i2-news - I2-NEWS: First Trans European Use of 10 Gbps Ethernet WAN PHY supporting 5.4 Gbps sustained single stream and 9.2 Gbps multi-stream PC to PC traffic
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I2-NEWS: First Trans European Use of 10 Gbps Ethernet WAN PHY supporting 5.4 Gbps sustained single stream and 9.2 Gbps multi-stream PC to PC traffic
- From: Greg Wood <>
- Subject: I2-NEWS: First Trans European Use of 10 Gbps Ethernet WAN PHY supporting 5.4 Gbps sustained single stream and 9.2 Gbps multi-stream PC to PC traffic
- Date: Thu, 02 Oct 2003 11:03:33 -0400
FIRST TRANS EUROPEAN USE OF 10 GBPS ETHERNET WAN PHY SUPPORTING 5.4 GBPS SUSTAINED SINGLE STREAM AND 9.2 GBPS MULTI-STREAM PC TO PC TRAFFIC
Utrecht 2 October - CERN, SURFnet and the University of Amsterdam announced that they have succeeded in building and testing a Trans European 10 Gbps Ethernet (10 GE) network. Crossing four countries and spanning 1700 km, the network uses the new 10 GE WAN PHY transmission technology capable of transmitting the equivalent of 1.5 complete data CDs every second. The CERN Amsterdam connection was used by researchers from the ATLAS experiment and the University of Amsterdam to transfer a single TCP data stream between a pair of high-end server PCs at 5.4 Gbps, a rate limited by the PCs hardware and software. Using two PCs at each end it was shown possible to utilize the full data bandwidth (9.2 Gbps) of the CERN to Amsterdam connection. The results are an important milestone in exploring the high-speed distribution of data from CERN's new Large Hadron Collider, scheduled to come into operation in 2007.
The network consisted of a SURFnet OC-192 lambda between Amsterdam and Geneva delivered by Global Crossing. The setup was first tested for 90 hours using IXIA network testers. This equipment proved the stability and raw performance of the network by transporting 365 TBytes of raw data without any bit error or packet loss. In subsequent tests Force10 switch/routers were connected directly to the DWDM equipment using two 10 Gbps WAN PHY interfaces. Another setup included Cisco ONS 15454 Multiservice Optical Platforms in the path. For test purposes several HP Itanium and Xeon systems were connected on both sides equipped with Intel 10 Gbps Ethernet network interface cards.
The University of Amsterdam and high energy physics research institute NIKHEF collaborate with SURFnet to build advanced data transport infrastructure using lightpaths. This infrastructure will aid the distribution of the experiment data from the LHC experiments at CERN to researchers in remote institutes via the data replication centres of which NIKHEF will be a node.
The 10 GE WAN PHY technology permits Ethernet frames to be carried across existing SONET/SDH infrastructures. It effectively extends the span of an Ethernet network across countries and continents. Long haul Ethernets of the type demonstrated between CERN and Amsterdam can offer significant cost advantages as they use cheaper and fewer components than traditional alternatives, in particular when the 10 GE WAN PHY is directly connected to DWDM equipment, as has been shown in some of these tests. The Ethernet everywhere approach nicely augments the emerging optical demonstrators at NetherLight, StarLight and CANARIE, and the existing router based general Internet infrastructure.
The current successful demonstration of the 10 GE WAN PHY in the field has been built on earlier interoperability testing carried out by CANARIE, Carleton University and CERN in the laboratory this summer.
Bob Dobinson from CERN said: "Over the last decades we have seen Ethernet become the predominant local area network standard. Now we see the use of Ethernet at the Trans European level. "Ethernet everywhere" is a not inappropriate slogan for the future world of networking. This could be a significant development for the ATLAS experiment."
Kees Neggers, Managing Director of SURFnet, applauds the results. "SURFnet is pioneering with 'hybrid' networking since early 2002 via the NL GigaPort project. This work by CANARIE, CERN and University of Amsterdam is an excellent demonstration of the potential of lambda services for science applications and yet another step in the development of GLIF, the emerging Global Lambda Integrated Facility."
