References: Clustering

2008 2007 2006 2005 2004 2003 2002


References: Clustering - 2008 Top


transtec cluster supports the Freie Universität Berlin by making the tunneling of the new Gotthard Basis Tunnel safer
Systems, clustering and service

Situation

Solution

Customer opinion

The seismic/seismology workgroup at the Freie Universität Berlin researches into the Earth's interior with the help of artificial and natural seismic waves. For this purpose, it developed a 3D imaging and modelling process which it applies in geotechnological and geodynamic projects on different depth scales.
Two examples from the field of geotechnology: with the help of this process, a prediction range of up to 100 metres is possible during the build of the new Gotthard Basis Tunnel. Reservoirs up to five kilometres underground can be imaged and characterised. This is important when extracting petroleum and natural gas or for underground CO2 storage.
By applying the process to geodynamic problems, the scientists want to improve research into the origin of large earthquakes. The Californian San-Andreas fault can thus be researched at a depth of ten kilometres and the Ocean plate under the South American Andes up to 100 kilometres.
For a long time, the institute had to rely on reserving the necessary computing time and storage capacity either on the University's large mainframe computers or on the Beowulf cluster built by the institute. In the Spring of 2008, transtec installed a cluster with 13 Dual-Quad-core computing nodes and five Terabyte storage capacity. The plan is to expand this to 36 nodes by the start of 2009. With a total of 288 GB RAM, all the workgroup's calculations and simulations should be executed.
In addition, 22 Linux workstations are in operation at the institute.
"Our institute needs a reliable system with excellent computing power and a lot of storage capacity. We were impressed by transtec's expertise and the reliability of the hardware."

"We were also extremely satisfied with transtec's consultation. In principle, we knew precisely what we needed in advance; but there was still room for optimisation. transtec recommended a 10 GB connection from the storage node to the switch which speeds up the data package transfer rate tenfold compared to a standard connection of just one Gigabit. We weren't sure if this was economically feasible. Thanks to the excellent advice we received from transtec, there was no danger of bottlenecking data transfer at this point.


Dr. Stefan Buske, head of the seismic data laboratory at the Institute for Geological Sciences at the Freie Universität Berlin





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References: Clustering - 2007 Top


Dresden-Rossendorf Research Centre
Service and clustering

Company

Solution

Customer opinion

The Dresden-Rossendorf Research Centre (FZD) has conducted application-oriented and basic research focussing on new materials, cancer research and nuclear safety research since 1992. Around 700 people are currently employed there.
A high-performance IT system is imperative for the work performed at the Research Centre. Resource-intensive computations and simulations are run every day and experimental data is evaluated. For more than five years, the FZD has been using a high-performance cluster for these tasks. In 2006, the IT output was to be tripled by procuring an additional cluster.
The new cluster is primarily used for performing sequential and parallel computations. The demands on processor output as well as memory, hard drive capacity and network performance are accordingly high. The FZD uses the Linux operating system.
The current configuration of the transtec hydra high-performance cluster:
  • 68 computing nodes each with two dual-core AMD Opteron CPUs (2.6 – 3.0 GHz) with a measured overall IT output of approx. 400 GigaFLOPS
  • In three water-cooled racks
  • 864 GB RAM in total
  • Hard drive memory (RAID 5) offering a capacity of 6 TB
  • Double GB Ethernet networking
  • Operating system: Scientific Linux and Cluto cluster software
The main PC has a redundant design, whereby the second control PC acts in normal operating mode as an evaluation tool for graphic applications. The cluster is designed for 64-bit operation enabling optimum operation of the current software while storage-intensive jobs run at the same time. The cluster is to be further expanded step-by-step.
"What was convincing about the transtec offer was the price/performance ratio and – of equal significance – the manufacturer’s willingness to approach our individual demands in a very flexible manner. It goes without saying that a standard solution would not be of any use here. We need a tailor-made cluster solution. The hydra-cluster installed by transtec is utterly convincing. Our researchers make intensive use of the new possibilities: they can now run models and simulations in the area of nanostructures, for example, which were not possible in the past"

Dr. Uwe Konrad, who is responsible for IT at the FZD.




