Refer to the exhibit. You are planning the design of an encrypted WAN. IP packets will be transferred over encrypted GRE tunnels between routers B and C. The packet size is limited to a maximum of 1500 bytes inside the WAN between routers B and C. If endpoint 1 tries to send 1500-byte IP packets to endpoint 2, in what three ways will the network design handle the fragmentation in three different possible network configurations? (Choose three.)
A) When router B fragments packets after the encryption, router C must reassemble these fragmented packets.
B) When router B fragments packets before the encryption, router C must reassemble these fragmented packets.
C) When router B fragments packets after the encryption, the endpoint 2 must reassemble these fragmented packets.
D) When router B fragments packets before the encryption, endpoint 2 must reassemble these fragmented packets.
E) When router A fragments packets, router C must reassemble these fragmented packets.
F) When router A fragments packets, endpoint 2 must reassemble these fragmented packets.

Question

Refer to the exhibit.  You are planning the design of an encrypted WAN. IP packets will be transferred over encrypted GRE tunnels between routers B and C. The packet size is limited to a maximum of 1500 bytes inside the WAN between routers B and C. If endpoint 1 tries to send 1500-byte IP packets to endpoint 2, in what three ways will the network design handle the fragmentation in three different possible network configurations? (Choose three.)
A) When router B fragments packets after the encryption, router C must reassemble these fragmented packets. 
B) When router B fragments packets before the encryption, router C must reassemble these fragmented packets. 
C) When router B fragments packets after the encryption, the endpoint 2 must reassemble these fragmented packets. 
D) When router B fragments packets before the encryption, endpoint 2 must reassemble these fragmented packets. 
E) When router A fragments packets, router C must reassemble these fragmented packets. 
F) When router A fragments packets, endpoint 2 must reassemble these fragmented packets.

Quizplus · Accepted Answer

The Answer of Refer to the exhibit.  You are planning the design of an encrypted WAN. IP packets will be transferred over encrypted GRE tunnels between routers B and C. The packet size is limited to a maximum of 1500 bytes inside the WAN between routers B and C. If endpoint 1 tries to send 1500-byte IP packets to endpoint 2, in what three ways will the network design handle the fragmentation in three different possible network configurations? (Choose three.)
A) When router B fragments packets after the encryption, router C must reassemble these fragmented packets. 
B) When router B fragments packets before the encryption, router C must reassemble these fragmented packets. 
C) When router B fragments packets after the encryption, the endpoint 2 must reassemble these fragmented packets. 
D) When router B fragments packets before the encryption, endpoint 2 must reassemble these fragmented packets. 
E) When router A fragments packets, router C must reassemble these fragmented packets. 
F) When router A fragments packets, endpoint 2 must reassemble these fragmented packets.

Refer to the Exhibit