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Question No : 1
B. stateful firewall
C. MPLS encapsulation
D. GRE encapsulation
Question No : 2
A. to provide better control over the distribution of the default route inside your network
B. to prevent failures outside your network from impacting your internal network operation
C. to provide faster convergence to destinations outside your network
D. to provide a growth path for the core of your network
Question No : 3
A. GETVPN would require a high level of background traffic to maintain its IPsec SAs.
B. GETVPN is not scalable to a large number of remote sites.
C. GETVPN and DMVPN will not interoperate.
D. GETVPN key servers would be on public, hacker-reachable space and need higher security.
Question No : 4
50 remote sites (with an additional 30 remote sites expected over the next 3 years)
Connectivity between all sites is via Multiprotocol Label Switching Layer 3 virtual private network service from a single provider Open Shortest Path First is the routing protocol used between provider edge and customer edge routers
The customer edge routers will become group members performing the encryption between sites
Which additional routing protocol would you use for the overlay routing between the group members?
A. Open Shortest Path First (with a different process ID)
B. Enhanced Interior Gateway Routing Protocol
C. No additional protocol is necessary.
D. External Border Gateway Protocol
E. Routing Information Protocol Version 2
F. Next Hop Resolution Protocol
Question No : 5
An enterprise is migrating its single-area OSPF network from a Frame Relay WAN service to an MPLS L3VPN service. Frame Relay will remain in only a few sites that require increased resiliency via two different WAN connections.
Which feature could be used in the?
MPLS VPN service provider network to support the design requirement by ensuring that during normal operation, intersite traffic will only use the MPLS VPN service and not the old Frame Relay service?
A. virtual links
B. sham links
C. multiple stub areas
D. super backbone
Question No : 6
A. IPv6 is transparent on Layer 2 switches, so there is no need to make any changes to the Layer 2 switches.
B. If IPv6 anycast deployment is planned, then make sure that Layer 2 switches support ICMPv6 snooping at Layer 2 switches.
C. If IPv6 anycast deployment is planned, then make sure that Layer 2 switches support DHCPv6 snooping at Layer 2 switches.
D. If IPv6 multicast deployment is planned, then make sure that Layer 2 switches support MLD snooping at Layer 2 switches.
E. If IPv6 anycast deployment is planned, then make sure that Layer 2 switches support ND snooping at Layer 2 switches.
Question No : 7
In this design, which technology would provide for the best use of resources to provide end-to-end Layer 2 connectivity?
C. Multichassis EtherChannel
Question No : 8
B. fast hello packets
D. IP Cisco Express Forwarding
Question No : 9
A. Add an intra-POP link between routers 1A and 1B, and enable IP LFA FRR.
B. Use an IP SLA between the end stations to detect path failures.
C. Enable SSO-NSF on routers 1A and 1B.
D. Use BGP to connect the sites over the WAN.
Question No : 10
A. Use prefix lists on your distribution routers to control which routes are sent to the MPLS network.
B. On your distribution routers, configure null routes and aggregate routes for the prefixes in your network.
C. Configure your distribution routers to send a default route to the MPLS network.
D. Summarize the routes on the MPLS WAN interfaces of your distribution routers.
Question No : 11
How should you configure OSPF for this topology to minimize the additional routing information injected into the network and keep the configuration size and complexity to a minimum?
A. Configure the link at the hub router as OSPF point-to-multipoint and at the remote routers as OSPF point-to-point.
B. Configure the link as OSPF broadcast and configure the hub router to always be the designated router.
C. Configure the link as OSPF nonbroadcast and manually configure each of the remote sites as a neighbor.
D. Configure the link as OSPF broadcast and configure a mesh group towards the remote routers.
Question No : 12
You are designing a loop-free hierarchical VPLS service. Which two design considerations should be implemented for the pseudowires between the N-PE and U-PE routers? (Choose two.)
A. Disable split horizon toward the N-PE routers.
B. Disable split horizon toward the U-PE router.
C. Enable split horizon toward the U-PE router.
D. Enable split horizon toward the N-PE routers.
E. Disable MAC learning on the U-PE route.
F. Disable MAC learning on the N-PE routers.
Question No : 13
A. RPs can become bottlenecks, since multicast traffic must always flow through the RP and down the shared tree to get to the receivers.
B. RPs switch each traffic flow to the shortest path tree when more than one receiver is present.
C. If an RP fails and there is no backup RP, new sources that begin sending will not be discovered by the other PIM routers in the network.
D. If an RP fails and there is no backup RP, multicast traffic will cease flowing in the network.
Question No : 14
What could be done to guarantee that large packets are not dropped for MTU-related reasons?
A. enable Path MTU Discovery on all devices within SP1 and SP2
B. enable Path MTU Discovery on all devices within the enterprise
C. configure the IP sender or senders to set the DF flag in the IP header
D. configure the IP sender or senders to clear the DF flag in the IP header
Question No : 15
A. the hub site PE router
B. the hub site CE router
C. the directly connected PE router
D. The IGP will not establish adjacency over the MPLS network.