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transtec‘s cluster solution for The University of Wales, Swansea

The situation:
The QCD Lattice Group at The University of Wales, Swansea, UK is one of the biggest groups in the UK. Its research activity is at the forefront of their field. A solution providing sufficient computing power for numerical simulations in the field of Quantum Chromodynamics was required as this in the past was achieved locally on the groups individual Workstations.

The challenge:
A high performance and scalable cluster was needed to calculate the amount of data. Due to the data exchanged between the compute nodes the solution required specifically low network latencies. The calculated results should be collated to a central point for further analysis. Also a Batch Queueing System was needed to optimize the load of the cluster.

The solution:
The system consists of a 15 node dual core Opteron cluster with a fast and low-latency network interconnection based on Infiniband. The master node running Scientific Linux 4 with Sun Grid Engine as Batch Queueing System for optimal load for the cluster. The nodes loading their operating system over the gigabit management network and running in a diskless mode. This makes the management of the nodes far easier. For parallel jobs, the cluster uses MPICH over gigabit network and MVAPICH for Infiniband. The monitoring and management is done by CluTo, the transtec Cluster Management Tools.
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References: Clustering - 2006 Top


University of Stuttgart
Clustering and storage

Situation

Solution

Customer opinion

Research, which focuses on the Theory of Porous Media (TPM), involves computer simulations which are extremely CPU- and storage-intensive

Solving equations with a huge number of variables requirering massive computing power
LINUX HPC cluster with 50 nodes based on AMD Opteron Processors and a total of 108 GB main memory which includes a quad-processor node. Networking is over two separate Gigabit networks.

The three master nodes are completely redundant and access a high-performance PROVIGO 660 Fibre Channel RAID system with 2.3 TB capacity. The result is an overall performance of 440 GFlops (peak) or 274 GFlops (Linpack).

To ensure adequate cooling, the cluster is installed in room with an air-conditioning unit drawing 15kW.
“There were three reasons for selecting transtec as a provider. First, the transtec contacts assigned to the project impressed us with their technical know-how and competence; second, and very important, transtec is in a position to provide all of the required hardware and software from a single source; third the price/performance ratio of the transtec products was high.“

Bernd Markert, explaining his institute’s choice of transtec.





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IRSN
Clustering and consulting

Situation

Solution

Customer opinion

The IRSN required a system that would provide the massive number-crunching capability required for computer simulation. Keeping within budget was important. Scalability was essential. A transtec HPC Dual Xeon® clustering solution with
  • 40 compute nodes equipped with Intel dual Xeon® processors and one Gigabyte RAM per CPU
  • A RAID system configured as RAID 5 with 2.4 Terabyte capacity
  • Linux Red Hat operating system and Cluto cluster management software
  • An ultra-fast InfiniBand network linking 16 compute nodes
“The transtec team fully understood our problems and demonstrated a deep knowledge of clustering. Thanks to them, we now have a highly-reliable high-availability HPC solution. We especially appreciated the wide-ranging, competent support.”

Olivier Isnard.





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References: Clustering - 2005 Top


University of Rostock
Clustering and consulting

Situation

Solution

Customer opinion

Prof. Ralf Ludwig‘s basic research in theoretical physical chemistry involves extremely CPU- and storage-intensive computer simulations. In fact, they are so demanding that using the university’s computing centre to carry them out was not feasible. Having a suitable cluster system at his disposal was the ideal solution but wiring together a cluster out of conventional PCs would result in a system that was vulnerable to failure and that would have a large maintenance overhead.

The challenge: A highly stable, readily scalable cluster system was needed that could run uninterrupted for months on end. In addition, it was to be capable of carrying out Prof. Ludwig‘s computations without costly and time-consuming modifications.
transtec installed a 64-bit dual-Opteron HPC cluster system delivering a peak performance of 230 GFlops. In vetting potential providers the price/performance ratio of the transtec HPC cluster proved decisive; in fact, transtec’s bid was the lowest of all.
In addition, transtec was able to supply all desired hardware and its service offer was superior – factors, which provided the Rostock research, team with an attractively short installation lead-time. Since its installation a year ago, the transtec HPC cluster has been running virtually uninterrupted and without a hitch. Should problems arise, transtec cluster specialists Leonardo Lapeira, Dr. Andreas Koch and Anastassios Kazakidis will be available to lend assistance.

