최신Nokia SR Linux EVPN and Data Center Interconnect - 4A0-D03무료샘플문제

A. The EVPN route type

B. The VXLAN network ID

C. The AFI/SAFI

D. The route target

A. The local leaf learns the source MAC address from the Ethernet frame and populates it into its MAC forwarding table.

B. The local leaf replicates the ARP reply and sends it to all the leafs in the flooding list for that Layer 2 EVPN.

C. When a host connected to a Layer 2 EVPN responds to an ARP request, it sends an ARP reply to the local leaf.

D. The local leaf generates an EVPN route type 2 and sends it to all of its configured BGP EVPN neighbors.

A. A PE advertising a local MAC that was previously learned through EVPN, will decrement the sequence number in its update.

B. The originating PE generates a withdraw message after the same locally learned MAC has aged out.

C. The originating PE and the destination PE must synchronize their MAC tables.

D. The original PE advertises the locally learned MAC with the sequence number set to a maximum value.

A. iBGP is preferred between the CE and PE so that they will be in the same autonomous system.

B. The PE advertises updates received from the CE as EVPN route type 5 updates to the other PEs.

C. The PE and CE can utilize import and export policies to control the updates that are sent and received.

D. The PE advertises IPv4/IPv6 BGP updates to the CE based on the EVPN routes received from other PEs.

A. The Ethernet segment ES-1 is configured with multi-homing-mode all-active.

B. A sub-interface of lag1 is associated to the MAC-VRF on Leaf1 and Leaf2.

C. The MAC-VRF on Leaf3 will need to be configured with ECMP to be able to load balance between Leaf1 and Leaf2.

D. The host will forward all BUM traffic toward the DF.

A. Leaf3

B. Leaf1

C. Leaf4

D. Leaf2