Solved 12 Given A Router Is Sent An Ip Packet Containing Chegg

Solved 12 Given A Router Is Sent An Ip Packet Containing Chegg Question: 12. given a router is sent an ip packet containing 1500 data bytes. the router now needs to forward the packet to another network over tcp protocol with mtu of 300 bytes. assume that ip header and tcp header are 20 bytes long, and offset will always start from zero. To forward a 1500 byte ip packet with a tcp header over a network with a 300 byte mtu, the packet is divided into fragments. the fragment offsets calculated are 0 for the first fragment, 32 for the second, and so on, incremented every 260 bytes of data.

Solved A Router Receives An Ip Packet Containing 600 Bytes Chegg Now, we can calculate the number of fragments needed to transmit the entire ip packet. the number of fragments is the ceiling of the total size of the ip packet divided by the maximum payload size. The network layer packet is called a datagram. the difference between a router and a link layer switch is that a router forwards the packet based on the packet's ip address and a link layer switch forwards a packet based on its mac address. Suppose a router receives an ip packet containing 600 data bytes and has to forward the packet to a network with maximum transmission unit of 200 bytes. assume that ip header is 20 bytes long. There are 3 steps to solve this one. first, calculate the amount of data that fits into each fragment by subtracting header size from the maximum transmission unit (mtu) and ensuring it's a multiple of 8. not the question you’re looking for? post any question and get expert help quickly.

Solved Suppose A Router Receives An Ip Packet Containing Chegg Suppose a router receives an ip packet containing 600 data bytes and has to forward the packet to a network with maximum transmission unit of 200 bytes. assume that ip header is 20 bytes long. There are 3 steps to solve this one. first, calculate the amount of data that fits into each fragment by subtracting header size from the maximum transmission unit (mtu) and ensuring it's a multiple of 8. not the question you’re looking for? post any question and get expert help quickly. Study with quizlet and memorize flashcards containing terms like arp, address resolution protocol, time to live and more. For the remaining packets, we need to add the size of the payload in the previous packet to the offset. for example, the second packet will have an offset of 260 8 = 32, since it starts at byte 261 in the original packet. Question: suppose a router receives an ip packet containing 5120 bytes of data and id 2341.  it has toforward the packet to a network with mtu of 1600 bytes. assume that the ip header is 20 bytelong. A value of indicates that the address in the network destination column is a specific ip address rather than a network address, it's referred to as a "host route.".