2038Km and Four 50GHz OADM/Filters Transmission Field Trial of 115.2 Gb/s Coherent CoFDM Modem in the Telstra Network

Rühl, F.; Sorbello, Luigi; Evans, D.; DIACONESCU, Luca; Doucet, D.; Fasken, David; Nimiczeck, Michael; Sitch, J.E.; O’Sullivan, Maurice; Bélanger, Michel

doi:10.1364/nfoec.2010.ntuc4

Cited by 5 publications

(2 citation statements)

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“…100G has been developed rapidly in recent years with coherent technology and advanced modulation formats. 100G transport field trials have been reported in recent years as well as increasing 100G deployments by network operators [4][5][6][7]. Now the high-speed coherent DWDM optics is also starting to be available on the core IP router platforms.…”

Section: Introductionmentioning

confidence: 99%

Field Trial Demonstration and Evaluation of a Coherent 100G IP Over WDM Alien Wavelength Across 769 km of Multiple WDM Infrastructures Without Regeneration [Invited]

Zhou

Smith

Payne

et al. 2013

J. Opt. Commun. Netw.

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We report the first successful coherent 100G IP over WDM alien wavelength field trial over WDM infrastructures spanning a total distance of 769 km, demonstrating the feasibility and robust performance of a simplified 100G IP over WDM core network architecture. Key performance aspects have been investigated including copropagation of a 100G IP over WDM alien wavelength and native wavelengths generated from WDM transponders, polarization mode dispersion tolerance, and operation without in-line dispersion compensation modules. We also demonstrated the feasibility of a 100G IP over WDM alien wavelength over multiple WDM systems and optical router or regenerator bypass. In addition, we show evaluation results on the key performance management and monitoring functions with a coherent 100G IP over WDM optical interface in the core router.

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Section: Introductionmentioning

confidence: 99%

Field Trial Demonstration and Evaluation of a Coherent 100G IP Over WDM Alien Wavelength Across 769 km of Multiple WDM Infrastructures Without Regeneration [Invited]

Zhou

Smith

Payne

et al. 2013

J. Opt. Commun. Netw.

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show abstract

“…There are also potential network operation benefits moving to higher-speed wavelengths including potential savings on the power and footprint as well as simpler (less) wavelength management. 100G field trials have been reported recently for both coherent and non-coherent technologies [3][4][5]. It is important for network operators to understand potential application scenarios for introducing high speed into their network as well as the performance of high-speed technology in these scenarios.…”

Section: Introductionmentioning

confidence: 99%

Coherent 100G Field Trial Over Installed Fiber Links: Investigating Key Network Scenarios and Applications [Invited]

Zhou

Smith

Wilkinson

et al. 2012

J. Opt. Commun. Netw.

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We report a successful coherent 100G field trial over installed fiber links of a total of 769 km, investigating the performance of coherent technology for key network scenarios and applications including network upgrade, a new dispersion-compensation-module-less network design, polarization mode dispersion tolerance and support for alien wavelengths. In addition, we evaluated the end to end transport performance of 100GE and 10GE client signals.

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Coherent Optical Communication Systems

Roudas

2011

Optical Networks

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2038Km and Four 50GHz OADM/Filters Transmission Field Trial of 115.2 Gb/s Coherent CoFDM Modem in the Telstra Network

Cited by 5 publications

References 1 publication

Field Trial Demonstration and Evaluation of a Coherent 100G IP Over WDM Alien Wavelength Across 769 km of Multiple WDM Infrastructures Without Regeneration [Invited]

Field Trial Demonstration and Evaluation of a Coherent 100G IP Over WDM Alien Wavelength Across 769 km of Multiple WDM Infrastructures Without Regeneration [Invited]

Coherent 100G Field Trial Over Installed Fiber Links: Investigating Key Network Scenarios and Applications [Invited]

Coherent Optical Communication Systems

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