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Upgrade Date

Old Partition

New Partition

Lmod Architecture

Comments

6 January Completed

rapids

ice24v2

6 January Completed

lake-gpu

ice24v2

6 January Completed

hawkcpu

cascade24v2

6 January Completed

hawkcpu

cascade24v2

6 January Completed

hawkgpu

cascade24v2

6 January Completed

hawkmem

cascade24v2

21 April Completed

ima40-gpu

-

haswell24v2

-

10 March Completed

pisces

-

cascade24v2

-

10 March Completed

eng-gpu

haswell

haswell24v2

-

17 March

im2080-gpu

haswell

haswell24v2

-

20 March 12 May

chem (part)

hawkcpu

cascade24v2

- 20

March 12 May

chem (part)

haswell

haswell24v2

- 20

March 12 May

engi health

haswell

haswell24v2

-

24 March

engece

hawkcpu

cascade24v2

absorbed into Hawkcpu

24 March

health absorbed into Haswell

14 May

im2080-gpu

haswell

haswell24v2

#SBATCH --constraint=gpu:2080

19 May

im1080-gpu

haswell

haswell24v2

absorbed into Haswell

24 March

infolab #SBATCH --constraint=gpu:1080

21 May

engi

haswell

haswell24v2

-

27 March

im1080-gpu

21 May

engece

hawkcpu

cascade24v2

absorbed into Hawkcpu

21 May

infolab

haswell

haswell24v2

- 31

March 21 May

engc

haswell

haswell24v2

- 3

April 21 May

enge

haswell

haswell24v2

- 7

April 21 May

lts-gpu

haswell

haswell24v2

#SBATCH --constraint=gpu:1080

When the upgrade is complete, the vast majority of the older hardware on the cluster will be centralized in a single haswell partition with a corresponding Lmod architecture module called haswell25v1. Users will be able to target specific hardware within this partition by using the typical SLURM flags to select the number of nodes, cores, and amount of memory, if necessary.

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