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WAVE HPC Technical Specifications

used in slum job tutorial and technical specifications

Computational Resources

The compute resources within the HPC are composed of 11 heterogenous physical nodes of four different types.

CPU Nodes

Hardware Specification

 

Node Type

CPU Node 

Number of Nodes

Server

Processor

Total CPUs per Node [1]

96 

Total Memory per Node

512 GB

Local Disk Storage per Node

1.92 TB 

GPU Processor

None 

[1] The system has dual processors (i.e. has 2 processors), each processor has 24 physical cores, and each core has two threads. Total CPUs = 2 x 24 x 2 = 96.

GPU Nodes

Hardware Specification

 

Node Type

GPU Node 

Number of Nodes

Server

Processor

Total CPUs per Node [3]

80 

Total Memory per Node

384 GB

Local Disk Storage per Node

1.92 TB 

GPU Processor

Number of GPUs per Node

[3] The system has dual processors (i.e. has 2 processors), each processor has 20 physical cores, and each core has two threads. Total CPUs = 2 x 20 x 2 = 80.

Mem Nodes

Hardware Specification

 

Node Type

Mem Node 

Number of Nodes

Server

Processor

Total CPUs per Node [2]

96 

Total Memory per Node

2 TB 

Local Disk Storage per Node

3.84 TB 

GPU Processor

None 

[2] The system has dual processors (i.e. has 2 processors), each processor has 24 physical cores, and each core has two threads. Total CPUs = 2 x 24 x 2 = 96

GPU Nodes

Hardware Specification

 

Node Type

GPU Node 

Number of Nodes

Server

Processor

Total CPUs per Node [3]

80 

Total Memory per Node

384 GB

Local Disk Storage per Node

1.92 TB 

GPU Processor

Number of GPUs per Node

[3] The system has dual processors (i.e. has 2 processors), each processor has 20 physical cores, and each core has two threads. Total CPUs = 2 x 20 x 2 = 80.

AMD Nodes

Hardware Specification

 

Node Type

AMD Node 

Number of Nodes

Server

Processor

Total CPUs per Node [4]

256 

Total Memory per Node

256 GB

Local Disk Storage per Node

960 GB

GPU Processor

Number of GPUs per Node

[4] The system has dual processors (i.e. has 2 processors), each processor has 64 physical cores, and each core has two threads. Total CPUs = 2 x 64 x 2 = 256.

BIO Nodes

bio0[1-3]

Hardware Specification

 

Node Type

BIO Node 

Number of Nodes

Server

Processor

Total CPUs per Node [6]

128 

Total Memory per Node

128 GB

Local Disk Storage per Node

224 GB

GPU Processor

Number of GPUs per Node [7]

[5] Note: The bio nodes belong to Dr. Michelle McCully in the Biology Department and are colocated in the WAVE HPC. Her research has priority on these nodes, though they are available for use by others.

[6] Each node has 2 processors (i.e. dual processors), each processor has 32 physical cores, and each core has two threads. Total CPUs = 2 x 32 x 2 = 128.

[7] The node contains 2 Nvidia A16 GPU boards, but an A16 is a packaging of 4 GPUs per board. Therefore the GPUs appear as if there are 8 GPUs on the server (4 per GPU board).

bio0[4-6]

Hardware Specification

 

Node Type

BIO Node 

Number of Nodes

Server

Processor

Total CPUs per Node

48 

Total Memory per Node

128 GB

Local Disk Storage per Node

894 GB

GPU Processor

Number of GPUs per Node

Conda Nodes

dmlab01

Hardware Specification

 

Node Type

dmlab 

Number of Nodes

Server

Dell Poweredge R740 

Processor

Total CPUs per Node

80 

Total Memory per Node

768 GB

Local Disk Storage per Node

894 GB

GPU Processor

Number of GPUs per Node

dmlab02

Hardware Specification

 

Node Type

dmlab 

Number of Nodes

Server

Processor

Total CPUs per Node

128 

Total Memory per Node

1024 GB

Local Disk Storage per Node

4.4 TB 

GPU Processor

Number of GPUs per Node

dmlab03

Hardware Specification

 

Node Type

dmlab 

Number of Nodes

Server

Total CPUs per Node

72 

Total Memory per Node

480 GB

Total GPU Memory per Node

96 GB

Local Disk Storage per Node

7.0 TB 

GPU Processor

Number of GPUs per Node

dmlab04

Hardware Specification

 

Node Type

dmlab 

Number of Nodes

Server

Total CPUs per Node

72 

Total Memory per Node

480 GB

Total GPU Memory per Node

96 GB

Local Disk Storage per Node

7.0 TB 

GPU Processor

Number of GPUs per Node

oignat01

Hardware Specification

 

Node Type

oignat_lab 

Number of Nodes

Server

Processor

Total CPUs per Node

384 

Total Memory per Node

1536 GB

Local Disk Storage per Node

894 GB

GPU Processor

Number of GPUs per Node

ycho201

Hardware Specification

 

Node Type

ycho_lab 

Number of Nodes

Server

Processor

Total CPUs per Node

384 

Total Memory per Node

1536 GB

Local Disk Storage per Node

894 GB

GPU Processor

N/A 

Number of GPUs per Node

ycho202

Hardware Specification

 

Node Type

ycho_lab 

Number of Nodes

Server

Processor

Total CPUs per Node

384 

Total Memory per Node

1536 GB

Local Disk Storage per Node

894 GB

GPU Processor

N/A 

Number of GPUs per Node

rgrotjahn0[1-2]

Hardware Specification

 

Node Type

rgrotjahn_lab 

Number of Nodes

Server

Processor

Total CPUs per Node

128 

Total Memory per Node

768 GB

Local Disk Storage per Node

8 TB 

GPU Processor

N/A 

Number of GPUs per Node

rgrotjahn0[3-4]

Hardware Specification

 

Node Type

rgrotjahn_lab 

Number of Nodes

Server

Processor

Total CPUs per Node

384 

Total Memory per Node

1536 GB

Local Disk Storage per Node

894 GB

GPU Processor

N/A 

Number of GPUs per Node

Access Nodes

HUB Nodes

Hardware Specification

 

Node Type

Hub Node 

Number of Nodes

10 

Server

Processor

Total CPUs per Node

Total Memory per Node

30 GB

Local Disk Storage per Node

800 GB

GPU Processor

Number of GPUs per Node

Login Nodes

Hardware Specification

 

Node Type

Login Node 

Number of Nodes

Server

Processor

Total CPUs per Node

64 

Total Memory per Node

128 GB

Local Disk Storage per Node

60 GB

NSF Storage

Equipment

Total Space

Usable Space

92 TB 

63TB 

456 TB HDD (7TB SSD cache) 

408 TB HDD (7TB SSD cache) 

 

 

Networking

Equipment

Media

Speed

Usage

Optical 

10-40G 

Dual Fiber Network Controllers 

IB 

100G 

Infiniband Switch 

RJ-45 Copper 

1G 

Management Switch