The OTV overlay interface is a logical multiaccess and multicast-capable interface that must be explicitly defined by the user, and is the location where the entire OTV configuration is applied. Which two statements about the OTV overlay interface are true? (Choose two.)
A. When the OTV edge device receives a Layer 2 frame that is destined for a remote data center site, the frame is logically forwarded to the overlay interface.
B. The OTV edge device performs the dynamic OTV encapsulation on the Layer 2 packet and sends it to the join interface toward the routed domain.
C. When the OTV edge device receives a Layer 2 frame that is destined for a remote data center site, the frame is logically forwarded to the join interface.
D. The OTV edge device performs the dynamic OTV encapsulation on the Layer 2 packet and sends it to the overlay interface toward the routed domain.
E. The OTV edge device performs the static OTV encapsulation on the Layer 3 packet and sends it to the join interface toward the switching domain.
