iVEC

Magnus

MAGNUS

Magnus, from the Latin ‘Great’, is a latest-generation Cray XC30 system that will be used for supercomputing projects across the entire range of scientific fields serviced by iVEC. Magnus currently comprises two compute cabinets, each holding 52 compute blades, with four nodes per blade and each node supporting two 8-core Intel Sandy Bridge Xeon E5-2670 processors running at 2.6 GHz, for a total of 3328 cores delivering around 69 TFLOPS. The compute nodes communicate amongst themselves over Cray’s high-speed, low-latency Aries interconnect. Storage consists of two petabytes of scratch file system space, provided by Cray’s Sonexion Lustre appliances, and is connected via 56 Gbit/s FDR Infiniband.

Magnus will be expanded in Q3 2014 with additional cabinets and processors that will see the Pawsey Centre become a petascale supercomputing facility, delivering processing power in excess of a petaflop (one quadrillion floating point operations per second). The final configuration of Magnus will provide users with over 35,000 cores, using the future Intel® Xeon® processor E5-2600 v3 product family (former codename Haswell), and it is expected to be the most powerful supercomputer in the southern hemisphere.

magnusLRVital statistics
Manufacturer: Cray Inc. (USA)
Model: XC30 Series Supercomputer
Compute Processors: Intel Xeon E5-2670 “Sandy Bridge”
Computing Power: 69 teraFLOPS, from 208 dual-socket compute nodes
Memory: 13 terabytes (64 gigabytes of DDR3-1866 per compute node, at 1,600 MHz)
Interconnect: Cray Aries interconnect, at 72 gigabits/sec per node
Network Topology: Cray Dragonfly
Weight: 1.7 tonnes/cabinet
Power consumption: circa. 50 kWatts/cabinet
Local storage: Sonnexion 1600 Data Storage System, 2 petabytes

Interesting facts

•The XC30 is the first Cray series to feature Intel Xeon processors.
•Magnus Phase 1 is equivalent to 36,315 Cray -2 systems.
•Internode communications are more than 9,300-times faster than the NBN.
•Magnus (Phase 1) is 70-times more powerful than iVEC’s first teraFLOPS-capable supercomputer, named Cognac, which began production in 2005.
•Each cabinet of Magnus (Phase 1) has 3 chassis. Each chassis contains 16 blades. Each blade has 4 nodes. Each node has 2 sockets and each socket has an 8-core Sandy Bridge processor, giving a total core count of 3,328.