edited by
7,668 views

5 Answers

Best answer
14 votes
14 votes
Consider 100 mbps network with 24 bit sequence number field find the wrap around time for sequence no?

1sec = 100 mb

1/ 100m= 1b

as

1byte = 2^24 sequence no.

1bit         = 2^24 * 8 bits

therefore= 2^24 * 8 *1/ 100 m  sec = 1.34 sec
selected by
2 votes
2 votes
sequence possible=2^24.

wraparound time=(2^24)/100Mbps
1 votes
1 votes
Answer will be =0.1455 sec

Explanation::

1000Mbps=10^3*10^6Bits/sec

125x10^6 byte=1 sec

1 Byte=1/125x10^6sec

so:

2^24 byte=2^24/125x10^6= 0.1455sec Approx.

Related questions

1 votes
1 votes
1 answer
1
arch asked Dec 11, 2017
1,307 views
0 votes
0 votes
2 answers
2
Neal Caffery asked Jan 12, 2017
1,044 views
2 persons are using a channel like TCP. In their link they have used 64-bit sequence numbers with a link speed of 75 Tbps. How long can a packet stay in link without worr...
3 votes
3 votes
1 answer
4
shane.126 asked Oct 13, 2017
5,267 views
TCP operates over a 40 Gbps link. If TCP uses the full bandwidth continuously, how long (in msec) would it take the sequence number to wrap around completely?