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To disable embedded RP support for a specified VRF, enter the following commands.
device(config)# ipv6 router pim vrf blue
device(config-ipv6-pim-router-vrf-blue)# no rp-embedded
Syntax: [no] rp-embedded
Changing the Shortest Path Tree threshold
In a typical IPv6 PIM Sparse domain, there may be two or more paths from a designated router (DR)
for a multicast source to an IPv6 PIM group receiver:
• Path through the RP - This is the path the device uses the first time it receives traffic for an IPv6
PIM group. However, the path through the RP may not be the shortest path from the device to the
receiver.
• Shortest Path - Each IPv6 PIM Sparse router that is a DR for an IPv6 receiver calculates a short
path tree (SPT) towards the source of the IPv6 multicast traffic. The first time the device
configured as an IPv6 PIM router receives a packet for an IPv6 group, it sends the packet to the
RP for that group, which in turn will forward it to all the intended DRs that have registered with the
RP. The first time the device is a recipient, it receives a packet for an IPv6 group and evaluates
the shortest path to the source and initiates a switchover to the SPT. Once the device starts
receiving data on the SPT, the device proceeds to prune itself from the RPT.
By default, the device switches from the RP to the SPT after receiving the first packet for a given IPv6
PIM Sparse group. The device maintains a separate counter for each IPv6 PIM Sparse source-group
pair.
You can change the number of packets the device receives using the RP before switching to using the
SPT.
To change the number of packets the device receives using the RP before switching to the SPT, enter
commands such as the following.
device(config)# ipv6 router pim
device(config-ipv6-pim-router)# spt-threshold 1000
To change the number of packets the device receives using the RP before switching to the SPT for a
specified VRF, enter commands such as the following.
device(config)# ipv6 router pim vrf blue
device(config-ipv6-pim-router-vrf-blue)# spt-threshold 1000
Syntax: [no] spt-threshold num
The num parameter specifies the number of packets. If you enter a specific number of packets, the
device does not switch over to using the SPT until it has sent the number of packets you specify using
the RP.
Setting the RP advertisement interval
To specify how frequently the candidate RP configured on the device sends candidate RP
advertisement messages to the BSR, enter commands such as the following.
device(config)# ipv6 router pim
device(config-ipv6-pim-router)# rp-adv-interval 180
Changing the Shortest Path Tree threshold
170 FastIron Ethernet Switch IP Multicast Configuration Guide
53-1003085-02
- FastIron Ethernet Switch IP 1
- Multicast 1
- Contents 3
- Document conventions 9
- Notes, cautions, and warnings 10
- Brocade resources 11
- Getting technical help 11
- Document feedback 12
- About This Guide 13
- 53-1003085-02 14
- IGMP snooping overview 15
- Queriers and non-queriers 16
- VLAN-specific configuration 17
- Tracking and fast leave 17
- Layer 3 multicast routing 18
- IGMP snooping configuration 19
- Configuring the IGMP mode 21
- Configuring the IGMP version 22
- Configuring report control 25
- Enabling fast convergence 27
- IGMP snooping show commands 28
- Clearing the IGMP mcache 36
- IGMP-snooping-enabled VLAN 37
- PIM SM snooping configuration 40
- PIM SM snooping show commands 41
- MLD snooping overview 45
- MLD snooping configuration 50
- Modifying the age interval 52
- Configuring static groups 55
- Disabling static group proxy 55
- MLD-snooping-enabled VLAN 64
- Overview of IP multicasting 73
- Security enhancement for IGMP 77
- Multicast non-stop routing 78
- PIM v4 is configured 79
- PIM v6 is configured 79
- IP multicast boundaries 81
- PIM Dense 83
- Pruning a multicast tree 84
- Grafts to a multicast tree 86
- PIM DM versions 87
- Configuring PIM DM 87
- Enabling a PIM version 88
- Modifying hello timer 89
- Modifying prune timer 89
- Modifying inactivity timer 90
- PIM Sparse 97
- Current limitations 99
- Configuring BSRs 100
- Configuring RPs 101
- Statically specifying the RP 102
- ACL based RP assignment 103
- PIM Passive 104
- Displaying PIM resources 105
- Displaying system values 105
- IPv4 Multicast Protocols 106
- Displaying BSR information 110
- Displaying the RP set list 114
- Displaying PIM RPF 123
- Source Active caching 124
- Configuring MSDP 125
- Disabling an MSDP peer 126
- Displaying MSDP information 129
- Displaying peer information 130
- Displaying MSDP RPF-Peer 135
- Displaying MSDP Peer 136
- Displaying MSDP VRF RPF-Peer 136
- Clearing MSDP information 136
- Configuring MSDP mesh groups 137
- Configuring MSDP mesh group 138
- MSDP Anycast RP 139
- RP 1 configuration 141
- RP 2 configuration 142
- PIMR1 configuration 142
- PIM Anycast RP 143
- Static multicast routes 145
- IGMP Proxy 146
- Default IGMP version 150
- Creating a static IGMP group 153
- Setting the query interval 153
- Displaying IGMPv3 information 154
- Displaying static IGMP groups 156
- Displaying IGMP settings 159
- Source-specific multicast 160
- Configuration Considerations 161
- IGMPv2 SSM mapping 162
- Enabling IGMPv2 SSM mapping 163
- Example configuration 164
- IPv6 Multicast Protocols 165
- IPv6 PIM Sparse 166
- RP paths and SPT paths 167
- Configuring PIM Sparse 167
- IPv6 PIM-Sparse mode 168
- Configuring candidate RP 170
- Embedded Rendezvous Point 171
- Modifying neighbor timeout 173
- Setting the inactivity timer 175
- Changing the hello timer 175
- Configuring a DR priority 176
- Configuring PMRI 177
- Displaying hardware-drop 177
- Displaying IPv6 PIM RPF 189
- Displaying IPv6 PIM counters 189
- Clearing the IPv6 PIM traffic 194
- Enabling MLDv2 199
- Setting the robustness 201
- Setting the version 202
- Specifying a port version 202
- Specifying a static group 202
- Displaying MLD information 203
- Displaying MLD settings 205
- Displaying static MLD groups 206
- Displaying MLD traffic 207
- IPv6 Multicast Boundaries 208
- Configuration considerations 209
- IP Multicast Commands 211
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