ITU L.47:2000
ITU L.47:2000 Access Facilities Using Hybrid Fibre/copper Networks Provides information and guidelines about access facilities using HFC ("Hybrid Fibre/Copper") networks.
Table of Contents
1Scope2Fundamentaltypesofhybridfibre/coppernetworks
3Physicalelementsofhybridfibre/coppernetworks
3.1Opticalelements
3.1.1Opticalcables
3.1.2Opticalconnectors
3.1.3Opticalamplifiers
3.1.4Opticalsplitters
3.2Electricalandcopperelements
3.2.1HFC-Snetworks
3.2.2HFC-Cnetworks
4Installation
4.1HFC-Snetworks
4.2HFC-Cnetworks
4.2.1Coaxialcables
4.2.2Cabinets
4.2.3Indoorinstallation
AppendixI-QuestionnaireonQuestion13/6Access
facilitiesusinghybridfibre/coppernetworks
I.1Introduction
I.2Topology
I.3Cableconstruction
I.4ComponentsforCATVnetworks
I.5Cableinstallation
I.6Cabinetinstallation
AppendixII-ItalianexperienceonHFC-Cnetworks
II.1Introduction
II.2TheHFC-Cproject
II.3NetworkinfrastructureforItaly
II.4Coaxialnetworkdesign
II.5Evolutiontowardsallopticalnetworks
AppendixIII-Indonesia'sexperienceonHFC-Cnetworks
Accessfacilitiesusinghybridfibre/copper
networks
III.1Introduction
III.2Background
III.3Networktopology
III.3.1Transportnetworktopology
III.3.2Accessnetworktopology
III.3.3Coaxialnetworktopology
III.4Cableconstruction
III.4.1Opticalcabling
III.4.2Coaxialcabling
III.5Bandwidthallocation
III.6Systemconfiguration
III.6.1Headend
III.6.2Distributionhub
III.6.3Fibrenode
III.6.4Amplifier(activecomponent)
III.6.5Passivecomponent
III.7Poweringsystem
III.7.1Poweringsystemincoaxialcable
III.8Outsideplant(OSP)
III.8.1Pole
III.8.2Cabinet
III.9Standardization
III.10Coaxialnetworkplanningtool
III.11ComponentforcoaxialHFC-Cnetworks
III.12Legend