Users Guide

VLT LAG Mode PVLAN Mode of VLT VLAN ICL VLAN
Membership
Mac
Synchronization
Peer1 Peer2 Peer1 Peer2
Promiscuous Promiscuous Primary Primary Yes Yes
- Secondary
(Community)
- Secondary
(Community)
Yes Yes
- Secondary
(Isolated)
- Secondary
(Isolated)
Yes Yes
Promiscuous Trunk Primary Normal No No
Promiscuous Trunk Primary Primary Yes No
Access Access Secondary
(Community)
Secondary
(Community)
Yes Yes
- Primary VLAN X - Primary VLAN X Yes Yes
Access Access Secondary
(Isolated)
Secondary
(Isolated)
Yes Yes
- Primary VLAN X - Primary VLAN X Yes Yes
Access Access Secondary
(Isolated)
Secondary
(Isolated)
No No
- Primary VLAN X - Primary VLAN Y No No
Access Access Secondary
(Community)
Secondary
(Community)
No No
- Primary VLAN Y - Primary VLAN X No No
Promiscuous Access Primary Secondary No No
Trunk Access Primary/Normal Secondary No No
Conguring a VLT VLAN or LAG in a PVLAN
You can congure the VLT peers or nodes in a private VLAN (PVLAN). Because the VLT LAG interfaces are terminated on two
dierent nodes, PVLAN conguration of VLT VLANs and VLT LAGs are symmetrical and identical on both the VLT peers. PVLANs
provide Layer 2 isolation between ports within the same VLAN. A PVLAN partitions a traditional VLAN into subdomains identied by
a primary and secondary VLAN pair. With VLT being a Layer 2 redundancy feature, support for conguration of VLT nodes in a
PVLAN enables Layer 2 security functionalities to be achieved. This section contains the following topics that describe how to
congure a VLT VLAN or a VLT LAG (VLTi link) and assign that VLT interface to a PVLAN.
Creating a VLT LAG or a VLT VLAN
1. Congure the port channel for the VLT interconnect on a VLT switch and enter interface conguration mode
CONFIGURATION mode
interface port-channel id-number.
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Virtual Link Trunking (VLT)