594
C
HAPTER
43: MLD S
NOOPING
C
ONFIGURATION
Configuring Maximum
Multicast Groups that
that Can Be Joined on a
Port
By configuring the maximum number of IPv6 multicast groups that can be joined
on a port or a group of ports, you can limit the number of multicast programs
available to VOD users, thus to control the traffic on the port.
Follow these steps configure the maximum number of IPv6 multicast groups that
can be joined on a port or a group of ports:
n
■
When the number of IPv6 multicast groups that can be joined on a port
reaches the maximum number configured, the system deletes all the
forwarding entries persistent to that port from the MLD Snooping forwarding
table, and the hosts on this port need to join IPv6 multicast groups again.
■
If you have configured static or simulated joins on a port, however, when the
number of IPv6 multicast groups on the port exceeds the configured threshold,
the system deletes all the forwarding entries persistent to that port from the
MLD Snooping forwarding table and applies the static or simulated joins again,
until the number of IPv6 multicast groups joined by the port comes back within
the configured threshold.
Configuring IPv6
Multicast Group
Replacement
For some special reasons, the number of IPv6 multicast groups passing through a
switch or port may exceed the number configured for the switch or the port. In
addition, in some specific applications, an IPv6 multicast group newly joined on
the switch needs to replace an existing IPv6 multicast group automatically. A
typical example is “channel switching”, namely, by joining the new multicast, a
user automatically switches from the current IPv6 multicast group to the one.
To address this situation, you can enable the IPv6 multicast group replacement
function on the switch or certain ports. When the number of IPv6 multicast groups
a switch or a port has joined exceeds the limit.
■
If the IPv6 multicast group replacement is enabled, the newly joined IPv6
multicast group automatically replaces an existing IPv6 multicast group with
the lowest IPv6 address.
To do…
Use the command…
Remarks
Enter system view
system-view
-
Enter MLD Snooping view
mld-snooping
-
Enable MLD report
suppression
report-aggregation
Optional
Enabled by default
To do…
Use the command…
Remarks
Enter system view
system-view
-
Enter the
corresponding view
Enter Ethernet
port view
interface
interface-type
interface-number
Use either command
Enter port
group view
port-group
{
manual
port-group-name
|
aggregation
agg-id
}
Configure the maximum number of
IPv6 multicast groups that can be
joined on a port
mld-snooping
group-limit
limit
[
vlan
vlan-list
]
Optional
The default is 512.
Содержание 4800G Series
Страница 26: ...26 CHAPTER NETWORKING APPLICATIONS ...
Страница 30: ...30 CHAPTER 1 LOGGING IN TO AN ETHERNET SWITCH ...
Страница 62: ...62 CHAPTER 3 LOGGING IN THROUGH TELNET ...
Страница 70: ...70 CHAPTER 5 LOGGING IN THROUGH WEB BASED NETWORK MANAGEMENT SYSTEM ...
Страница 72: ...72 CHAPTER 6 LOGGING IN THROUGH NMS ...
Страница 82: ...82 CHAPTER 8 CONTROLLING LOGIN USERS ...
Страница 98: ...98 CHAPTER 9 VLAN CONFIGURATION ...
Страница 108: ...108 CHAPTER 10 VOICE VLAN CONFIGURATION ...
Страница 119: ...GVRP Configuration Examples 119 DeviceB display vlan dynamic No dynamic vlans exist ...
Страница 120: ...120 CHAPTER 11 GVRP CONFIGURATION ...
Страница 160: ...160 CHAPTER 17 PORT ISOLATION CONFIGURATION ...
Страница 172: ...172 CHAPTER 19 LINK AGGREGATION CONFIGURATION ...
Страница 196: ...196 CHAPTER 22 DLDP CONFIGURATION ...
Страница 240: ...240 CHAPTER 23 MSTP CONFIGURATION ...
Страница 272: ...272 CHAPTER 27 RIP CONFIGURATION ...
Страница 364: ...364 CHAPTER 29 IS IS CONFIGURATION ...
Страница 426: ...426 CHAPTER 31 ROUTING POLICY CONFIGURATION ...
Страница 442: ...442 CHAPTER 33 IPV6 RIPNG CONFIGURATION ...
Страница 466: ...466 CHAPTER 35 IPV6 IS IS CONFIGURATION ...
Страница 488: ...488 CHAPTER 36 IPV6 BGP CONFIGURATION ...
Страница 498: ...498 CHAPTER 37 ROUTING POLICY CONFIGURATION ...
Страница 540: ...540 CHAPTER 40 TUNNELING CONFIGURATION ...
Страница 552: ...552 CHAPTER 41 MULTICAST OVERVIEW ...
Страница 604: ...604 CHAPTER 43 MLD SNOOPING CONFIGURATION ...
Страница 628: ...628 CHAPTER 46 IGMP CONFIGURATION ...
Страница 699: ...Troubleshooting MSDP 699 4 Verify that the C BSR address is different from the anycast RP address ...
Страница 700: ...700 CHAPTER 48 MSDP CONFIGURATION ...
Страница 812: ...812 CHAPTER 57 DHCP SERVER CONFIGURATION ...
Страница 822: ...822 CHAPTER 58 DHCP RELAY AGENT CONFIGURATION ...
Страница 834: ...834 CHAPTER 61 BOOTP CLIENT CONFIGURATION ...
Страница 850: ...850 CHAPTER 63 IPV4 ACL CONFIGURATION ...
Страница 856: ...856 CHAPTER 64 IPV6 ACL CONFIGURATION ...
Страница 860: ...860 CHAPTER 65 QOS OVERVIEW ...
Страница 868: ...868 CHAPTER 66 TRAFFIC CLASSIFICATION TP AND LR CONFIGURATION ...
Страница 888: ...888 CHAPTER 69 PRIORITY MAPPING ...
Страница 894: ...894 CHAPTER 71 TRAFFIC MIRRORING CONFIGURATION ...
Страница 904: ...904 CHAPTER 72 PORT MIRRORING CONFIGURATION ...
Страница 930: ...930 CHAPTER 74 UDP HELPER CONFIGURATION ...
Страница 990: ...990 CHAPTER 79 FILE SYSTEM MANAGEMENT CONFIGURATION ...
Страница 1000: ...1000 CHAPTER 80 FTP CONFIGURATION ...
Страница 1020: ...1020 CHAPTER 82 INFORMATION CENTER CONFIGURATION ...
Страница 1038: ...1038 CHAPTER 84 SYSTEM MAINTAINING AND DEBUGGING ...
Страница 1046: ...1046 CHAPTER 85 DEVICE MANAGEMENT ...
Страница 1129: ...SSH Client Configuration Examples 1129 SwitchB ...
Страница 1130: ...1130 CHAPTER 88 SSH CONFIGURATION ...
Страница 1160: ...1160 CHAPTER 90 RRPP CONFIGURATION ...
Страница 1180: ...1180 CHAPTER 91 PORT SECURITY CONFIGURATION ...
Страница 1192: ...1192 CHAPTER 92 LLDP CONFIGURATION ...
Страница 1202: ...1202 CHAPTER 93 POE CONFIGURATION ...
Страница 1218: ...1218 CHAPTER 96 HTTPS CONFIGURATION ...