Cluster Nodes
Node
Number
Logical cores
Memory
GPU
GPU Architecture
Temp Disk
Networking
FP64 Performance 2
Partisions
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
 
 
 
 
 
 
 
1. When refering to B6000 We are refering to the NVIDIA GPU named "NVIDIA RTX PRO 6000 Blackwell Server Edition 450w".

2. These are rough calulation to determan order of magnitude spicificyl B6000 and H100 have significant architecture advanteged for AI/ML depending on workload.

3. The EPYC Rome systems lack AVX512 support so workload that do media processing like image processing may want to move to Genoa.