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Table of Contents
- About the Documentation
- Internet Protocol Version 4
- Configuring IPv4 Multicast
- IPv4 Multicast Overview
- IPv4 Multicast Platform Considerations
- IPv4 Multicast References
- Switch Fabric Bandwidth Configuration
- Configuring IPv4 Multicast Attributes
- Autosense Mechanism Overview
- Example: Configuring a Multicast Bandwidth Map
- Adaptive Mode Mechanism Overview
- Multicast QoS Adjustment for IPv4
- Hardware Multicast Packet Replication Overview
- Hardware Multicast Packet Replication Considerations
- Configuring Hardware Multicast Packet Replication
- Controlling Multicast Traffic on the Interface
- Controlling Mutlicast Traffic on the Port
- Deleting Multicast Forwarding Entries
- Multicast Router Information Support
- BGP Multicasting
- Monitoring IPv4 Multicast
- Displaying Available Routes for Reverse-Path Forwarding
- Monitoring Multicast Forwarding Entries
- Monitoring Active Multicast Routes
- Monitoring Multicast Entries in a Source or Group
- Monitoring Multicast Routes When OIF Mapping is Configured
- Monitoring Multicast Statistics
- Monitoring Summary Information of Multicast Routes
- Monitoring Multicast Protocols Enabled on the Router
- Monitoring Summary Information of Multicast Protocols Enabled on the Router
- Monitoring the IP Multicast Status on a Virtual Router
- Monitoring Multicast Routes on Virtual Router Ports
- Configuring IGMP and IGMP Proxy
- IGMP Overview
- IGMP Platform Considerations
- IGMP References
- Static and Dynamic IGMP Interfaces
- Before You Begin Configuring IGMP
- Enabling IGMP on an Interface
- Configuring IGMP Settings for an Interface
- Configuring Multicast Groups for IGMP
- Access Node Control Protocol for IGMP
- SSM Mapping
- Overview of Limiting the Number of Accepted IGMP Groups
- IGMP Traffic Overview
- Explicit Host Tracking
- Configuring IGMP Attributes
- Example: Accepting IGMP Reports from Remote Subnetworks
- IGMP Proxy Overview
- Configuring IGMP Proxy
- Establishing the IGMP Proxy Baseline
- Monitoring IGMP and IGMP Proxy
- Monitoring IGMP Information on a Virtual Router
- Monitoring IGMP Groups
- Monitoring IGMP Interfaces
- Monitoring Summary Information for IGMP Interfaces
- Monitoring IGMP on a Mapped Outgoing Interface
- Monitoring IGMP for Multicast Groups
- Monitoring IGMP on Outgoing Interfaces
- Monitoring IGMP Information for a Mapped Outgoing Interface
- Monitoring IGMP SSM Mapping
- Monitoring the Number of IGMP Groups on a Port
- Monitoring IGMP Proxy Parameters
- Monitoring IGMP Proxy Groups
- Monitoring IGMP Proxy Interfaces
- Configuring PIM for IPv4 Multicast
- Understanding PIM for IPv4 Multicast
- PIM for IPv4 Multicast Platform Considerations
- PIM for IPv4 Multicast References
- Enabling PIM for IPv4 on a Virtual Router
- Disabling PIM for IPv4 on a Virtual Router
- Enabling PIM for IPv4 on an Interface
- Setting a Priority to Determine the Designated Router for IPv4
- Configuring the PIM for IPv4 Join/Prune Message Interval
- Configuring an RP Router for PIM Sparse Mode and PIM Sparse-Dense Mode for IPv4
- Configuring BSR and RP Candidates for PIM Sparse Mode for IPv4
- Migrating to BSR from Auto-RP
- Switching to an SPT for PIM Sparse Mode for IPv4
- Multicast VPNs Overview
- Configuring the Default MDT
- Configuring Data MDTs
- Example: Configuring Multicast VPNs
- Configuring PIM Sparse Mode Join Filters for IPv4
- Configuring PIM for IPv4 SSM
- BFD Protocol for PIM for IPv4 Overview
- Configuring the BFD Protocol for PIM for IPv4
- Removing PIM for IPv4
- Resetting PIM Counters and Mappings for IPv4
- Monitoring PIM for IPv4 Multicast
- Enabling the Display of a PIM Event
- Disabling the Display of a PIM Event
- Monitoring PIM Router-Level Information for IPv4
- Monitoring RP Routers and the RP Mapping Agent in a PIM Sparse Mode Environment for IPv4
- Monitoring BSR Information for IPv4
- Monitoring Active Data MDTs for IPv4
- Monitoring Each (Source, Group) Pair for PIM Dense Mode for IPv4
- Monitoring PIM Interfaces for IPv4
- Monitoring PIM Neighbors for IPv4
- Monitoring PIM Group-to-RP Mappings for IPv4
- Monitoring the RP Router that a Multicast Group Uses for IPv4
- Monitoring each (S,G) Pair for PIM Sparse Mode and PIM SSM for IPv4
- Monitoring Unicast Routes that PIM Sparse Mode Uses for IPv4
- Monitoring the Threshold for Switching to the Shortest Path Tree at a PIM Designated Router for IPv4
- Configuring DVMRP
- DVMRP Overview
- DVMRP Platform Considerations
- DVMRP References
- Enabling DVMRP on a Virtual Router
- Activating DVMRP on an Interface
- Configuring DVMRP Limits
