a5000, ampere
gpu
2
128
256
8
16
1028
amd, gpu, a5500, cifs, ampere
gpu
3
128
384
8
24
1028
amd, gpu, cifs, a5000, ampere
gpu-he
3
48
144
8
24
1028
amd, gpu, a40, ampere
gpu-he
3
24
72
4
12
190
intel, gpu, 4gpu, v100, volta, skylake, 6126
gpu-he
4
64
256
8
32
1028
amd, gpu, a6000, ampere
gpu-he
2
40
80
8
16
512
intel, cifs, gpu, v100, volta, haswell
debug
2
48
96
n/a
n/a
382
48core, intel, cascade, edr
gpu-debug
1
48
48
8
8
1028
amd, gpu, geforce3090, ampere
vnc
100
32
3200
n/a
n/a
190
32core, intel, scalable, cascade, edr
vnc
134
48
6432
n/a
n/a
382
48core, intel, cascade, edr
vnc
1
64
64
8
8
1028
amd, cifs, gpu, a5000, ampere
vnc
2
128
256
16
32
102
amd, gpu, a2, ampere
vnc
40
32
1280
n/a
n/a
382
32core, intel, scalable, cascade, edr, cifs
vnc
10
192
1920
n/a
n/a
1540
192core, amd, genoa, edr
vnc
4
64
256
n/a
n/a
514
64core, intel, icelake, edr
vnc
2
24
48
n/a
n/a
770
24core, intel, e5-2670, e5-2600, scalable, skylake, fdr
vnc
10
24
240
n/a
n/a
382
24core, intel, e5-2670, e5-2600, scalable, skylake, fdr
viz
1
48
48
8
8
1028
amd, gpu, geforce3090, ampere
a6000
48 GB
a40
45 GB
v100
32 GB
a5000
24 GB
quadrortx
24 GB
titanrtx
24 GB
geforce3090
24 GB
p100
12 GB
titanv
12 GB
1000ti
11 GB