This section describes the typical application scenarios of VXLANs, including networking requirements, configuration roadmap, and data preparation, and provides related configuration files.
This section provides an example for configuring users on different network segments to communicate through a VXLAN Layer 3 gateway. To achieve this, the default gateway address of the users must be the IP address of the BDIF interface of the Layer 3 gateway.
This section provides an example for configuring VXLAN in centralized gateway mode for dynamic tunnel establishment so that users on the same network segment or different network segments can communicate.
This section provides an example for configuring three-segment VXLAN tunnels to enable Layer 2 communication between VMs that belong to the different DCs.
In a scenario where a data center is interconnected with an enterprise site, a CE is dual-homed to a VXLAN network. Carriers can enhance VXLAN access reliability to improve the stability of user services so that rapid convergence can be implemented in the case of a fault.
In a scenario where a data center is interconnected with an enterprise site, a CE is dual-homed to a VXLAN network. Carriers can enhance VXLAN access reliability to improve the stability of user services so that rapid convergence can be implemented in the case of a fault.
In a scenario where a data center is interconnected with an enterprise site, a CE is dual-homed to a VXLAN network, which enhances VXLAN access reliability and implements rapid convergence in the case of a fault. IPsec encapsulation implements encrypted packet transmission, securing packet transmission.
In the scenario where a data center is interconnected with an enterprise site, a CE is dual-homed to a VXLAN network. In this way, carriers can enhance VXLAN access reliability to improve the stability of user services so that rapid convergence can be implemented in case of a fault. The VLAN-aware bundle access mode allows different VLANs configured on a physical interface to access the same EVPN instance (EVI) and isolates the BDs to which the VLAN-configured sub-interfaces belong.