What is TACC?

Texas Advanced Computing Center provides:

• High performance computing systems- large clusters, capable of running highly parallel computation and advanced visualization.
• Large data storage and data archival capabilities.
• Software packages already installed on the clusters.

To find documentation/training on TACC systems: User guides, training courses offered by TACC and CCBB. 

Stuck with TACC specific errors or need a specific tool installed on TACC? Submit a ticket to TACC consulting.  

What is a cluster?

Cluster systems are made up of multiple computers, connected together to act as one. Each computer is called a node in the cluster and can have multiple processors (called cores).  Users log in to the cluster through a limited number of login/head nodes and submit jobs to the many compute nodes.  These systems are inherently parallel and can be greatly beneficial when your jobs are also parallelized.

TACC's Cluster Systems

LONESTAR6:                                               

• 560 nodes (computers) with 128 cores per node
• 71, 680 cores (processors)
• 84 GPU nodes with 128 cores per node (for more computationally intensive tasks)
• 256 GB RAM
• Max run time:  48 hours 
• USE: For running large, parallel computation jobs.
  
  

STAMPEDE3:

• 1060 SKX nodes (computers) with 48 cores (processors) per node, 560 SPR nodes (computers) with 112 cores (processors) per node, 224 ICX nodes (computers) with 80 cores per node
• GPU nodes: 20 PVC nodes with 96 cores per node, 24 H100 GPU nodes with 96 cores per node 
• Max run time: 48 hours (without approval), 120 hours (with approval)
• USE: For running large, parallel computation jobs

Frontera:

• Fastest academic supercomputer in the country
• https://tacc.utexas.edu/systems/frontera/
• USE: For running large, parallel computation jobs (particularly simulations and AI related tasks)

TACC's Storage Systems