90 likes | 401 Vues
Commercial Deployment of 100G Ultra-Long-Haul Optical System in Verizon's Core European Network. Marcel Rijnders Director EMEA Managed Services September 20, 2010. Verizon European Backbone Growth Requirements. Capable to support hybrid capacity growth Mix of 10Gb/s, 40Gb/s and 100Gb/s
E N D
Commercial Deployment of 100G Ultra-Long-Haul Optical System in Verizon's Core European Network Marcel Rijnders Director EMEA Managed Services September 20, 2010
Verizon European Backbone Growth Requirements • Capable to support hybrid capacity growth • Mix of 10Gb/s, 40Gb/s and 100Gb/s • High performance and low latency • Avoid the use of DCMs • Compatible with existing photonic layer infrastructure • Expanding system lifetime • Maintain existing line amplifiers, mux/demux devices and wavelength selective switches • Toleration to typical physical plant uncertainties • Mix of various fibre types, connectors, splices, re-routes, etc. • Service interruption free capacity upgrades • Avoid major network disruptions and/or high risk maintenance • Easy reconfiguration with minimal physical labour • Employ standard Field Operations staff • Limit logistics and truck loads
WSS ROADM Line Amplifier Glass-Thru site CPL Raman Link Verizon European Backbone100Gb/s Production Deployment • Network Section Paris – Frankfurt • Ciena DWDM CPL & OME6500, 88 channel DCM-less • 890 km optical distance • Utilisation >30 x 10 Gb/s wavelengths • 13 x amplified spans • 5 x Raman (loss > 23dB) • 6 x ROADM with 50 GHz WSS Paris 890 km Frankfurt
f-Df f+Df Verizon European Backbone100Gb/s CoFDM Modem Transmitter • Based on commercially deployed 40Gb/s technology • Data rate 115Gb/s (2 x 14.4 GBaud DP-QPSK) • Optical subcarrier spacing 20GHz Receiver • Optical mixing & electrical LP filtering • Coherent DSP processing +/- 50,000 ps/nm ~25 ps mean DGD • Proprietary hard FEC (7% OH, 9.2dB coding gain) BER = 3.8E-03 corrected to < 1E-15
Verizon European BackbonePre-Deployment Testing • Lab spectrum identical to field >30 de-correlated 10Gb/s signals • OSNR margin > 6dB
Verizon European BackboneProduction Deployment • Operational since December 2009 • No system failures reported • Pre-FEC BER < 1E-04 (FEC limit = 3.8 E-03) • Client access 10 x 10GE carrying real time traffic
Verizon European BackboneSummary • Operational and error free 100Gb/s production system • Minimal field staff training required • No more than standard care is needed • Simple (10Gb/s) engineering rules • No modifications needed in the optical plane • Very straightforward deployment • Installation of equipment only at terminal sites • Highly automated commissioning due to modem training NEXT • Further expansion of 100Gb/s channels in Verizon’s backbone • Enhanced scalability of the Ultra-Long-Haul network • All routes confirmed for scaling to 100Gb/s • Deployment of 100GbE client interfaces • Standard is now defined: IEEE 802.3ba • Router suppliers ready to deliver Ethernet PICs • Deployments of 10x10Gb/s Multi-Rate client interfaces • 10GE, STM64, OTU-2 • Migration of existing lower rate interfaces onto 100Gb/s channels
Acknowledgments • Verizon - R. Egorov, C.le Scanve, C. Goedhart,B. Basch, G. Wellbrock, Stu Elby, • Ciena – Mark Gibbon, Jamie Jefferies, Michel P. Belanger, Bernard Villeneuve, Mike Moyer, Dave Doucet, John Sitch, Chee Yun Lee; Robert Brimacombe; Yves Delisle; Kevin McKernan; Ben Rhody; Doug McGhan; Joseph Shapiro; Scott Warnke; Maurice O’Sullivan