CAC Systems

The following systems provide the computing power and architectural diversity needed to develop, evaluate, and improve diverse approaches to parallel computing. By exploiting the synergy between computer science, engineering research, and application development, we hope to bring efficient parallel computing into the mainstream of academic and industrial research and development. The CAC has assembled a "computational testbed" of moderate sized parallel computing systems.

The CAC plans to expand on this computational testbed in the future. Potential users are encouraged to contact us to learn of our current configurations, new developments, and further affiliations.

Aon - Apple G5 Xserve cluster: 223 dual processor G5 nodes with 2GB RAM each (a total of 446 CPUs with 1GB/each). Head node: [private system]
Nyx - AMD Opteron 64-bit cluster running RHEL4: 464 dual processor Opteron nodes with 2-64 GB RAM/each (each having at least 2 cpus or 2 cores). Head node: nyx-login.engin.umich.edu.
Bighouse - SGI Altix 4700 IA64 running SLES10: 32 cpu ccNUMA shared memory system with 96 GB Ram. Head node: bighouse.engin.umich.edu

System Usage

System Downtime

We'll announce our downtimes on each systems /etc/motd (which is shown each time you login to a particular system. We're also announcing downtimes on the main page of the CAC site. You can keep an eye on that page, or better yet, use your RSS reader such as Google Reader or bloglines ) to let you know when anything is happening here at the CAC.



About the CAC Academics Getting Started Getting Help FAQ Resources Current Outages No outages have been reported Planned Outages Aon – 07/26 Search The CAC	CAC Systems The following systems provide the computing power and architectural diversity needed to develop, evaluate, and improve diverse approaches to parallel computing. By exploiting the synergy between computer science, engineering research, and application development, we hope to bring efficient parallel computing into the mainstream of academic and industrial research and development. The CAC has assembled a "computational testbed" of moderate sized parallel computing systems. The CAC plans to expand on this computational testbed in the future. Potential users are encouraged to contact us to learn of our current configurations, new developments, and further affiliations. Aon - Apple G5 Xserve cluster 223 dual processor G5 nodes with 2GB RAM each (a total of 446 CPUs with 1GB/each). Head node: [private system] Nyx - AMD Opteron 64-bit cluster running RHEL4 464 dual processor Opteron nodes with 2-64 GB RAM/each (each having at least 2 cpus or 2 cores). Head node: nyx-login.engin.umich.edu. Bighouse - SGI Altix 4700 IA64 running SLES10 32 cpu ccNUMA shared memory system with 96 GB Ram. Head node: bighouse.engin.umich.edu System Usage System Downtime We'll announce our downtimes on each systems /etc/motd (which is shown each time you login to a particular system. We're also announcing downtimes on the main page of the CAC site. You can keep an eye on that page, or better yet, use your RSS reader such as Google Reader or bloglines ) to let you know when anything is happening here at the CAC.