Brocade FastIron Ethernet Switch IP Multicast Configuration Guide User Manual
Fastiron ethernet switch ip multicast, Configuration guide
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Table of contents
Document Outline
- Contents
- Preface
- About This Guide
- IPv4 Multicast Traffic Reduction
- Supported IPv4 Multicast Traffic Reduction
- IGMP snooping overview
- Queriers and non-queriers
- VLAN-specific configuration
- Tracking and fast leave
- Support for IGMP snooping and Layer 3 multicast routing together on the same device
- Forwarding mechanism in hardware
- Hardware resources for IGMP and PIM-SM snooping
- Configuration notes and feature limitations for IGMP snooping and Layer 3 multicast routing
- IGMP snooping configuration
- IGMP snooping mcache entries and group addresses
- Changing the maximum number of supported IGMP snooping mcache entries
- Setting the maximum number of IGMP group addresses
- Enabling IGMP snooping globally on the device
- Configuring the IGMP mode
- Configuring the IGMP version
- Configuring static groups to specific ports
- Disabling IGMP snooping on a VLAN
- Modifying the age interval for group membership entries
- Modifying the query interval (active IGMP snooping mode only)
- Modifying the maximum response time
- Configuring report control
- Modifying the wait time before stopping traffic when receiving a leave message
- Modifying the multicast cache age time
- Enabling or disabling error and warning messages
- Configuring static router ports
- Turning off static group proxy
- Enabling IGMP V3 membership tracking and fast leave for the VLAN
- Enabling fast leave for IGMP V2
- Enabling fast convergence
- IGMP snooping show commands
- Clear commands for IGMP snooping
- Disabling the flooding of unregistered IPv4 multicast frames in an IGMP-snooping-enabled VLAN
- PIM SM traffic snooping overview
- PIM SM snooping configuration
- PIM SM snooping show commands
- IPv6 Multicast Traffic Reduction
- IPv6 Multicast Traffic Reduction
- MLD snooping overview
- Support for MLD snooping and Layer 3 IPv6 multicast routing together on the same device
- Forwarding mechanism in hardware
- Hardware resources for MLD and PIMv6 SM snooping
- MLD snooping configuration notes and feature limitations
- MLD snooping-enabled queriers and non-queriers
- MLD and VLAN configuration
- MLDv1 with MLDv2
- MLD snooping configuration
- Configuring the hardware and software resource limits
- Configuring the global MLD mode
- Modifying the age interval
- Modifying the query interval (active MLD snooping mode only)
- Configuring the global MLD version
- Configuring report control
- Modifying the wait time before stopping traffic when receiving a leave message
- Modifying the multicast cache aging time
- Disabling error and warning messages
- Configuring the MLD mode for a VLAN
- Disabling MLD snooping for the VLAN
- Configuring the MLD version for the VLAN
- Configuring the MLD version for individual ports
- Configuring static groups
- Configuring static router ports
- Disabling static group proxy
- Enabling MLDv2 membership tracking and fast leave for the VLAN
- Configuring fast leave for MLDv1
- Enabling fast convergence
- Displaying MLD snooping information
- Clearing MLD snooping counters and mcache
- Disabling the flooding of unregistered IPv6 multicast frames in an MLD-snooping-enabled VLAN
- PIM6 SM traffic snooping overview
- PIM6 SM snooping configuration
- PIM6 SM snooping show commands
- IPv4 Multicast Protocols
- Supported IPv4 Multicast Protocols features
- Overview of IP multicasting
- Support for Multicast Multi-VRF
- Changing global IP multicast parameters
- Adding an interface to a multicast group
- Multicast non-stop routing
- Passive multicast route insertion
- IP multicast boundaries
- PIM Dense
- Initiating PIM multicasts on a network
- Pruning a multicast tree
- Grafts to a multicast tree
- PIM DM versions
- Configuring PIM DM
- Failover time in a multi-path topology
- Configuring a DR priority
- Displaying basic PIM Dense configuration information
- Displaying all multicast cache entries in a pruned state
- Displaying all multicast cache entries
- PIM Sparse
- PIM Passive
- Multicast Outgoing Interface (OIF) list optimization
- Displaying system values
- Displaying PIM resources
- Displaying PIM Sparse configuration information and statistics
- Displaying basic PIM Sparse configuration information
- Displaying a list of multicast groups
