Cluster Nodes
Node
Number
Logical cores
Memory
GPU
GPU Architecture
Temp Disk
Networking
FP64 Performance 2
Partitions
EPYC Genoa CPU
16
384
768GB -1.5 TB
-
 
Yes
50 Gb
9.2 TFLOPS
fairshare ,unsafe
EPYC Rome CPU 3
24
256
1 TB
-
 
Yes
50 Gb
5 TFLOPS
priority ,unsafe
H100 Quad GPU
4
128
1 TB
4
NVIDIA HGX
Yes
100 Gb
136 TFLOPS
gpufairshare ,gpuunsafe
A100 Quad GPU
2
96
500 GB
4
NVIDIA HGX
Yes
100 Gb
39 TFLOPS
gpupriority ,gpuunsafe
B6000 Dual GPU1
8
64
550 GB
2
PCI-E
Yes
100 Gb
3.9 TFLOPS
gpupriority ,gpuunsafe
A100 Dual GPU
3
32
250 GB
2
PCI-E
Yes
50 Gb
20 TFLOPS
gpupriority ,gpuunsafe
A40 Dual GPU
25
32-192
250 GB-1.5 TB
2
PCI-E
Yes
50 Gb
1 TFLOPS
gpupriority ,gpuunsafe
T4 Quad GPU
4
48
512 GB
4
PCI-E
No
25 Gb
1 TFLOPS
gpupriority ,gpuunsafe
T4 Dual GPU
20
28
384 GB
2
PCI-E
No
25 Gb
0.5 TFLOPS
gpupriority ,gpuunsafe
Total
106
15360
~65 TB
152
 
 
 
 
 
 
  • When referring to B6000, we are referring to the NVIDIA GPU named "NVIDIA RTX PRO 6000 Blackwell Server Edition 450w".
  • These are rough calculations to determine order of magnitude. B6000 and H100 have significant architecture advantages for AI/ML, depending on workload.
  • The EPYC Rome systems lack AVX512 support, so workloads that do media processing (such as image processing) may want to move to Genoa.