High Performance Computing Systems

The HPCI makes a variety of HPC compute and storage systems available. We firmly believe that there is no single "best system" for all possible applications, and strive to keep a portfolio of systems that meet users varying needs.

Some of the systems below are available for general purpose use, while others are dedicated to particular research groups.

HPCI Clusters

Saguaro

Saguaro is the centerpiece of Arizona State University's High Performance Computing Initiative. This machine has 2200 processing cores available for parallel computing. Saguaro is composed of 220 dual quadcore Intel Xeon EM64T nodes each with 16 gigabytes of ram, and manufactured by Dell. Each node communicates via Cisco Infiniband high speed interconnects and gigabit copper. The cluster also has a partition for running large numbers of serial jobs comprised of 185 nodes with dual Xeon MP 64bit processors.

Research Group High Performance Computing Initiative
Department Fulton School
Primary Applications Various
Number of Processor Cores 4560
Processor Architecture/Speed Intel Xeon
Interconnect InfiniBand
Memory 10240 GB (Total)
Storage 215 TB
OS CentOS 5.3/Linux
Sys Admin Contact HPCI Staff
Information Online Status

Hadoop Cloud

100 processors were setup to run Hadoop for our cloud computing course.

Research Group High Performance Computing Initiative
Department Fulton School
Primary Applications Cloud Computing
Number of Processor Cores 100
Processor Architecture/Speed Intel Xeon
Interconnect GigE
Memory 100GB (Total)
Storage 1.25TB
OS CentOS 5.2/Linux
Sys Admin Contact Nathan Kerr

Matinee

Matinee is an 80 processor Dell EM64T cluster with Infiniband, similar to EFD and Saguaro. This cluster serves as the back end for ASU's unique visualization and decision making facility, Decision Theater, and is part of the collaboration between the HPCI and Decision Theater. The Decision Theater cluster is tied to the main HPCI lab through the campus grid network and provides computational power and database functions for visualizations which are linked directly to the 360 degree "drum" viewing/ conferencing room. The Theater's "drum" consists of 7 seven-foot screens and 7 IMAX-quality projectors capable of stereo and 3D projection. Get more at http://www.decisiontheater.org/.

Research Group Decision Theater
Department Fulton School
Primary Applications Rendering, Cloud modeling
Number of Processors 82
Processor Architecture/Speed 3.2 GHz Xeon EM64T
Interconnect Infiniband
Memory 328 GB
Storage 1.7 TB
OS Platform Rocks 3.3.0/Linux
Sys Admin Contact HPCI Staff
URL http://www.decisiontheater.org
Information Online Status

Visualization

In addition to the resources of the Decision Theater, the HPCI maintains a small visualization system in the main lab, an SGI Reality Center 3300W (thanks to the US Air Force and Silicon Graphics). This system is available to Fulton students and faculty.


HPCI Satellite Clusters

EDS

Research Group Dreams
Department E.T.S.
Primary Applications Knowledge
Number of Processors  
Processor Architecture/Speed  
Interconnect  
Memory  
Storage  
OS  
Sys Admin Contact  
URL

Flexweb

Research Group Michael Thorpe
Department Center for Biological Physics
Primary Applications Web portal to flexibility anaylsis online
Number of Processors 24
Processor Architecture/Speed 3.2Ghz Xeon
Interconnect Gigabit
Memory 2Gig/node
Storage 1.8TB (RAID5)
OS OSCAR - Centos 4.2
Sys Admin Contact Brandon Hespenheide
URL http://flexweb.asu.edu

Porous

Research Group Michael Treacy/Micheal Thorpe
Department Physics and Astronomy
Primary Applications Hypothetical zeolite construction / biomolecular flexibility calculations
Number of Processors 96
Processor Architecture/Speed 2.66GHz Xeon
Interconnect Gigabit
Memory 1Gig/node
Storage 150GB
OS Red Hat 9
Sys Admin Contact Brandon Hespenheide
Information Online Status

In addition to the systems mentioned above, a number of other clusters exist on the ASU campus, many managed by the HPCI.