Correction- Header length is a 4 bit field that contains the length of the IP header. I thought 4 was 4 rows. The initial 5 rows of the IP header are always used. So, minimum length of IP header = 5 x 4 bytes = 20 bytes.
Wonderful explanation Sir. I m great full to ur simple way of explanation. Frame Which has Source & Destn MAC Packet Which has source and destn IP Segment Which has source and destn Port.
Great presentation, But the way fragmentation offset is explained is wrong. Indeed it is used for packet reassembly. But its not a buffer, it is just a field in the ip header to indicate sequence of the packet. Basically that field will tell the receiver where the ip fragment will fit into.
Correction- Header length is a 4 bit field that contains the length of the IP header.
I thought 4 was 4 rows. The initial 5 rows of the IP header are always used.
So, minimum length of IP header = 5 x 4 bytes = 20 bytes.
Wonderful explanation Sir.
I m great full to ur simple way of explanation.
Frame
Which has Source & Destn MAC
Packet
Which has source and destn IP
Segment
Which has source and destn Port.
By network king all networking topic teach you excellent .............
The way you teach is awesome sir 👏🙌
*Very detailed explaination as always - but please stop that annoying low back ground music that kept playing in the back.*
Version (4) inside bracket 4 denote 4 bit size of version . If it's ipv4 0100 and ipv6 0110
Great presentation, But the way fragmentation offset is explained is wrong. Indeed it is used for packet reassembly. But its not a buffer, it is just a field in the ip header to indicate sequence of the packet. Basically that field will tell the receiver where the ip fragment will fit into.
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Most welcome
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Thankyou sir.
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