Our petascale supercomputer, Magnus (Latin for ‘Great’), is the only public access research Cray XC40 in Australia. Magnus has been designed specifically to tackle the largest simulations currently possible, at previously unimaginable resolutions.
It currently provides high-end computing capability to projects across the entire spectrum of scientific fields. Magnus provides a software stack highly attuned to its hardware, allowing researchers to solve data simulations faster and more easily.
Manufacturer: Cray Inc. (USA)
Model: XC40 Series Supercomputer
Compute Processors: Intel Xeon E5-2690V3 “Haswell” processors (12-core, 2.6 GHz)
Computing Power: 1,097 TeraFLOPS (1 PetaFLOP+).
Memory: 93 Terabytes (64 GB of DDR4-2133 per compute node).
Interconnect: Cray Aries interconnect, at 72 gigabits/sec per node
Network Topology: Cray Dragonfly – 56% populated
Nodes: 1488 (35,712 processor cores, two compute processors per node)
Weight: 1.7 tonnes/cabinet
Power consumption: circa. 50 kWatts/cabinet
Local storage: Sonexion 1600 Data Storage System, 3 Petabytes, w/ 70 GB/sec sustained r/w performance
Supercomputers to reflect different workflows and user requirements
Garrawarla provides the latest generation of CPUs and GPUs, high memory bandwidth, increased memory, and local storage per node to allow MWA researchers to effectively process petabytes of data streamed from the MWA radio telescope.”
See MoreGPUs are accelerators which provide huge amounts of compute power but require less electrical power to run in comparison to conventional CPUs. Topaz will provide users with enhanced GPU capabilities, in particular, AI, computational work, machine learning workflows and data analytics
See MoreA complementary system to Magnus, Zeus is an SGI Linux cluster that supports pre- and post-processing of data, throughput workflows, simulations able to use GPU power and remote visualisation work.
See MoreThe cabinet artwork on Galaxy, ‘Rainbow Serpent and Moon’ by Jesse Pickett, is a homage to the Centre’s close connection to the northwest of Western Australia. It has been designed to reflect ‘the sky above’, in reference to radioastronomy, one of the areas of science Pawsey closely supports.
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