Gigabit-capable Passive Optical Networks

CONTENTS

Acknowledgments

1 Introduction

1.1 Target Audience

1.2 Evolution of G-PON Technology and Standards

2 System Requirements

2.1 G-PON Operation

2.2 ONU Types

2.3 Network Considerations

2.4 OLT Variations and Reach Extenders

2.5 ONU Powering

2.6 Technology Requirements

2.7 Management Requirements

2.8 Maintenance

3 Optical Layer

3.1 Introduction

3.2 Optical Fiber

3.3 Connectors and Splices

3.4 WDM Devices and Optical Filters

3.5 Passive Optical Splitters

3.6 Power Budget

3.7 Coexistence

3.8 Optical Transmitters

3.9 Optical Receivers

3.10 G-PON Transceiver Modules

3.11 Optical Amplifiers

3.12 Reach Extension

4 Transmission Convergence Layer

4.1 Framing

4.2 ONU Activation

4.3 ONU Transmission Timing and Equalization Delay

4.4 ONU Registration

4.5 ONU Energy Conservation

4.6 Security

5 Management

5.1 The Toolkit

5.2 Equipment Management

5.3 Reach Extender Management

5.4 PON Maintenance

5.5 Obsolete Fragments of Information Model

6 Services

6.1 Basic Ethernet Management

6.2 Multicast

6.3 Quality of Service

6.4 IP Services

6.5 POTS

6.6 Pseudowires

6.7 Digital Subscriber Line UNIs

6.8 RF Video

7 Other Technologies

7.1 Ethernet PON, EPON

7.2 Wireless Broadband

7.3 Copper

7.4 Ethernet, Point to Point

7.5 WDM PON

7.6 Access Migration

Appendix I - FEC and HEC in G-PON 363

I.1 Redundancy and Error Correction

I.2 Forward Error Correction

I.3 Hybrid Error Correction

Appendix II - PLOAM Messages

II.1. PLOAM Messages in G.987 XG-PON

II.2. PLOAM Messages in G.984 G-PON

References

International ...