(Refer to the following routing entries queried using a command on the VTEP.

In VXLAN BGP EVPN, different EVPN route types carry different kinds of reachability information. The displayed entries areIP prefix routesbecause each record shows anIP prefix and prefix length(for example, 172.16.2.0:24 and 192.168.122.0:30) rather than a MAC address with a host /32. In HCIP Datacom Campus Network VXLAN EVPN, such network-segment routes are advertised usingEVPN Route Type 5 (IP Prefix Route). Type 5 routes are used to distributeLayer 3 reachabilitybetween VTEPs for inter-subnet/inter-VRF routing, and they inherently carrynetwork/mask information, which makes statement D correct.

These routes are associated with theL3 VXLAN forwarding plane, meaning they belong to theL3VNI(the VPN instance/VRF context). L3VNI is used for routing between IP subnets in an EVPN VXLAN fabric, while L2VNI is used for pure Layer 2 bridging within a broadcast domain. Because the entries shown are IP prefixes (not MAC learning information), they align withL3VNI-based routing, so statement B is correct and statement A is incorrect.

Statement C is incorrect becauseType 2routes are MAC/IP Advertisement routes typically used for host reachability (often /32) and include MAC information, which is not present in these entries.