A. PEI and PE3 exchange their service labels using A-D per EVI routes.
B. PEI advertises an auto-discovery per EVPN instance (A-D per EVI) route to PE3 as soon as the SAP becomes operationally
C. PE3 and PE4 exchange their service labels over an established targeted LDP session.
D. PE3 advertises an IMET route to PEI as soon as VPWS 4 is administratively enabled.
A. PE2 advertises a MAC/IP route for MACI with a sequence number higher than that received from PEI.
B. PEI generates an update message to remote PES identifying the new location of CEI.
C. PE3 waits to receive a data packet from CEI to update its FDB entry for MACI.
D. CEI generates an update message to PEI withdrawing its MAC.
A. PEI advertises an EVPN MAC route for MAC-OI to PE3. The BGP update includes the route-target value configured for VPRN 15.
B. PE3 advertises a VPN-IPv4 route for prefix 10.10.1.0/24 to PE4. The BGP update includes an MPLS service label.
C. PEI advertises an EVPN IP-Prefix route for prefix 10.10.1.0/24 to PE3. The BGP update includes MAC-OI as on overlay index.
D. PE4 advertises an EVPN IP-Prefix route for prefix 10.10.1.0/24 to PE2. The BGP update includes MAC-04 as an overlay index.
A. The MPLS label 524284 presented indicates the service label value that the neighbor 10.10.10.2 uses to forward BUM traffic to PEI.
B. When forwarding BUM traffic, the local PE uses an MPLS transport tunnel towards the advertising neighbor.
C. The IMET route is imported by a local VPLS configured with a route-target value of 65100:10.
D. When forwarding BUM traffic, the local PE must replicate the traffic and send it as unicast to the advertising neighbor.