„Our research group appreciated the fact that quality and customer support are taken seriously by transtec.“


Prof. Dr. Ralf Ludwig, University of Rostock.





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University of Erlangen
Clustering and consulting

Situation

Solution

Customer opinion

The cluster system installed by transtec at the University of Erlangen-Nürnberg was rated as one of five hundred fastest computers in the world when it went into operation eighteen-months ago. However, the growing computing needs of the engineering and scientific departments had brought the cluster to limits of its capacity. A decision was made to upgrade.

The challenge: transtec was commissioned to upgrade the university’s cluster system. It was stipulated that the upgrade should result in minimum interruption in user access and also maintain the integrity of the original system.
• The new supercomputer, which is fully remotely administratable, consists of a total of 155 individual computers which function as compute nodes, frontends and file servers.

The configuration consists of:
  • 86 compute nodes, 2.66 GHz Dual Xeon processors
    Each node: 2 GByte RAM, 80 GB IDE hard drives
  • 64 compute nodes, 3.20 GHz Dual Xeon Nocona processors, 800 MHz FSB.
    Each node: 2 gigabytes of DDR-333 RAM and an 80 GB S-ATA hard drive.
    24 of these nodes are coupled over an Infiniband high-speed network
  • 2 frontends, 2.66 GHz Dual Xeon processors, 4 GB RAM and mirrored system drives
  • 1 frontend, 3.20 GHz Dual Xeon Nocona processors. Except for the faster processor it is configured in the same way as 2.66 GHz frontend, that is 4 GB RAM and mirrored system drives
  • 1 file server, 2.4 GHz Dual Xeon processors and 700 GB capacity in a RAID 5 (SCSI) configuration
  • 1 file server, 3.0 GHz Dual Xeon processors and 2.4 TB capacity in a RAID 5 (SCSI) configuration
“We were very satisfied with the performance of the original cluster, as well as with the availability of both hardware and software that it provided. The excellent support provided by transtec led to a close and fruitful co-operation and when the time came to upgrade transtec was our first choice.“

Dr. Gerhard Hergenröder, technical director of Regional Computing Centre.





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Sulzer Innotec Selects transtec Cluster Systems for R & D
transtec cluster systems provide a Swiss R & D firm with the computing power needed for flow simulations

Zurich, 16 March, 2005.
Sulzer Innotec, the R & D division of the Swiss Sulzer Group, has selected a powerful transtec cluster system to provide the number-crunching power needed for complex three-dimensional flow simulation. In its initial configuration the cluster has a capacity of 10TB and consists of sixteen dual-processor compute nodes, one dual-Opteron master node and a quad-Opteron administration node. Plans call for an additional sixteen compute nodes to be added in the third quarter of 2005. Explaining why he is highly pleased with the choice of the transtec system, Dr. Torsten Wintergerste, who is in charge of flow technology at Sulzer Innotec, said, “The transtec combination of an economical price, rigor-ous project management and effective cost planning was just what we were looking for.”
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References: Clustering - 2004 Top


smart relies on a Windows HA cluster solution from transtec

Hambach, 27 September 2004.
smart GmbH, a wholly-owned subsidiary of DaimlerChrysler, is headquartered in Hambach, in the Lorraine region of France, where it has operated its smartville assembly line since 1997. True to its slogan "Open your mind", smart has taken the innovative path by installing a transtec Windows HA cluster.
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CWI researches applications with a Linux supercomputing cluster system from ttec Computers

Amsterdam, 6 April 2004.
The "Centrum voor Wiskunde en Informatica" (CWI) is the national research institute for mathematics and information theory of the Netherlands. At the beginning of 2003 a new cluster system was needed and the CWI undertook a search for a solution that would meet the specialised needs of its three main user groups. The CWI found what it was looking for at ttec Computers/transtec.
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The ESRF Has Selected a Modern IT System for Scientific Analyses
Located in Grenoble, the ESRF is one of the three most powerful particle accelerators in the world. The ESRF has decided on EDP hardware from transtec for its scientific calculations.

