CONTENTS OF VOLUME 1 CONTENTS OF VOLUME 2
1 Scope
2 References
2.1
Normative
References
2.2
Informative
References
2.3
Reference
Acquisition
3 Definitions
4 Abbreviations,
acronyms and conventions
4.1
Abbreviations and
Acronyms
4.2
Conventions
5 Overview
and Theory of Operations
5.1
DOCSIS 3.0 MULPI Key
Features
5.2
Technical
Overview
6 Media
Access Control
Specification
6.1
Introduction
6.2
MAC Frame
Formats
6.3
Segment Header Format
6.4
MAC Management
Messages
7 Media
Access Control Protocol
Operation
7.1
Timing and Synchronization
7.2
Upstream Data
Transmission
7.3
Upstream – Downstream Channel Association within a MAC
Domain
7.4
DSID Definition
7.5
Quality of Service
7.6
Downstream Traffic
Priority
7.7
Payload Header
Suppression
7.8
Data Link Encryption
Support
8 Channel
bonding
8.1
Upstream and Downstream Common
Aspects
8.2
Downstream Channel
Bonding
8.3
Upstream Channel Bonding
9 Data
Forwarding
9.1
General Forwarding Requirements
9.2
Multicast
Forwarding
10 Cable Modem – CMTS
Interaction
10.1
CMTS
Initialization
10.2
Cable Modem Initialization and
Reinitialization
10.3
Periodic
Maintenance
10.4
Fault Detection and
Recovery
10.5
DOCSIS Path Verification
11 Dynamic
Operations
11.1
Upstream Channel Descriptor
Changes
11.2
Dynamic Service Flow Changes
11.3
Pre-3.0 DOCSIS Upstream Channel
Changes
11.4
Dynamic Downstream and/or Upstream Channel Changes
11.5
Dynamic Bonding Change (DBC)
11.6
Autonomous Load
Balancing
12 Supporting
Future New Cable Modem Capabilities
12.1
Downloading Cable Modem Operating Software
Annex A – Well-Known Addresses
A.1
Addresses
A.2
MAC Service IDs
A.3
MPEG
PID
Annex B – Parameters and Constants
Annex C – Common Radio Frequency Interface
Encodings
C.1
Encodings for Configuration and MAC-Layer
Messaging
C.2
Quality-of-Service-Related
Encodings
C.3
Encodings for Other
Interfaces
C.4
Confirmation
Code
Annex D – CM Configuration Interface Specification
D.1
CM Configuration
D.2
Configuration Verification
Annex E – Standard Receive Channel Profile
Encodings
Annex F – The DOCSIS MAC/PHY Interface
(DMPI)
F.1
Scope
F.2
Conventions
F.3
Overview
F.4
Signals
F.5
Protocol
F.6
Electrical Specifications
F.7 Timing Specifications
F.8
Data Format and Usage
Annex G – Compatibility with Previous Versions of
DOCSIS
G.1
General Interoperability
Issues
G.2
Support for Hybrid
Devices
G.3
Upstream Physical Layer
Interoperability
G.4
Multicast Support for Interaction with Pre-3.0 DOCSIS
Devices
Annex H – DHCPv6 Vendor Specific Information Options for
DOCSIS 3.0
H.1
CL Option Request option
H.2
Reserved option
codes
H.3
TFTP Server Addresses
option
H.4
Configuration File Name
option
H.5
Syslog Server Addresses option
H.6
TLV5 Encoding
H.7 DOCSIS
Device Identifier option
H.8
CL client
configuration
H.9
Format of the Time Protocol Servers
option
H.10
Time Offset
option
H.11
Relay Agent
Options
Annex I – (Set Aside)
Annex J – DHCPv4 Vendor Identifying Vendor Specific Options
for DOCSIS 3.0
J.1
DOCSIS Vendor Identifying Vendor Specific relay
agent options
J.2
The CL DHCPv4 Option Request option
J.3
The DHCPv4 TFTP Servers
option
J.4
The DHCPv4 Relay Agent CMTS capabilities
option
Annex K – DHCP Information Options for DOCSIS
3.0
K.1
DHCP Options used by the CM
Annex L – The Data-Over-Cable Spanning Tree
Protocol
L.1
Background
L.2
Public Spanning
Tree
L.3
Public Spanning Tree Protocol
Details
L.4
Spanning Tree Parameters and
Defaults
Appendix I – MAC Service Definition
I.1
MAC Service Overview
I.2 MAC Data
Service Interface
I.3 MAC
Control Service Interface
I.4
MAC Service Usage
Scenarios
Appendix II – Plant Topologies
II.1
Single Downstream and Single Upstream per Cable
Segment
II.2
Multiple Downstreams and Multiple Upstreams per Cable
Segment
Appendix III – DOCSIS Transmission and Contention
Resolution
III.1
Multiple Transmit Channel Mode
III.2 Non-Multiple
Transmit Channel Mode
Appendix IV – Unsolicited Grant
Services
IV.1
Unsolicited Grant Service (UGS)
IV.2
Unsolicited Grant Service with Activity Detection
(UGS-AD)
IV.3
Multiple Transmit Channel Mode Considerations for
Unsolicited Grant Services
Appendix V – Error Recovery Examples
Appendix VI – SDL Notation
Appendix VII – Notes on Address Configuration in DOCSIS
3.0
Appendix VIII – IP Multicast Replication
Examples
VIII.1
Scenario I: First Multicast Client joiner to a multicast
session (Start of a new Multicast Session)
VIII.2
Scenario II: A Multicast Client joining an existing
multicast session that is being forwarded bonded, with FC-Type 10 (Typical 3.0
Multicast Mode of Operation)
VIII.3
Scenario III: A Multicast Client behind a 2.0 CM joining
an existing multicast session being forwarded bonded, with FC-Type 00 to a
client behind a Hybrid CM w/o FC 10
Appendix IX – IGMP Example for DOCSIS 2.0 Backwards
Compatibility Mode
IX.1
Events
IX.2
Actions
Appendix X – CM Multicast DSID Filtering
Summary
Appendix XI – Example DHCPv6 Solicit Message
Contents
Appendix XII – Dynamic Operations
Examples
XII.1
Dynamic Channel Change Example
Operation
XII.2
Dynamic Bonding Change Example
Operation
XII.3
Autonomous Load Balancing Example