300-515 Implementing Cisco Service Provider VPN Services (300-515 SPVI) Questions and Answers

The mroute table is cleared.

Router 1 accepts multicast routes with a tag of 12:1

A Cisco MPLS TE tunnel is generated with 192.168.1.2 as the source IP address of router 1.

An LSP virtual interface tunnel is created.

VLAN name

Xconnect group name

EFP subinterface number

pseudowire ID

MTU size

control word usage

the AS-Override feature

the DN bit with type 3, 5, or 7 LSA

the domain tag for type 2 LSA

sham links to create a super backbone over the service provider network

Disable spanning tree to allow loops to occur within the hub-and-spoke topology.

Disable split horizon to allow multiple VCs per spoke

Disable Cisco Discovery Protocol to allow MPLS to share labels between the designated spokes

Disable Cisco Discovery Protocol to allow for neighbor discovery

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

The CSC-PE and CSC-CE must each be able to ping an interface in its respective global routing table.

The CSC-PE and the CSC-CE must support IPv6.

The CSC-PE and CSC-CE devices must be able to send labels to one another using BGP.

The CSC-CE must support OSPFv3.

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.