Page Comparison

mb

amd, epyc

25

2

48

1

96

1024

2x 48-Core/96-Thread 4th Gen AMD EPYC 9454 

4TB SSD

RHEL 9.3

For compute jobs running the latest and greatest MedicineBow hardware

MB Compute with 1TB RAM

mb-a30

amd, epyc

8

768

DL Inference, AI, Mainstream Acceleration

MB Compute with 24GB RAM/GPU & A30 GPU

mb-l40s

amd, epyc

5

768

DL Inference, Omniverse/Rendering, Mainstream Acceleration

MB Compute with 48GB RAM/GPU & L40S GPU

mb-h100

amd, epyc

6

1228

DL Training and Inference, DA, AI, Mainstream Acceleration

MB Compute with 80GB RAM/GPU & Nvidia SXM5 H100 GPU

moran

fdr, intel, sandy, ivy, community

273

2

8

1

16

64 or 128

Intel Ivybridge/
Sandybridge

1 TB HD

RHEL 8.8

For compute jobs not needing the latest and greatest hardware.

Original Moran compute

moran-bigmem

fdr, intel, haswell

2

2

8

1

16

512

Intel Haswell

1 TB HD

RHEL 8.8

For jobs not needing the latest hardware, w/ above average memory requirements.

Moran compute w/ 512G of RAM

moran-hugemem

fdr, intel, haswell, community

2

2

8

1

16

1024

Intel Haswell

1 TB HD

RHEL 8.8

For jobs that don’t need the latest hardware, w/ escalated memory requirements.

Moran compute w/ 1TB of RAM

dgx

edr, intel, broadwell

2

2

20

2

40

512

Intel Broadwell

7 TB SSD

RHEL 8.8

For GPU and AI-enabled workloads.

Special DGX GPU compute nodes

teton

edr, intel, broadwell, community

175

2

16

1

32

128

Intel Broadwell

240 GB SSD

RHEL 8.8

For regular compute jobs.

Teton compute

teton-cascade

edr, intel, cascade, community

56

2

20

1

40

192 or 768

Intel Cascade Lake

240 GB SSD

RHEL 8.8

For compute jobs w/ on newer-older hardware, and somewhat higher memory requirements.

Teton compute w/ Cascade Lake CPUs

teton-gpu

edr, intel, broadwell, community

6

2

16

1

32

512

Intel Broadwell

240 GB SSD

RHEL 8.8

For compute jobs utilizing GPUs on prior cluster hardware.

Teton GPU compute

teton-hugemem

edr, intel, broadwell

8

2

16

1

32

1024

Intel Broadwell

240 GB SSD

RHEL 8.8

For compute jobs w/ large memory requirements, running on fast prior cluster hardware.

Teton compute w/ 1TB of RAM

teton-massmem

edr, amd, epyc

2

2

24

1

48

4096

AMD/EPYC

4096 GB SSD

RHEL 8.6

For compute jobs w/ exceedingly demanding memory requirements

Teton compute w/ 4TB of RAM

teton-knl

edr, intel, knl

12

1

72

4

72

384

Intel Knights Landing

240 GB SSD

RHEL 8.8

For jobs using many cores on a single node, but speed isn’t critical

Teton compute w/ Intel Knight’s Landing CPU’s

beartooth

edr, intel, icelake

2

2

28

1

56

256

Intel Icelake

436 GB SSD

RHEL 8.8

For general compute jobs running with newer hardware

Beartooth compute

beartooth-gpu

edr, intel, icelake

4

2

28

1

56

250 or 1024

Intel Icelake

436 GB SSD

RHEL 8.8

For compute jobs needing GPU.

Beartooth GPU compute

beartooth-bigmem

edr, intel, icelake

6

2

28

1

56

515

Intel Icelake

436 GB SSD

RHEL 8.8

For jobs w/ above average memory requirements, on newer hardware.

Beartooth compute w/ 512G of RAM

beartooth-hugemem

edr, intel, icelake

8

2

28

1

56

1024

Intel Icelake

436 GB SSD

RHEL 8.8

For jobs w/ large memory requirements newer hardware.

Beartooth compute w/ 1TB of RAM