A network architect is tasked to design and deploy multicast in a service provider core. There is a
requirement to have two PIM RP routers for PIM-SM distribute mode. What can the network
architect do to satisfy this requirement?

Which three of these options can be a forwarding equivalence class? (Choose three.)

Which two statements best describe the functionality of the BGP graceful restart capability?
(Choose two.)

Refer to the exhibit.

Based on the topology, the BGP configuration in R1, and the outputs from R1 and R2; identify why
was subnet 33.33.33.33/32 not received on the R2 BGP table?

Refer to the exhibit.

The R1 and R2 routers are running OSPF, LDP, and BGP. Why is the label for 1.1.1.1 prefix
absent in the R2’s MPLS forwarding table?

A network engineer is redistributing BGP prefixes into RIP. These prefixes are unreachable in the
RIP network. Which the two actions could resolve the issue based on this scenario? (Choose two.)

Which are the three mandatory BGP attributes? (Choose three.)

An engineer is designing a security method for a service provider company that needs to secure
BGP peering with external peers. Based on the options provided, which three security precautions
should be taken? (Choose three.)

Refer to the exhibit.

Each AS domain contains more than one BGP router. Site-B sends traffic to ISP-1 over a directly
connected link, but Site-B is not used as an AS transit for the ISP-1 backbone. How should the
routes be advertised by ISP-1 towards Site-B to accomplish this task?

A customer is connected to a service provider by a low-speed link and wants to increase the
bandwidth of this connectivity without creating additional IP addresses. Multiple physical links with

the same bandwidth value are already available between the customer and the service provider.
Which technology can be used to achieve these requirements?