SCTE 140 : 2013

1 SCOPE
2 REFERENCES
   2.1 NORMATIVE REFERENCES
   2.2 INFORMATIVE REFERENCES
   2.3 REFERENCE ACQUISITION
3 TERMS AND DEFINITIONS
4 ABBREVIATIONS, ACRONYMS AND CONVENTIONS
   4.1 ABBREVIATIONS AND ACRONYMS
   4.2 CONVENTIONS
5 THEORY OF OPERATION
6 EROUTER INITIALIZATION
7 IPV4 PROVISIONING
   7.1 DHCPV4 FIELDS USED BY THE EROUTER
   7.2 ROUTER DHCPV4 SERVER SUB-ELEMENT
        7.2.1 DHCPv4 Server Function Goals
        7.2.2 DHCPv4 Server Function System Description
        7.2.3 DHCPv4 Server Function Requirements
8 IPV6 PROVISIONING
   8.1 OBTAIN LINK-LOCAL ADDRESS
   8.2 PERFORM ROUTER DISCOVERY
   8.3 OBTAIN IPV6 ADDRESS AND OTHER CONFIGURATION
        PARAMETERS
   8.4 USE OF T1 AND T2 TIMERS
   8.5 IPV6 PROVISIONING OF CPE DEVICES
   8.6 DHCPV6 REQUIREMENTS FOR EROUTER
9 IPV4 DATA FORWARDING AND NAPT OPERATION
   9.1 INTRODUCTION
        9.1.1 Assumptions
        9.1.2 Overview
   9.2 SYSTEM DESCRIPTION
        9.2.1 Overview
   9.3 IPV4 ROUTER
   9.4 NAPT
        9.4.1 Dynamically Triggered NAPT Translations
        9.4.2 ALGs (Application Layer Gateways)
        9.4.3 Multicast NAPT
   9.5 ARP
   9.6 IPV4 MULTICAST
        9.6.1 IGMP Proxying
        9.6.2 IPv4 Multicast Forwarding
        9.6.3 IPv4 Multicast Forwarding Example
10 IPV6 DATA FORWARDING
   10.1 OVERVIEW
   10.2 SYSTEM DESCRIPTION
   10.3 IPV6 MULTICAST
        10.3.1 MLD Proxying
        10.3.2 IPv6 Group Membership Database
        10.3.3 IPv6 Multicast Forwarding
        10.3.4 IPv6 Multicast Forwarding Example
11 QUALITY OF SERVICE
   11.1 DOWNSTREAM QUALITY OF SERVICE OPERATION
   11.2 UPSTREAM QUALITY OF SERVICE OPERATION
ANNEX A - SNMP MIB OBJECTS SUPPORTED BY THE EROUTER
  A.1 EROUTER INTERFACE NUMBERING
ANNEX B - CONFIGURATION OF EROUTER OPERATIONAL PARAMETERS
 B.1 EROUTER SNMP CONFIGURATION
 B.2 ECM PROXY MECHANISM FOR CONFIGURATION OF EROUTER
 B.3 EROUTER CONFIGURATION ENCODINGS