A. Very Extended Virtual LAN
B. Virtual X-Series LAN
C. Virtualized Ethernet VPN
D. Virtual Extensible VLAN
A. Area Border Router (ABR)
B. Backbone Router
C. Autonomous System Boundary Router (ASBR)
D. Internal Router
A. Discard will send an ICMP Destination Unreachable message back to the sender.
B. Discard will silently drop the traffic.
C. Reject will silently drop the traffic.
D. Reject will send an ICMP Destination Unreachable message back to the sender.
A. Addresses used in MPLS.
B. Special routes for interplanetary communication.
C. Unroutable addresses that are generally filtered by routers.
D. Addresses used for load balancing.
A. 5
B. 130
C. 15
D. 10
A. This configuration enables a MAC address learned on the interface to be persistently retained in the Ethernet-switching table, even after a reboot.
B. This configuration enables the device to shut down the interface when a particular MAC address persistently sends broadcast traffic.
C. This configuration enables the device to place a MAC address that persistently causes network errors into a special protected VLAN.
D. This configuration enables the interface to learn and remember MAC addresses, until the device is rebooted.
A. The ge-0/0/0 interface has been explicitly assigned to a VLAN named default.
B. The default VLAN is a user defined VLAN name.
C. The asterisk indicates that the interface is active.
D. The ge-0/0/12 interfaces is an access port.
A. It instructs the device to looks up a static route's next-hop that is not directly connected.
B. It instructs the device to verify the next-hop is reachable before activating the route.
C. It specifies the IP address of the directly connected device.
D. It allows you to specify an independent route preference value for an additional next hop.
A. [edit routing-instance]
B. [edit policy-options]
C. [edit routing-options]
D. [edit protocols]
A. Reduce the overall size of the routing table.
B. Summarize external routes into the network.
C. Manually configure specific network routes.
D. Automatically create a route when a specified condition is met.
A. By default, an ABR is an OSPF router with links in two areas.
B. By default, an ABR must have one link in the OSPF backbone area.
C. By default, an ABR does not need to have any links in the backbone area.
D. By default, an ABR is an OSPF router with all of its links in one area.
A. For implementing security policies.
B. For aggregating multiple interfaces.
C. To separate VLAN traffic.
D. To provide inter-VLAN routing.
A. BGP
B. Static
C. Aggregate
D. Direct
A. No operational interfaces have been added to the LAG interfaces.
B. The LAG interfaces are in a passive state.
C. The LAG interfaces are in aggressive mode.
D. No traffic is traversing the LAG interfaces.
