Practice Free 300-515 Implementing Cisco Service Provider VPN Services (300-515 SPVI) Exam Questions Answers With Explanation

The fourth AS changes, but no other autonomous systems change.

The first and fourth autonomous systems change.

The second and third autonomous systems change.

The first AS changes, but no other autonomous systems change.

It imports and exports identified routes into selected VRFs.

It uniquely identifies NLRIs that have the same numeric value.

It imports the external routes it identifies into VRFs that support Internet traffic

It supports QoS by classifying traffic by file type when it applies MPLS EXP bits to each packet.

The operator adds in “host-routing” under the VRF EVPN.

Type 2 routes contain MAC/IP information.

Type 2 routes contain Ethernet Auto-Discovery information.

The operator adds in “host-routing” under the BVI651 interface.

Type 2 routes contain inclusive source-specific multicast route information.

Jitter TLV

SPAN

P2MP traceroute

P2MP ping

show mpls forwarding-table

show mpls ldp neighbors

show mpls ldp labels

show mpls ldp bindings

Disable 6PVE that provides local IPv6 reachability over MPLS.

Configure 6PE that provides global IPv6 reachability over IPv4 MPLS

Allow PE routers use the MP-iBGP extensions in the IPv6 network configuration to exchange IPv6 reachability information.

Configure 6PE forwarding between 6PE routers based on the IPv6 header

In the ospfv3 1 area 1 ipv4 command, area 0 must be configured instead of area 1.

OSPFv3 does not run for IPv4 on FastEthemet0/0 until IPv6 routing is enabled on the router and IPv6 is enabled on interface Fastfc.thernet0/0

OSPFv3 cannot be configured for IPv4; OSPFv3 works only for IPv6.

IPv6 routing not enabled" is just an informational message and OSPFv3 runs for IPv4 on interface FastEthernet0/0 anyway

Devices on the network use MPLS labels to share VPN routes between P routers in the network.

Devices on the network use LSAs to share routes between P routers in the network.

Devices on the network use MPLS labels to move VPN traffic through the network.

Devices on the network use GRE tunnels to move traffic between VRFs.

The CE1 and CE2 VRFs can exchange routes only between their respective VRFs on PE1 and PE2.

All three routers must be running a distance-vector routing protocol.

All three routers must be running MP-BGP.

The CE1 and CE2 VRFs can access the default route provided by the Internet VRF.

Only the CE2 VRF can access the default route provided by the Internet VRF.

It must be configured on each PE router to enable the PE routers to receive multicast traffic for this particular MVRF.

It is used to set the designated router on a link using PIM-SM.

It must be configured on the PE and CE router to enable MP-BGP to send labels for CSC.

It is used to set the router that will server as the root bridge for STP.

It configures VPWS multihomed.

It configures VPWS single homed.

It configures an IPv4 peering with 192.168.1.1

It configures MPLS traffic engineering.

tag-rewrite on the ingress and egress PE router

interworking IP configuration on the last PE router before label disposition

nonrouted interworking setup to properly translate only the Layer 2 information from the AC

interworking IP configuration on both the AC terminations on the PEs

The member in the VPWS context should be the PE-facing interface.

The 12vpn evpn command should be instance 101.

Interface GigabitEthernet0/1/0 should not have any IP address.

The service instance and the EVPN instance are different.

ARP suppression

storm control

root guard

BPDU guard

encapsulation mpls

encapsulation 12tpv3

protocol 12tpv3

protocol none