3.4.5 IGMP snooping/MLD snooping
The following table describes the capacity limits for IGMP snooping.
|
Item |
Maximum number |
|---|---|
|
Number of configurable VLANs |
64 |
|
VLAN ports*1 |
512 |
|
Number of registered entries*2*3 |
1024 |
|
Multicast router auto learn count |
32 |
- #1
-
The total number of ports in which IGMP snooping is active (sum of the ports within IGMP snooping-enabled VLANs). For example, if IGMP snooping is enabled in 16 VLANs, each of which has 10 ports, there will be 160 IGMP snooping-enabled ports.
- #2
-
The maximum number of registered entries, including multicast addresses for control packets used by the routing protocols. Such entries are registered on receipt of a group participation request for a control packet. When a VLAN uses multiple routing protocols concurrently, the number of registered entries corresponds to the number of multicast addresses used by the control packet of the routing protocols concerned.
- #3
-
This is the sum of the multicast MAC addresses learned by VLAN.
The following table describes the capacity limits for MLD snooping.
|
Item |
Maximum number |
|---|---|
|
Number of configurable VLANs |
32 |
|
VLAN ports*1 |
512 |
|
Number of registered entries*2*3 |
500 |
- #1
-
The total number of ports in which MLD snooping is active (sum of the ports within MLD snooping-enabled VLANs). For example, if MLD snooping is enabled in 16 VLANs, each of which has 10 ports, there will be 160 IGMP snooping-enabled ports.
- #2
-
The maximum number of registered entries, including multicast addresses for control packets used by the routing protocols. Such entries are registered on receipt of a group participation request for a control packet. When a VLAN uses multiple routing protocols concurrently, the number of registered entries corresponds to the number of multicast addresses used by the control packet of the routing protocols concerned.
- #3
-
This is the sum of the multicast MAC addresses learned by VLAN.