Which configuration is valid?
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 excerpt will advertise all local IPv4 and IPv6 destinations to the network?
Referring to the exhibit, which statement is true assuming LDP VPN signaling?
Which choice shows the configuration in the exhibit in SLAX format?
What can be done to enforce this behavior?
Which policy action should router R3 configure to make this route visible on routers R1 and R2?
Refer to the Exhibit.
A route is advertised from AS 65221 to AS 65432 using EBGP. The route is active and reachable on R3, but does not appear as an active route on R1 and R2. R3 has an export policy applied to its IBGP group matching on routes from R4, but does not have a then criteria specified. Which policy action should router R3 configure to make this route visible on routers R1 and R2?
Based on the output shown in the exhibit, what does up signify?
Which two commands do you use to finish the configuration? (Choose two.)
Refer to the Exhibit.
You work for ISP A, as shown in the exhibit, and must configure R1 to use load balancing across both available links for all routes to ISP B’s network. You start by configuring this policy:
policy-statement load-balance {
then {
load-balance per-packet;
}
}
Which two commands do you use to finish the configuration? (Choose two.)