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Primeur weekly 2013-08-05

Special

There is room for two major supercomputer conferences each year ...

Historic Heidelberg setting for new Big Data Conference ...

Exascale supercomputing

Largest neuronal network simulation to date achieved using Japanese supercomputer ...

Designing a new operating system for exascale architectures ...

The Cloud

Over a hundred vulnerabilities were found in browsers in the course of The University of Oulu's effective data security testing programme ...

IBM unveils new PowerLinux system for analytics and Cloud computing ...

ESDS selects IBM PureSystems over HP and Dell for Cloud and Big Data offerings ...

EuroFlash

Walking on Water: projectiondesign powers interactive portable 360-degree Igloo experience at La Biennale di Venezia 2013 ...

SUSE predicts supercomputer capabilities to become part of mainstream IT for enterprise customers ...

GEANT's terabit upgrade gives European science the data network of the future ...

ADVA FSP 150 delivers sub-microsecond timing for high-frequency trading ...

Scientists realize quantum bit with a bent nanotube ...

USFlash

Stanford engineers receive award to improve supercomputing and solar efficiency ...

Fujitsu PRIMERGY computational power at Australian National University takes high capability Australian research to the world stage ...

NOAA's National Weather Service more than doubles computing capacity ...

Cray Inc. reports second quarter 2013 results ...

UCSC acquires powerful new astrophysics supercomputer system ...

20 years of TOP500 data show Linux's role in supercomputing breakthroughs ...

Secretary Moniz dedicates new supercomputer at the National Energy Technology Laboratory ...

Online tools accelerating earthquake-engineering progress ...

CSIR to launch new supercomputer ...

NIH commits $24 million annually for Big Data Centres of Excellence ...

NASA relies on RTI Connext DDS for Human Exploration Telerobotics Project ...

Omni Circuit Boards produces working aluminum trace circuit board for quantum computing applications ...

Computer scientists develop mathematical jigsaw puzzles to encrypt software ...

Fujitsu PRIMERGY computational power at Australian National University takes high capability Australian research to the world stage

31 Jul 2013 Sydney - Australia's most powerful computer has been officially launched at the opening of the National Computational Infrastructure (NCI) high performance computing centre at the Australian National University (ANU). The 1.2 Petaflop Fujitsu PRIMERGY cluster, is named after the Japanese god of thunder and rain, Raijin. It is one of the most powerful in the world and now provides high-end computational services to the Australian research community.

With peak performance speeds of 1.2 PetaFlops - 1,200,000,000,000,000 floating point operations per second, the new computer has the power of 56,000 computers working in parallel, and the disk storage equivalent of 20,000 computers but working much faster. It can perform the same number of calculations in one hour that every one of the 7 billion humans on Earth, armed with calculators, could perform in 20 years - or 170,000 calculations per second, per person on Earth.

The NCI is supported by a $50 million grant under the Australian Government's Super Science Initiative. Raijin's speed is taking the Australia's research capacity to new levels with Commonwealth agencies such as the Bureau of Meteorology, the CSIRO and Geoscience Australia to run complex weather and climate modelling, and research in computational chemistry, particle physics, astronomy, material science, microbiology, nanotechnology and photonics.

Raijin is the largest x86 HPC installation of any brand in the southern hemisphere and the largest Fujitsu PRIMERGY deployment worldwide. The innovative design of Raijin, which utilises industry standard hardware, saw it delivered and commissioned as budgeted. Professor Lindsay Botten, Director of the NCI, stated: "Advanced computational methods form an increasingly essential component of high-impact research, in many cases underpinning discoveries that cannot be achieved by other means, as well as the platform with which to sustain innovation at an internationally competitive level. NCI welcomes the opportunity to continue to build a substantive collaborative relationship with Fujitsu, the peak system vendor, with a focus particularly on the optimisation of Australia's primary modelling suite."

Mike Foster, Chief Executive Officer of Fujitsu Australia and New Zealand, stated: "We are proud to have delivered Australia's most powerful computer to the NCI and now look forward to seeing Raijin underpin the NCI's role in facilitating breakthrough research in Australia and internationally."

Fujitsu PRIMERGY x86 High Performance Computing (HPC) technology is based on commodity hardware, which delivers improved price/performance; access to a greater range of ISV applications; and simplified the migration process from existing x86 applications.

Features include the following:

  • Processor cores: 57,472 (Intel Xeon Sandy Bridge, 2.6 GHz)
  • Main Memory: 160 TBytes
  • Disk Storage: 10 PBytes
  • Peak Performance: 1195 TFlops
  • Available Resource: 503M core hours per annum

Raijin is capable of peak performance speeds of 1.2 PetaFlops - 1,200,000,000,000,000 floating point operations per second.

The installation of Raijin was undertaken by Fujitsu's combined supercomputing expertise from Australia and Japan with support from Fujitsu Australia engineering teams and project partners.

The NCI is supported by a $50 million grant under the Australian Government's Super Science Initiative. Its operation is sustained through co-investment by a number of partner organisations including the ANU, the Commonwealth Scientific and Industrial Research Organisation (CSIRO), the Bureau of Meteorology (BoM), Geoscience Australia and other research-intensive universities supported by the Australian Research Council. Researcher access to NCI facilities and services is also supported by the ARC and a number of Australia's research intensive universities.
Source: Fujitsu

Back to Table of contents

Primeur weekly 2013-08-05

Special

There is room for two major supercomputer conferences each year ...

Historic Heidelberg setting for new Big Data Conference ...

Exascale supercomputing

Largest neuronal network simulation to date achieved using Japanese supercomputer ...

Designing a new operating system for exascale architectures ...

The Cloud

Over a hundred vulnerabilities were found in browsers in the course of The University of Oulu's effective data security testing programme ...

IBM unveils new PowerLinux system for analytics and Cloud computing ...

ESDS selects IBM PureSystems over HP and Dell for Cloud and Big Data offerings ...

EuroFlash

Walking on Water: projectiondesign powers interactive portable 360-degree Igloo experience at La Biennale di Venezia 2013 ...

SUSE predicts supercomputer capabilities to become part of mainstream IT for enterprise customers ...

GEANT's terabit upgrade gives European science the data network of the future ...

ADVA FSP 150 delivers sub-microsecond timing for high-frequency trading ...

Scientists realize quantum bit with a bent nanotube ...

USFlash

Stanford engineers receive award to improve supercomputing and solar efficiency ...

Fujitsu PRIMERGY computational power at Australian National University takes high capability Australian research to the world stage ...

NOAA's National Weather Service more than doubles computing capacity ...

Cray Inc. reports second quarter 2013 results ...

UCSC acquires powerful new astrophysics supercomputer system ...

20 years of TOP500 data show Linux's role in supercomputing breakthroughs ...

Secretary Moniz dedicates new supercomputer at the National Energy Technology Laboratory ...

Online tools accelerating earthquake-engineering progress ...

CSIR to launch new supercomputer ...

NIH commits $24 million annually for Big Data Centres of Excellence ...

NASA relies on RTI Connext DDS for Human Exploration Telerobotics Project ...

Omni Circuit Boards produces working aluminum trace circuit board for quantum computing applications ...

Computer scientists develop mathematical jigsaw puzzles to encrypt software ...