Pronto Hardware

This page contains information about all the available nodes on Pronto. You can find the specifications for each node by clicking on the name of it. A hardware graphic is associated with each node so you can determine which node is right for you. For your convenience, a key is provided below.

Key Picture
GPU  GPU
Processor Speed Processor_Speed
RAM (One stick = 64 GB) RAM
Cores (1 Box = 2 Cores) Cores
Hardware Name Intended Use Specification Comparison
BigRam

Bigram is intended for jobs that cannot be parallelized and require a large amount of RAM memory, such as de novo genome assembly.

 

FQDN: bigram.ent.iastate.edu

 

CPU Features: AVX

bigram specifications
BigRam2

Bigram2 is intended for jobs that cannot be parallelized and require a large amount of RAM memory, such as de novo genome assembly.

 

FQDN: bigram2.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

 

 

bigram2 specifications
Biocrunch

Biocrunch is a shared computing resource for those who need multithreaded computation but are not yet prepared to use a traditional HPC cluster, or need more flexibility than is provided through the cluster scheduler.

 

FQDN: biocrunch.las.iastate.edu

 

CPU Features: AVX

biocrunch specifications
Biocrunch10

Biocrunch10 is a shared computing resource for those who need multithreaded computation but are not yet prepared to use a traditional HPC cluster, or need more flexibility than is provided through the cluster scheduler.

 

FQDN: biocrunch10.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

bigram10 specifications
Biocrunch2

Biocrunch2 is a shared computing resource for those who need multithreaded computation but are not yet prepared to use a traditional HPC cluster, or need more flexibility than is provided through the cluster scheduler.

 

FQDN: biocrunch2.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

biocrunch2 specifications
Biocrunch3

Biocrunch3 is a shared computing resource for those who need multithreaded computation but are not yet prepared to use a traditional HPC cluster, or need more flexibility than is provided through the cluster scheduler.

 

FQDN: biocrunch3.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

biocrunch3 specifications
Biocrunch4

Biocrunch4 is a shared computing resource for those who need multithreaded computation but are not yet prepared to use a traditional HPC cluster, or need more flexibility than is provided through the cluster scheduler.

 

FQDN: biocrunch4.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

biocrunch4 specifications
Biocrunch5

Biocrunch5 is a shared computing resource for those who need multithreaded computation but are not yet prepared to use a traditional HPC cluster, or need more flexibility than is provided through the cluster scheduler.

 

FQDN: biocrunch5.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

biocrunch5 specifications
Biocrunch6

Biocrunch6 is a shared computing resource for those who need multithreaded computation but are not yet prepared to use a traditional HPC cluster, or need more flexibility than is provided through the cluster scheduler.

 

FQDN: biocrunch6.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

biocrunch6 specifications
Biocrunch7

Biocrunch7 is a shared computing resource for those who need multithreaded computation but are not yet prepared to use a traditional HPC cluster, or need more flexibility than is provided through the cluster scheduler.

 

FQDN: biocrunch7.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

biocrunch7 specifications
Biocrunch8

Biocrunch8 is a shared computing resource for those who need multithreaded computation but are not yet prepared to use a traditional HPC cluster, or need more flexibility than is provided through the cluster scheduler.

 

FQDN: biocrunch8.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

biocrunch8 specifications
Biocrunch9

Biocrunch9 is a shared computing resource for those who need multithreaded computation but are not yet prepared to use a traditional HPC cluster, or need more flexibility than is provided through the cluster scheduler.

 

FQDN: biocrunch9.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

biocrunch9 specifications
Frost1

Frost1 is a GPU box that contains 4 Nvidia Tesla v100s (32 GB)

FQDN: frost-1.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

frost1 specifications
Frost2

Frost2 is a GPU box that contains 4 RTX 2080 Ti (11 GB)

FQDN: frost-2.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

frost2 specifications
Frost3

Frost3 is a GPU box that contains 4 RTX 6000 (24 GB)

FQDN: frost-3.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

frost3 specifications
Frost4

Frost4 is a GPU box that contains 4 RTX 6000s (24 GB)

FQDN: frost-4.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

frost4 specifications
Frost5

Frost5 is a GPU box that contains 4 RTX 6000s (24 GB)

FQDN: frost-5.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

frost5 specifications
Frost6

Frost6 is a GPU box that contains 4 RTX 6000s (24 GB)

FQDN: frost-6.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

frost6 specifications
Frost7

Frost7 is a GPU box that contains 4 RTX 6000s (24 GB)

FQDN: frost-7.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

frost7 specifications
GPU01

This server contains 8 Nvidia 1080Ti GPUs and one Tesla V100 (16 GB). It is meant for running code that has been compiled to run on a GPU, using a tool such as CUDA, OpenMP, OpenACC, etc.

The type of applications commonly run on this server are cryoEM, deep learning, and molecular dynamics.

 

FQDN: gpu01.las.iastate.edu

 

CPU Features: AVX, AVX2, AVX512

gpu01 specifications

Pages