A bridge group is created and the bridge group view is displayed.
3.
Run:
quit
Exit from the bridge group view.
4.
Run:
interface
{
ethernet
|
gigabitethernet
}
interface-number
.
subinterface-
number
The Ethernet sub-interface view is displayed.
NOTE
Sub-interfaces can only be created on Layer 3 Ethernet interfaces. If an interface works in Layer
2 mode and supports switching between Layer 2 and Layer 3 modes, run the
undo
portswitch
command to switch the interface in Layer 3 mode before creating a sub-interface
on the interface.
5.
Run:
bridge
bridge-id
The Ethernet sub-interface is added to the bridge group.
6.
Run:
bridge vlan-transmit enable
The interface is enabled to transparently transmit VLAN IDs.
7.
Run:
vlan stacking
{
default
|
vid
low-ce-vid
[
to
high-ce-vid
] }
pe-vid
pe-
vid
[
remark-8021p
8021p-value2
]
VLAN ID-based selective QinQ is configured.
NOTE
The VLANs allowed by all sub-interfaces of a main interface cannot overlap.
The
vlan stacking default
command can only be executed on a sub-interface among all sub-
interfaces of each main interface. Packets are forwarded through the default sub-interface when the
packets do not match other QinQ entries on a sub-interface.
l
Configure 802.1p priority-based selective QinQ.
1.
Run:
system-view
The system view is displayed.
2.
Run:
bridge
bridge-id
A bridge group is created and the bridge group view is displayed.
3.
Run:
quit
Exit from the bridge group view.
4.
Run:
interface
{
ethernet
|
gigabitethernet
}
interface-number
.
subinterface-
number
The Ethernet sub-interface view is displayed.
Huawei AR530&AR550 Series Industrial Switch Routers
Configuration Guide - Ethernet Switching
4 QinQ Configuration
Issue 01 (2014-11-30)
Huawei Proprietary and Confidential
Copyright © Huawei Technologies Co., Ltd.
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