Table of Contents
1Scope
2References
3Abbreviations
4Definitions
5ConfigurationofanOAN
5.1Referenceconfiguration
5.2Functionalarchitecture
6Fibretype
7Transmissionmethodology
8Wavelengthallocation
8.1Wavelengthrangeforthe1310nmregion
8.2Wavelengthrangeforthe1550nmregion
9OANsystemspecification
9.1OANcapacityandONUclasses
9.2Logicalreachlimitation
9.3ONUfunctionalspecification
9.3.1ONUcoreshell
9.3.2ONUserviceshell
9.3.3ONUcommonshell
9.4OLTfunctionalspecification
9.4.1OLTcoreshell
9.4.2OLTserviceshell
9.4.3OLTcommonshell
9.5Operation,AdministrationandMaintenance(OAM)
functionality
10UNIandSNIinterfaces
11ODNfunctionalrequirements
11.1Passiveopticalelements
11.2ODNmodel
11.2.1ODNmodellosscalculations
11.2.2ODNmodellosscalculationtechnique
11.3Classesforopticalpathloss
11.4ReflectanceinODNs
11.5Chromaticdispersion
12Maximumsignaltransferdelay
13Environmentalconditions
14Safety
14.1Electricalsafetyandprotection
14.2Opticalsafetyandprotection
AppendixIOpticalamplifiers(OAs)forOANs
AppendixIISurveyofpossiblewavelengthallocationfor
interactiveservices
AppendixIIIOAMfunctionality
III.1Configurationmanagement
III.2Performancemanagement
III.3Faultmanagement
III.4Securitymanagement
AppendixIVOpticallosscalculationtechniques
IV.1Gaussianstatisticalapproach
IV.2MonteCarlostatisticalapproach
Abstract
Covers the characteristics of an Optical Access Network (OAN) capable of transporting interactive services over the Optical Distribution Network (ODN) based on point-to-multipoint configuration by means of passive optical branching components.
