Teton Hardware Summary Table

	Slurm Partition name	Requestable features	Node count	Sockets/ Node	Cores/ Socket	Threads/ Core	Total Cores/ Node	RAM (GB)	Processor (x86_64)	Local Disks	OS

	Slurm Partition name	Requestable features	Node count	Sockets/ Node	Cores/ Socket	Threads/ Core	Total Cores/ Node	RAM (GB)	Processor (x86_64)	Local Disks	OS
Moran Regular	moran	fdr, intel, sandy, ivy, community	280	2	8	1	16	64 or 128	Intel Ivybridge/ Sandybridge	1 TB HD	RHEL 7.9
Moran BigMem	moran, moran-bigmem-gpu	fdr, intel, haswell	2	2	8	1	16	512	Intel Haswell	1 TB HD	RHEL 7.9
Moran Debug	moran	fdr, intel, ivy, debug	2	2	8	1	16	64	Intel Ivybridge	1 TB HD	RHEL 7.9
Moran HugeMem	moran, moran-hugemem	fdr, intel, haswell, community	2	2	8	1	16	1024	Intel Haswell	1 TB HD	RHEL 7.9
Moran DGX	dgx	edr, intel, broadwell	1	2	10	2	40	512	Intel Broadwell	7 TB SSD	Ubuntu 18.04.2 LTS
Moran Test	arcc	fdr, intel, haswell	1	2	10	1	20	64	Intel Haswell	300 GB HD	RHEL 7.9
Teton Regular	teton	edr, intel, broadwell, community	180	2	16	1	32	128	Intel Broadwell	240 GB SSD	RHEL 7.9
Teton Cascade	teton-cascade	edr, intel, cascade, community	56	2	20	1	40	192 or 768	Intel Cascade Lake	240 GB SSD	RHEL 7.9
Teton BigMem GPU	teton-gpu	edr, intel, broadwell, community	8	2	16	1	32	512	Intel Broadwell	240 GB SSD	RHEL 7.9
Teton HugeMem	teton-hugemem	edr, intel, broadwell	10	2	16	1	32	1024	Intel Broadwell	240 GB SSD	RHEL 7.9
Teton Massive Memory	teton-massmem	edr, amd, epyc	2	2	24	1	48	4096	AMD/EPYC	4096 GB SSD	RHEL 7.9
Teton KNL	teton-knl	edr, intel, knl	12	1	18	4	72	384	Intel Knights Landing	240 GB SSD	RHEL 7.9
Teton DGX	dgx	edr, intel, broadwell	1	2	10	2	40	512	Intel Broadwell	7 TB SSD	Ubuntu 18.04.2 LTS

Feature	Description of Feature

Feature	Description of Feature
fdr	Requests nodes that are connected with an Infiniband cable with a signaling rate of 14.0625 Gbit/s
edr	Requests nodes that are connected with an Infiniband cable with a signaling rate of 25.78125 Gbit/s
intel	Requests a processor that is based on an Intel processor. Includes all Intel CPU versions in Teton.
ivy	Requests an Intel Ivy Bridge CPU.
sandy	Requests an Intel Sandy Bridge CPU.
broadwell	Requests an Intel Broadwell CPU.
haswell	Requests an Intel Haswell CPU.
knl	Requests an Intel Knights Landing CPU. This is a specialized chip and not good for all work loads.
amd	Requests a processor that is based on an AMD processor. Include all AMD CPU versions in Teton.
epyc	Requests an AMD EPYC CPU.
community	This feature indicates a node shared equally among the research community. Jobs on these nodes can’t be pre-empted, but can be queued up for far longer.

GPUs and Accelerators

The ARCC Teton cluster has a number of compute nodes that contain GPUs. The following tables list each node that has GPUs and the type of GPU installed.

Partition	GPU Type	slurm value to request	# of Nodes	# of GPU device on a node	CUDA Cores	GPU Memory Size (GB)	Compute Capability

Partition	GPU Type	slurm value to request	# of Nodes	# of GPU device on a node	CUDA Cores	GPU Memory Size (GB)	Compute Capability
moran	GeForce GTX Titan		1	1	2688	6	3.5
moran	GeForce GTX Titan X		2	One node has 2 One node has 1	3072	12	5.2
moran	Tesla K20m	`#SBATCH --gres=gpu:k20:1`	18	2 One node only has 1	2496	4.7	3.5
moran	Tesla K20Xm		14	2 One node only has 1	2688	5.7	3.5
moran	Tesla K40c		1	2	2880	11.4	3.5
moran-bigmem-gpu	Tesla K80	`#SBATCH --partition=moran-bigmem-gpu #SBATCH --gres=gpu:x # where x defines the number of devices`	2	8	2496	11.4	3.7
teton-gpu	Tesla P100	`#SBATCH --partition=teton-gpu #SBATCH --gres=gpu:2`	8	2	3584	16	6.0

Notes: also see https://arccwiki.atlassian.net/wiki/spaces/BeartoothI/pages/1027637249 page for instructions on utilizing the GPUs in Moran DGX and Teton DGX.