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https:www'ihq'unikarlsruhe' de research projects TRIUMPH

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RESIT-Athens Information Technology (AIT) Technical University of Berlin (TUB) ... Provide Transparent Ring Interconnection Using Multi-wavelength Photonic ... – PowerPoint PPT presentation

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Title: https:www'ihq'unikarlsruhe' de research projects TRIUMPH


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(No Transcript)
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Consortium Members
University of Karlsruhe (UKA)
University of Essex (UoE)
University College Cork (UCC)
RESIT-Athens Information Technology (AIT)
Technical University of Berlin (TUB)
Kailight Photonics (Kailight)
Optoelectronics Research Centre, University of
Southampton (ORC)
NOKIA SIEMENS Networks
https//www.ihq.uni-karlsruhe. de/ research/
projects/ TRIUMPH
Transparent Ring Interconnection Using
Multi-wavelength Photonic switches
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Scope of TRIUMPH
Provide Transparent Ring Interconnection Using
Multi-wavelength Photonic switches in order to
significantly increase the network functionality
and capacity
Scenario High capacity network with transparent
connectivity between core/regional-metro rings
(up to 160 Gbit/s) and metro-access rings (up to
40 Gbit/s)
Transparent Ring Interconnection Using
Multi-wavelength Photonic switches
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TRIUMPH Optical Switch
  • TRIUMPH Optical Switch will integrate the
    functionalities
  • Optical Switching
  • Transparent traffic aggregation/grooming
  • Optical 2R regeneration
  • Support a variety of data rates from 10 to
    160Gbit/s

Proposed Solution Advantages
  • Very high network capacity
  • Transparency to data-rates and protocols
  • End-to-end intelligent optical networking
  • Flexibility in bandwidth provisioning
  • Convergence/Interface with other existing and
    emerging technologies

Transparent Ring Interconnection Using
Multi-wavelength Photonic switches
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TRIUMPH Optical Switch
Transparent Ring Interconnection Using
Multi-wavelength Photonic switches
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