What can be done to enforce this behavior?
Refer to the Exhibit.
R3 is announcing a route to R4 using EBGP, as shown in the exhibit. All routers in AS 65221
should learn this route, but it should not be announced to any other AS. What can be done to
enforce this behavior?
Which choice shows the configuration in the exhibit in SLAX format?
Refer to the Exhibit.
Which choice shows the configuration in the exhibit in SLAX format? 
which statement is true assuming LDP VPN signaling?
Refer to the Exhibit.
Referring to the exhibit, which statement is true assuming LDP VPN signaling?
Which configuration excerpt will advertise all local IPv4 and IPv6 destinations to the network?
Which configuration excerpt will advertise all local IPv4 and IPv6 destinations to the network? 
What happens to traffic exceeding 100 Mbps?
Refer to the Exhibit.
You manage an MX series router (with 100 ms buffer size per port) that includes the configuration
shown in the exhibit. Traffic marked with DSCP 000011 is entering the ge-1/0/4 interface at 102
Mbps. The traffic exits the device on the ge-1/0/5 interface. There is no other traffic transiting the
router. What happens to traffic exceeding 100 Mbps?
Which configuration is valid?
Refer to the Exhibit.
All routers shown in the exhibit are BGP neighbors. R1 must be a route reflector, and R2 through
R5 must be clients. R2 should only receive one copy of all routes sent from R4.
Which configuration is valid? 
how many labels does PE1 push onto data packets destined for PE2?
Refer to the Exhibit.
Customer A wants a Layer 3 VPN between their two sites. To support this, you purchase a carrier-of-carriers solution from ISP2. Referring to the topology in the exhibit, how many labels does PE1
push onto data packets destined for PE2?
Which two statements are true?
Two of your customers have just merged into a single company. Because of time constraints, you
have been asked to connect Customer A’s BGP-signaled Layer 2 VPN with Customer B’s LDP-signaled Layer 2 circuit using the interworking interface.
Which two statements are true? (Choose two).
What initially triggers RP1 to send source-active messages (SAs) to RP2?
In an interdomain multicast deployment scenario, RP1 is in AS1 and RP2 is in AS2. MSDP is
configured between RP1 and RP2 A source in AS1 and a receiver in AS2 have just become
active. What initially triggers RP1 to send source-active messages (SAs) to RP2?
Which statement is true?
Refer to the Exhibit.
A network administrator has configured the LSPs shown in the exhibit on the ingress router of a
10-Gigabit Ethernet network
Which statement is true?