- DVMRP Report Filter Overview
- Filtering DVMRP Reports
- DVMRP Summary Addresses Overview
- Configuring DVMRP Summary Addresses
- Changing the Metric for a Route
- Importing Routes from Other Protocols
- Specifying Routes to Be Advertised
- Preventing Dynamic Route Distribution
- Exchange of DVMRP Unicast Routes Overview
- Exchanging DVMRP Unicast Routes
- Disabling and Removing DVMRP
- Clearing DVMRP Routes
- Monitoring DVMRP
- Internet Protocol Version 6
- Configuring IPv6 Multicast
- IPv6 Multicast Overview
- IPv6 Multicast Platform Considerations
- IPv6 Multicast References
- Before You Begin
- Switch Fabric Bandwidth Configuration
- Configuring IPv6 Multicast Attributes
- IPv6 Multicast Bandwidth Map Overview
- Autosense Mechanism Overview
- Adaptive Mode Mechanism Overview
- Example: Configuring an IPv6 Multicast Bandwidth Map
- Multicast QoS Adjustment for IPv6
- IPv6 Hardware Multicast Packet Replication Overview
- IPv6 Hardware Multicast Packet Replication Considerations
- Configuring IPv6 Hardware Multicast Packet Replication
- Interface-Level Multicast Traffic Configuration for IPv6
- Port-Level Multicast Traffic Configuration for IPv6
- Deleting IPv6 Multicast Forwarding Entries
- BGP Multicasting
- Monitoring IPv6 Multicast
- Monitoring Available IPv6 Routes for Reverse-Path Forwarding
- Monitoring IPv6 Hardware Multicast Packet Replication
- Monitoring IPv6 Multicast Forwarding Entries
- Monitoring Active IPv6 Multicast Routes
- Monitoring Multicast Routes on Virtual Router Ports
- Monitoring IPv6 Multicast Entries in a Source or Group
- Monitoring Join Interface Details when IPv6 OIF Mapping is Configured
- Monitoring IPv6 Multicast Statistics
- Monitoring Summary Information of IPv6 Multicast Routes
- Monitoring IPv6 Multicast Protocols Enabled on the Router
- Monitoring Summary Information of IPv6 Multicast Protocols Enabled on the Router
- Monitoring IPv6 Multicast Status on a Virtual Router
- Configuring MLD and MLD Proxy
- MLD Overview
- MLD Platform Considerations
- MLD References
- Static and Dynamic MLD Interfaces
- Enabling MLD on an Interface
- Configuring MLD Settings on an Interface
- Configuring Multicast Groups for MLD
- MLD SSM Mapping Overview
- Overview of Limiting the Number of Accepted MLD Groups
- MLD Traffic Overview
- MLD Explicit Host Tracking Overview
- Configuring MLD Attributes
- MLD Proxy Overview
- Configuring MLD Proxy
- Establishing the MLD Proxy Baseline
- Monitoring MLD and MLD Proxy
- Monitoring MLD Information on a Virtual Router
- Monitoring MLD Groups
- Monitoring MLD Interfaces
- Monitoring Summary Information for MLD Interfaces
- Monitoring MLD on Mapped Outgoing Interfaces
- Monitoring MLD on Outgoing Interfaces
- Monitoring MLD Membership for Multicast Groups
- Monitoring MLD Information for Mapped Outgoing Interfaces
- Monitoring MLD SSM Mapping
- Monitoring the Number of MLD Groups on a Port
- Monitoring MLD Proxy Parameters
- Monitoring MLD Proxy Groups
- Monitoring MLD Proxy Interfaces
- Configuring PIM for IPv6 Multicast
- Understanding PIM for IPv6 Multicast
- PIM for IPv6 Multicast Platform Considerations
- PIM for IPv6 Multicast References
- Enabling PIM for IPv6 on a Virtual Router
- Disabling PIM for IPv6 on a Virtual Router
- Enabling PIM for IPv6 on an Interface
- Setting a Priority to Determine the Designated Router for IPv6
- Configuring the PIM Join/Prune Message Interval for IPv6
- Configuring an RP Router for PIM Sparse Mode for IPv6
- Configuring BSR and RP Candidates for PIM Sparse Mode for IPv6
- Switching to an SPT for PIM Sparse Mode for IPv6
- Configuring PIM Sparse Mode Remote Neighbors for IPv6
- Example: Configuring PIM Sparse Mode Remote Neighbors for IPv6
- Configuring PIM Sparse Mode Join Filters for IPv6
- Configuring PIM for IPv6 SSM
- BFD Protocol for PIM for IPv6 Overview
- Configuring BFD Protocol for PIM for IPv6
- Removing PIM for IPv6
- Resetting PIM Counters and Mappings for IPv6
- Monitoring PIM for IPv6 Multicast
- Enabling the Display of a PIM Event for IPv6
- Disabling the Display of a PIM Event for IPv6
- Monitoring PIM Router-Level Information for IPv6
- Monitoring BSR Information for IPv6
- Monitoring PIM Interfaces for IPv6
- Monitoring PIM Neighbors for IPv6
- Monitoring PIM Remote Neighbors for IPv6
- Monitoring PIM Group-to-RP Mappings for IPv6
- Monitoring the RP Router that a Multicast Group Uses for IPv6
- Monitoring each (S,G) Pair for PIM Sparse Mode and PIM SSM for IPv6
- Monitoring Unicast Routes that PIM Sparse Mode Uses for IPv6
- Monitoring the Threshold for Switching to the Shortest Path Tree at a PIM Designated Router for IPv6
- Index
