Given an IP packet of 6000 bytes, assume the packet is to be transmitted over Ethernet. Explain how it will be fragmented under IPv4 and IPv6, respectively. (You should clearly explain how many...

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Given an IP packet of 6000 bytes, assume the packet is to be transmitted over Ethernet. Explain how it will be fragmented under IPv4 and IPv6, respectively. (You should clearly explain how many fragments will be produced, the size of each frame, and how related fi elds in each IP header will be set accordingly.)



Answered 84 days AfterJan 02, 2022

Answer To: Given an IP packet of 6000 bytes, assume the packet is to be transmitted over Ethernet. Explain how...

Amit answered on Mar 28 2022
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Date: 3/
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1.    Answer: Fragmentation of data packets    3
2.    References:    4
1. Answer: Fragmentation of data packets
On Ethernet, 1500 bytes is the maximum supported data frame which can be transmitted from on host to another. The MTU and data link are collectively responsible for defining the size of the data frame. The provided data packet is of 6000 bytes, so, for transmitting this large size...
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