Table of Contents
1Scope
2References
3Terminology
4Abbreviations
5Classificationofopticalinterfaces
5.1Applications
5.2Implementation
6Parameterdefinitions
6.1Individualtransmitteroutputs
6.2Individualchannelinputports
6.3OpticalinterfaceatpointsMPI-SandS'
6.4Opticalpath
6.5Opticallineamplifierparameters
6.6OpticalinterfaceatpointsMPI-RandR'
6.7Individualchanneloutputports
6.8Individualreceiverinputs
6.9Opticalsupervisorychannelparameters
7Opticalinterfaceparametervalues
ANNEXANominalcentralfrequencies
ANNEXBAlternativeopticalsupervisorychannel
approaches
B.1OSCat1480nm
B.2OSCin1310nmband
B.3OSCwithinEDFAgainbandwidth
APPENDIXIMethodologyforderivationofoptical
powerlevels
I.1Channelpower
I.2Maximumtotalpower
APPENDIXIISelectionoftheminimumchannelspacing
andgridreferencefrequencyfortheWDM
plan
II.150GHz/100GHzspacingand193.10THz
reference
II.2Absolutefrequencyreference[AFR]
APPENDIXIIISuggestedchannelfrequencyallocations
forapplicationsonG.652/G.655fibres
APPENDIXIVSuggestedchannelfrequencyallocations
forapplicationsofG.653fibres
APPENDIXVAchannel-allocationmethodologyfor
applicationsonG.653fibrebasedon
unequalchannelspacing
V.1Howtodetermineunequally-spacedchannel
frequencies
V.2Unequallyspacedchannelfrequency
allocationwith25GHzfrequencyslot
V.3Unequallyspacedchannelfrequency
allocationwith50GHzfrequencyslot
V.4Unequalchannelfrequencyallocationwith
100GHzfrequencyslot
V.5Impactsofunequalspacingonother
parameters
V.6Bibliography
APPENDIXVIUseofpre-equalizationatMPI-S
APPENDIXVIIExtensionofG.692toincludebi-directional
WDMtransmission
APPENDIXVIIIExtensionofG.692toinclude16-and32-
ormorechanneltransmission
APPENDIXIXExtensionofG.692toincludeSTM-64bit-rate Abstract
Specifies multichannel optical line system interfaces for the purpose of providing future transverse compatibility among such systems.