New Systems at Four National Sites

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The four new sites to host the new systems are:  

  • University of VictoriaUniversity of Victoria: The ARBUTUS system is an OpenStack cloud, with emphasis on hosting virtual machines and other cloud workloads. The system, provided by Lenovo, has 6,944 CPU cores across 248 nodes, each with on-node storage and 10Gb networking. It accesses 1.6PB of persistent storage, primarily via Ceph in a triple-redundant configuration. The system became operational in September 2016, as an expansion to the Compute Canada “Cloud West” system.
  • Simon Fraser UniversitySimon Fraser University: The CEDAR system is a heterogeneous cluster, suitable for a variety of workloads. With over 3.6 petaFLOPS of computing power, Cedar has greater computational power than the entire fleet of Compute Canada’s aging legacy systems combined. The system will become operational in mid-May 2017. Read more about the official launch of Cedar, one of Canada’s most powerful academic supercomputers, and find out more Fast Facts about #supercomputerCedar
  • University of WaterlooUniversity of Waterloo: The GRAHAM system will have a similar design to CEDAR, and it is anticipated that CEDAR and GRAHAM together will provide features for workload portability and resiliency. Both will have a small OpenStack partition, and both include local storage on nodes. Anticipated specifications for GRAHAM include over 20,000 CPU cores across a diverse set of node types, including GPU nodes. The system is anticipated for deployment in early 2017.
  • University of TorontoUniversity of Toronto: The NIAGARA system will be deployed by approximately mid-2017, anticipated to have some 66,000 CPU cores. This will be a balanced, tightly coupled high performance computing resource, designed mainly for large parallel workloads.

For more information on these sites and the entire technology refresh program, please refer to Compute Canada’s November 2016 Technology Briefing.

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