- Displaying BSR information
- Displaying candidate RP information
- Displaying RP-to-group mappings
- Displaying RP Information for a PIM Sparse group
- Displaying the RP set list
- Displaying multicast neighbor information
- Displaying the PIM multicast cache
- Displaying the PIM multicast cache for DIT
- Clearing the PIM forwarding cache
- Displaying PIM traffic statistics
- Clearing the PIM message counters
- Displaying PIM RPF
- Configuring Multicast Source Discovery Protocol (MSDP)
- Peer Reverse Path Forwarding (RPF) flooding
- Source Active caching
- Configuring MSDP
- Disabling an MSDP peer
- Designating the interface IP address as the RP IP address
- Filtering MSDP source-group pairs
- Filtering incoming and outgoing Source-Active messages
- Filtering advertised Source-Active messages
- Displaying MSDP information
- Displaying MSDP RPF-Peer
- Displaying MSDP Peer
- Displaying MSDP VRF RPF-Peer
- Clearing MSDP information
- Configuring MSDP mesh groups
- MSDP Anycast RP
- PIM Anycast RP
- Static multicast routes
- IGMP Proxy
- IGMP V3
- Default IGMP version
- Compatibility with IGMP V1 and V2
- Globally enabling the IGMP version
- Enabling the IGMP version per interface setting
- Enabling the IGMP version on a physical port within a virtual routing interface
- Enabling membership tracking and fast leave
- Creating a static IGMP group
- Setting the query interval
- Setting the group membership time
- Setting the maximum response time
- Displaying IGMPv3 information
- Clearing the IGMP group membership table
- Displaying static IGMP groups
- Clearing IGMP traffic statistics
- Source-specific multicast
- Configuring PIM SSM group range
- Configuring multiple SSM group ranges
- IGMPv2 SSM mapping
- IPv6 Multicast Protocols
- Supported IPv6 Multicast Features
- IPv6 PIM Sparse
- PIM Sparse router types
- RP paths and SPT paths
- RFC 3513 and RFC 4007 compliance for IPv6 multicast scope-based forwarding
- Configuring PIM Sparse
- IPv6 PIM-Sparse mode
- Configuring IPv6 PIM-SM on a virtual routing interface
- Enabling IPv6 PIM-SM for a specified VRF
- Configuring BSRs
- Setting the BSR message interval
- Configuring candidate RP
- Statically specifying the RP
- Updating IPv6 PIM Sparse forwarding entries with a new RP configuration
- Embedded Rendezvous Point
- Changing the Shortest Path Tree threshold
- Setting the RP advertisement interval
- Changing the PIM Join and Prune message interval
- Modifying neighbor timeout
- Setting the prune wait interval
- Setting the register suppress interval
- Setting the register probe time
- Setting the inactivity timer
- Changing the hello timer
- Enabling Source-specific Multicast
- Configuring a DR priority
- Passive Multicast Route Insertion
- Displaying system values
- Displaying PIM Sparse configuration information and statistics
- Displaying basic PIM Sparse configuration information
- Displaying IPv6 PIM interface information
- Displaying a list of multicast groups
- Displaying BSR information
- Displaying candidate RP information
- Displaying RP-to-group mappings
- Displaying RP information for an IPv6 PIM Sparse group
- Displaying the RP set list
- Displaying multicast neighbor information
- Displaying the IPv6 PIM multicast cache
- Displaying IPv6 PIM RPF
- Displaying IPv6 PIM counters
- Displaying the IPv6 PIM resources
- Displaying PIM traffic statistics
- Clearing the IPv6 PIM forwarding cache
- Clearing the IPv6 PIM message counters
- Updating PIM Sparse forwarding entries witha new RP configuration
- Clearing the IPv6 PIM traffic
- Defining the maximum number of IPv6 PIM cache entries
- Configuring a static multicast route within a VRF
- Configuring the route precedence by specifying the route types
- PIM Anycast RP
- Multicast Listener Discovery and source-specific multicast protocols
- IPv6 Multicast Boundaries
- IP Multicast Commands
- clear ip mroute
- clear ipv6 mroute
- ip max-mroute
- ip mroute
- ip mroute (next hop)
- ip mroute next-hop-enable-default
- ip mroute next-hop-recursion
- ip multicast disable-flooding
- ipv6 max-mroute
- ipv6 mroute
- ipv6 mroute (next hop)
- ipv6 mroute next-hop-enable-default
- ipv6 mroute next-hop-recursion
- ipv6 multicast disable-flooding
- route-precedence
- route-precedence admin-distance
- show ip mroute
- show ip multicast optimization
- show ip static mroute
- show ipv6 mroute
- show ipv6 multicast optimization
- show ipv6 static mroute
- Index