Gvrp Configuration; Introduction To Gvrp - Planet XGS3-42000R User Manual

The configuration steps are listed below:
Switch A:
XGS 3-42000R(config)#vlan 10
XGS 3-42000R(Config-Vlan10)#switchport interfac e ethernet 1/10
Switch B:
XGS 3-42000R(config)#vlan 7;9; 10
XGS 3-42000R(config)#interface ethernet 1/7
XGS 3-42000R(Config-If-Ethernet1/7)#switchport mode hybrid
XGS 3-42000R(Config-If-Ethernet1/7)#switchport hybrid native vlan 7
XGS 3-42000R(Config-If-Ethernet1/7)#switchport hybrid allowed vlan 7;10 untag
XGS 3-42000R(Config-If-Ethernet1/7)#exit
XGS 3-42000R(Config)#interface Ethernet 1/9
XGS 3-42000R(Config-If-Ethernet1/9)#switchport mode hybrid
XGS 3-42000R(Config-If-Ethernet1/9)#switchport hybrid native vlan 9
XGS 3-42000R(Config-If-Ethernet1/9)#switchport hybrid allowed vlan 9;10 untag
XGS 3-42000R(Config-If-Ethernet1/9)#exit
XGS 3-42000R(Config)#interface Ethernet 1/10
XGS 3-42000R(Config-If-Ethernet1/10)#s witchport mode hybrid
XGS 3-42000R(Config-If-Ethernet1/10)#s witchport hybrid native vlan 10
XGS 3-42000R(Config-If-Ethernet1/10)#s witchport hybrid allowed vlan 7;9;10 untag
XGS 3-42000R(Config-If-Ethernet1/10)#exit

14.2 GVRP Configuration

14.2.1 Introduction to GVRP

GARP (Generic Attribute Registration Protocol) can be used to dynamically distribute, populate and register
property information bet ween switch members within a Chassis Switch network, the property can be VLA N
information, Multicast MAC address of the other information. As a matter of fact, GARP protocol can convey
multiple property features the Chassis Switch need to populate. Various GARP applications are defined on the
basis of GA RP, which are called GARP application entities, and GV RP is one of them.
GVRP (GARP VLA N Registration Protocol) is an application based on GARP working mechanism. It is
responsible for the maintenanc e of dynamic VLAN register information and population of such register
information to t he other switches. Switches support GV RP can receive V LAN dynamic register information
from the other switches, and update local VLAN register information according the information received. The
switch enabled GVRP can also populate their own VLAN register information to the other switches. The
populated VLA N register information includes local static information manually configured and dynamic
information learnt from the other switches. Therefore, by populating the VLA N register information, VLAN
information consistency can be achieved among all GVRP enabled switches.
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