Grenoble, 18 March 2004.
The ESRF (European Synchrotron Radiation Facility) could be compared to a huge microscope which enables scientists to advance their research into the structure of condensed matter, down to the level of atoms and molecules. The scientists of the centre recently installed a Linux cluster from transtec for their research.
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References: Clustering - 2003 Top


Detecting Airflows with Simulations and Cutting-Edge 3-D Tools
transtec servers are the first step towards future Linux cluster solutions

Zurich, Switzerland, 21 October 2003.
AFC Air Flow Consulting (a spin-off of the ETH Zurich) is now using the latest completely reliable transtec servers to calculate and virtualize all types of airflows. Planning and development for many different applications are supported and even accelerated by the modern transtec technology used with this project. "Besides selecting a suitable methodology and software application, our hardware partner was another essential aspect for us," is how Alois Schälin, CEO of Air Flow Consulting, describes the process leading to the new cooperation with transtec.
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University of Antwerp installs ttec Computers' Linux cluster
transtec cluster accelerates research

Tübingen/Antwerp/Nijmegen/Brussels, 14 October 2003.
The department of Physics at the University of Antwerp (UA) conducts computational research on the properties of materials. By means of so called ab initio electronic structure computations they try to explain the structural and electronic properties of these materials. The material's building blocks form the starting point and the researchers only make use of the fundamental laws of physics. The computations are very time and memory-intensive and are preferably carried out parallel on a cluster. A Linux cluster was provided by ttec Computers was recently installed to enable these parallel computations.
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"Hats Off to transtec's Super Computer Competence"
New transtec Cluster at the University of Nuremberg-Erlangen

Tuebingen, Germany, 10 October 2003.
With its cluster solution at the University of Nuremberg-Erlangen, yet another transtec super computer moves onto the list of the 500 most powerful computers worldwide. The solution from the IT system manufacturer, located in Tuebingen, Germany, has over 73 dual Xeon nodes, each with 2.66 GHz, landing it in the 317th spot on the current top 500 list.
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Intermax: strict selection criteria for hardware and software
Availability, reliability and security - important for Internet Service Provider / ttec Computers preferred supplier

Tuebingen/Nijmegen/ Rotterdam, 15 September 2003.
Working at the heart of the ‘new’ economy is the full service Internet Service Provider Intermax bv in Rotterdam. However, the management team is proud of the fact they’re doing business with ideals of the ‘old’ economy - “work hard to earn your money”, as they say or “realise the potential of the internet so we can assure our customer’s quality and continuity.” Intermax is a no nonsense Internet Service Provider giving its customers the security that they also demand from its suppliers.
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“Frankfurter Societät Relies on the High Performance and Fail-Safety of transtec Products”
The media house of the Frankfurter Societät relies on a high-performance and fail-safe cluster with a capacity of 8 TB from transtec, the European IT manufacturer.

Tuebingen, July 22 2003.
The media house of the Frankfurter Societät, which includes business areas for printing, publishing and the "Frankfurter Neue Presse" newspaper, relies on a high-performance and fail-safe cluster with a capacity of 8 TB from transtec, the European IT manufacturer.
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References: Clustering - 2002 Top


Swiss Scientists Search for Medicines Using transtec Computers

Tübingen, 02nd September 2002.
Computers from the Tuebingen IT system manufacturer transtec AG are helping in the search for new drugs at the Swiss Federal Institute of Technology Zurich (ETHZ). The Institute for Applied Biosciences and Pharmaceutical Sciences is testing whether specific substances are suitable for medicines by using to computers to perform complex simulations. To accomplish this, the scientists decided on a cluster solution from transtec, which runs using extremely powerful computers. At the same time, the IT systems are also used for teaching purposes. ETHZ pharmacy students can observe chemical processes on monitors in the Vireal Laboratory.
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The Penguin Provides the Right Climate
The Behr Group uses a Linux cluster solution from transtec for the development of cooling systems

Tübingen, February 08, 2002.
The Behr Group, one of the world’s leading automotive suppliers in the vehicle air conditioning and engine cooling sector, uses a Linux-based cluster solution from the Tübingen company transtec AG. The most important system standards for the company, as well as for the supplier sector in general, are IT infrastructure stability, high computing performance as well as an optimum system component interaction.
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