Cees de Laat, associate professor at the University of Amsterdam comments: "This is a very important step in proving the feasibility of building a services oriented network where adequate equipment is used to deliver the best price-performance for the requirements of the GRID users. Using router-based infrastructures only at these speeds would turn out to be too expensive."
Bill St. Arnaud, CANARIE commented: "The present tests are a step towards extending the Internet end-to-end principle to circuit-based networks. Soon high-end GRID applications will have sufficient traffic volume to require their own lightpaths, complementing the standard routed network. Ethernet over lightpaths is a technology that may allow significant cost savings while providing an increased level of flexibility for such scenario."
The tests were made possible by support from the following manufacturers, who have generously contributed their equipment and know how: Force10, IXIA, Hewlett Packard, Cisco, Intel, Global Crossing. We acknowledge the support of: EU projects ESTA (IST-2001-33182) and DataTAG (IST-2001-32459), NL GigaPort project, CERN OpenLAB, NIKHEF and SARA.
SURFnet operates and innovates the national research network in The
Netherlands, to which 150 institutions in higher education and research in the Netherlands are connected. To remain in the lead SURFnet puts in a sustained effort to improve the infrastructure and to develop new applications to give users faster and better access to new Internet services. Currently SURFnet's network innovation is funded by the Dutch government via the GigaPort project. For more information please visit
CERN is the European Laboratory for Particle Physics, one of the world's
most prestigious centres for fundamental research. The laboratory is
currently building the Large Hadron Collider. The most ambitious scientific undertaking the world has yet seen, the LHC will collide tiny fragments of matter head on to unravel the fundamental laws of nature. It is due to switch on in 2007 and will be used to answer some of the most fundamental questions of science by some 7,000 scientists from universities and laboratories all around the world.
University of Amsterdam
The Advanced Internet Research group of the University of Amsterdam's
Faculty of Science researches new architectures and protocols for the
Internet. It actively participates in world-wide standardisation
organisations Internet Engineering Task Force and the Global Grid Forum.
The group conducts experiments with extremely high-speed network
infrastructures. The Institute carries out groundbreaking research in the fields of security, authorisation, authentication and accounting for Grid environments. The Institute is developing a virtual laboratory based on Grid technology for e-science applications. For more information please visit www.science.uva.nl/research/air.
CANARIE is Canada's advanced Internet organization, a not-for-profit
corporation that facilitates the development and use of next-generation
research networks and the applications and services that run on them. By
promoting collaboration among key sectors and by partnering with similar
initiatives around the world, CANARIE stimulates innovation and growth and helps to deliver social, cultural, and economic benefits to all Canadians. CA*net 4, Canada's national research and innovation network, is developed and operated by CANARIE. CANARIE positions Canada as the global leader in advanced networking, and is supported by its members, project partners, and the Government of Canada.
NetherLight is an experimental optical Internet interconnection point in
Amsterdam that is being realised by SURFnet within the context of the
GigaPort project. Research networks and institutes in the Netherlands and abroad can connect their lambdas in order to research models and techniques for future generations of optical Internet Exchanges.
The DataTAG is a project co-funded by the European Union, the U.S.
Department of Energy, and the National Science Foundation. It is led by
CERN together with four other partners. The project brings together the
following European leading research agencies: Italy's Instituto Nazionale di Fisica Nucleare (INFN), France's Institut National de Recherche en Informatique et en Automatique (INRIA), the UK's Particle Physics and Astronomy Research Council (PPARC), and Holland's University of Amsterdam (UvA). The DataTAG project is very closely associated with the European Union DataGrid project, the largest grid project in Europe also led by CERN. For more information, http://www.datatag.org
phone: +31 30 2305305
University of Amsterdam
Dr.ir. Cees de Laat
Phone: +31 20 5257590
Phone: +41 22 767 3066
Phone: +1 613 944-5603
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- I2-NEWS: First Trans European Use of 10 Gbps Ethernet WAN PHY supporting 5.4 Gbps sustained single stream and 9.2 Gbps multi-stream PC to PC traffic, Greg Wood, 10/02/2003
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