Explains Q-in-Q encapsulation mapping for Endpoint Groups and provides configuration procedures using both graphical interface and NX-OS style command line interface.
Q-in-Q Encapsulation Mapping for EPGs
Describes the process of mapping double-tagged VLAN traffic to an EPG using Cisco APIC. This feature ensures traffic integrity by processing tags individually within the fabric and restoring them upon egress.
Enabling Q-in-Q Encapsulation on Specific Leaf Switch Interfaces Using the GUI
Enables Q-in-Q encapsulation mode on leaf switch ports, PCs, or vPCs using the APIC GUI. This configuration allows for double-tagged traffic processing on specified interfaces.
Enabling Q-in-Q Encapsulation for Leaf Interfaces With Fabric Interface Policies Using the GUI
Enables leaf interfaces, PCs, and vPCs for Q-in-Q encapsulation using a leaf interface profile. This configuration ensures that the required tenant, application profile, and application EPG are mapped to the interface.
Describes the process of mapping double-tagged VLAN traffic to an EPG using Cisco APIC. This feature ensures traffic integrity by processing tags individually within the fabric and restoring them upon egress.
Mapping an EPG to a Q-in-Q Encapsulation-Enabled Interface Using the GUI
Maps an EPG to a Q-in-Q encapsulation-enabled interface using the APIC GUI. This procedure supports static EPG deployment, static node linking, and static endpoint association.
Mapping EPGs to Q-in-Q Encapsulated Leaf Interfaces Using the NX-OS Style CLI
Maps EPGs to Q-in-Q encapsulated leaf interfaces using the NX-OS style CLI. This procedure enables an interface for Q-in-Q encapsulation and associates the interface with an EPG.