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Resources | Parasol Laboratory

Parasol Resources Overview

Computational Resources

Computing in the Parasol laboratory is primarily based on Unix-based operating systems such as Linux and Mac OS X, and Open Source software. Researchers have Fedora Linux and OS X workstations, supported by CentOS servers providing version control, project tracking, identity and configuration management, web publishing and database back ends (among other functions). Two ROCKS-based clusters are implemented for project testing and benchmarking.

We also support undergraduate and graduate instruction for our faculty members.


Supercomputing

Cray XE6m Supercomputer at Parasol CRAY XE6m Supercomputer
• 24 compute nodes, with the following characteristics:
  • 12 regular nodes each with two 16 core 64-bit AMD© 'Interlagos' 2.1 GHz CPUs, for a total of 384 cores.
  • 12 accelerated nodes, each with one 16 core 64-bit AMD© 'Interlagos' 2.1 GHz CPU, Kepler© K20 GPU, for a total of 192 cores.
  • Note: Grand total is 576 cores.
  • Additionally, each Kepler K20 has a total of 2496 GPU cores, approaching a peak double precision performance of 1.17 TFLOPS, or 3.52 TFLOPS in single precision. The total GPU core count is 29,952.
• 8 service nodes (boot/login/database/filesys) with 6-core 64-bit AMD 'Istanbul' CPUs.
• CRAY proprietary Gemini 3D torus interconnect fabric.
• CLE (Cray Linux Environment) software stack with GNU, Portland Group©, and CRAY compiler/MPI suites.
• LUSTRE parallel file system with 36TB usable space.
• See the Official Product Page for this system at www.cray.com.

GPU/CUDA High Performance Computing Server

The Supermicro SuperServer 4027GR-TRT HPC GPU server at Parasol "Backslash" Server
• Mercury AH-GPU424 HPC server with 8 NVIDIA Tesla K40m GPU modules.
• Characteristics:
  • Hostname: backslash.cs.tamu.edu
  • Dual 12-core Intel© Xeon© CPU E5-2695 v2 @ 2.40GHz (2 threads per core) processors.
  • 8 NVIDIA© Tesla© K40m, 2880 cores each, providing a total of 23040 GPU cores.
  • Benchmarked to 1.78 TFLOPS (double precision), 3.0 TFLOPS (single precision).
  • 768 GB RAM
  • 8 TB disk scratch space
  • Operating System: CentOS 6
  • Software: CUDA, MATLAB, AMPL, and other mathematical modeling packages.

Research Clusters

The Bigsprint Cluster at Parasol "Bigspring" Cluster
• IBM x335 Cluster (donated by Chevron)
• Characteristics:
  • Hostname: bigspring.cs.tamu.edu
  • (24) IBM x335 servers with 4GB RAM and (2) 2.4GHz Intel Xeon CPUs each
  • Operating System: CentOS 5
  • Clustering Software: Rocks 5.0
The Manhattan Cluster at Parasol "Manhattan" Cluster
Dell Cluster • Characteristics:
  • Hostname: manhattan.cs.tamu.edu
  • (5) Dell PowerEdge 1850 servers with 1-2GB RAM and (2) 3.0 GHz Intel Xeon CPUs each
  • Operating System: CentOS 5.4
  • Clustering Software: Rocks 5.3

Personal Workstations