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

by converting CE routes into VPNv4 routes and exchanging them using MP-BGP

by establishing BGP neighbor relationships between all connected CEs to exchange routing information

by learning IPv4 routes from connected CEs and redistributing them into the global IGP

by converting CE routes into VPNv4 routes and exchanging them using the global IGP

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 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.

Router 1 will accept multicast routes with a route-target of 12:1.

192.168.1.2 must be reachable by all routers participating in the mvpn-intranet MVRF.

Router 1 has statically defined thresholds for data MDT.

The MVRF must be configured on each router on the customer and service provider networks.

They are default gateway redundancy options.

They are multihoming mechanisms used for CE devices.

They are used to provide single connection from a CE device to a service provider.

They are both roles that a designated router can take when MPLS is used with EVPN.

It configures VPWS multihomed.

It configures VPWS single homed.

It configures an IPv4 peering with 192.168.1.1

It configures MPLS traffic engineering.