1 Scope
2 Fundamental types of hybrid
fibre/copper networks
3 Physical elements of hybrid
fibre/copper networks
3.1 Optical elements
3.1.1 Optical cables
3.1.2 Optical connectors
3.1.3 Optical amplifiers
3.1.4 Optical splitters
3.2 Electrical and copper elements
3.2.1 HFC-S networks
3.2.2 HFC-C networks
4 Installation
4.1 HFC-S networks
4.2 HFC-C networks
4.2.1 Coaxial cables
4.2.2 Cabinets
4.2.3 Indoor installation
Appendix I -
Questionnaire on Question 13/6 Access facilities using hybrid fibre/copper
networks
I.1 Introduction
I.2 Topology
I.3 Cable construction
I.4 Components for CATV networks
I.5 Cable installation
I.6 Cabinet installation
Appendix II - Italian
experience on HFC-C networks
II.1 Introduction
II.2 The HFC-C project
II.3 Network infrastructure for Italy
II.4 Coaxial network design
II.5 Evolution towards all optical
networks
Appendix III -
Indonesia's experience on HFC-C networks Access facilities using hybrid
fibre/copper networks
III.1 Introduction
III.2 Background
III.3 Network topology
III.3.1 Transport network topology
III.3.2 Access network topology
III.3.3 Coaxial network topology
III.4 Cable construction
III.4.1 Optical cabling
III.4.2 Coaxial cabling
III.5 Bandwidth allocation
III.6 System configuration
III.6.1 Headend
III.6.2 Distribution hub
III.6.3 Fibre node
III.6.4 Amplifier (active component)
III.6.5 Passive component
III.7 Powering system
III.7.1 Powering system in coaxial cable
III.8 Outside plant (OSP)
III.8.1 Pole
III.8.2 Cabinet
III.9 Standardization
III.10 Coaxial network planning tool
III.11 Component for coaxial HFC-C
networks
III.12 Legend