Table of Contents
1Introduction
1.1Scope
1.2StructureofthisRecommendation
1.3References
1.4Definitions
1.5Abbreviations
2ScenariosforradiodigitalsectionintegrationintoSDH
2.1Architecturedescription
2.2Architecturalprinciples
2.3Digitalsectionsat51.84Mbit/sandothersub-STM-1
bitrates
3Satellitesystemasawide-areaSDHnetworknode
3.1Architecturedescription
3.2Architecturalprinciples
3.3Examplesofsatellite-systembaseddigital
cross-connects
3.3.1Wide-areacross-connectwithvariousS-IOS
rates
3.3.2Wide-areacross-connectwith51.84Mbit/s
S-IOS
4Guidelinesforconstructingsub-STM-1multiplexstructures
andradiosectionlayers
4.1General
4.2SDHmultiplexconversion
4.3Functionsofradiosectionoverhead(SOH)
4.4Mediaspecificequipmentinterfaces(REI,SEI)
5SDHmanagementaspects
5.1Networklayermanagementprinciples
5.2Generalrequirements
5.3NElayermanagementfacilities
5.4Bandwidthefficiency
5.5Managementcommunicationsandinterfaces Abstract
Supplies guidelines and principles for integration of digital radio-relay and satellite systems and equipment in SDH transport networks. Concentrates on functional and architectural aspects of the integration from a G.803 network perspective in order to give compatibility regarding information transfer capability of SDH signal elements and inter-system management commonality.
