Road to Niagara

News about the transition from SciNet’s General Purpose Cluster and Tightly Coupled Cluster to the new supercomputer, Niagara, during the fall of 2017.

SciNet’s publication about Niagara deployment

Have you ever wondered how a supercomputer is designed and brought to life? Read SciNet’s latest paper on the deployment of Canada’s fastest supercomputer: Niagara. Niagara is currently the fastest supercomputer accessible to academics in Canada. In this paper we describe the transition process from our previous systems, the TCS and GPC, the procurement and
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SciNet Receives HPCwire Award

We are very proud that SciNet has received the 2018 HPCwire Editor’s Award for Best Use of HPC in Physical Sciences. The award was announced at the 2018 International Conference for High Performance Computing, Networking, Storage and Analysis (SC18), in Dallas, Texas. SciNet used Lenovo and Mellanox technologies on the new Niagara cluster to create
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HPCwire: SciNet Launches Niagara, Canada’s Fastest Supercomputer

HPCwire reports on the launch on the new supercomputer Niagara at Scinet.

Launch of the Niagara Supercomputer at SciNet

The Niagara supercomputer was officially launched on March 5th, 2018. We were honoured by the presence and remarks of Reza Moridi (Ontario Minister of Research, Innovation and Science), Nizar Ladak (Compute Ontario President and CEO), Dr. Roseann O’Reilly Runte (CFI President and CEO), Prof. Vivek Goel (Vice-president of Research and Innovation at the University of
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Road to Niagara 3: Hardware setup

This is the fourth of a series of posts on the transition to SciNet’s new supercomputer called “Niagara”, which will replace the General Purpose Cluster (GPC) and Tightly Coupled Cluster (TCS). The transition to Niagara will take place in the fall of 2017, and the system is planned to be available to users in early
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Road to Niagara 2: GPC Reduction

This is the second of a series of posts on the transition to SciNet’s new supercomputer called “Niagara”, which will replace the General Purpose Cluster (GPC) and Tightly Coupled Cluster (TCS). The transition to Niagara will take place in the fall of 2017, and the system is planned to be available to users in early
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Road to Niagara 1: Tightly Coupled Cluster Decommissioned

This is the first of a series of posts on the transition to SciNet’s new supercomputer called “Niagara”, which will replace our aging General Purpose Cluster (GPC) and Tightly Coupled Cluster (TCS). The transition to Niagara will take place in the fall of 2017, and the system is planned to be available to users in
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SciNet to be the site for the new Large Parallel System

As part of its strategy for Advanced Research Computing and High Performance Computing in Canada, Compute Canada has conducted a site selection for four new systems. These systems are intended to replace and augment the currently aging computational systems available to Canadian academic researchers. Recognizing the diversity of ARC computing in academic research, Compute Canada
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