* i [5][1:1][0][24][10.1.102.0]/17 FC00:172:16:254::3 0 100 0 ? * i FC00:172:16:254::4 0 100 0 ? *>i FC00:172:16:254::3 0 100 0 ? * i FC00:172:16:254::5 0 100 0 ? * i [5][1:1][0][64][FD00:10:1:101::]/29 0 100 0 ? * i FC00:172:16:254::4 FC00:172:16:254::3 0 100 0 ? *>i FC00:172:16:254::3 0 100 0 ? * i FC00:172:16:254::5 0 100 0 ? * i [5][1:1][0][64][FD00:10:1:102::]/29 0 100 0 ? * i FC00:172:16:254::4 FC00:172:16:254::3 0 100 0 ? *>i FC00:172:16:254::3 0 100 0 ? * i FC00:172:16:254::5 0 100 0 ?
Spine-02# show ipv6 pim anycast-rp Anycast RP Peers For FC00:172:16:255::255 Last Register/Register-Stop received FC00:172:16:254::1 00:05:27/00:05:27 To return to the configuration example, click Example: Configuring BGP EVPN VXLAN with IPv6 Underlay, on page 10 . Example: Configuring BGP EVPN VXLAN with Dual Stack Underlay This example shows how to configure a BGP EVPN VXLAN fabric with a dual stack (both IPv4 and IPv6) underlay. The following tables provide sample configuration of the VTEPs (Leaf-01, Leaf-02, Leaf-03) and the Spine nodes (Spine-01, Spine-02) in the topology here . Configuring BGP EVPN VXLANv6 Example:
Configuring BGP EVPN VXLAN with Dual Stack Underlay Configuring BGP EVPN VXLANv6 47