Generic troubleshooting processes: Difference between revisions

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[[File:DHCP.png|1100x1100px]]
[[File:DHCP.png|1100x1100px]]
    
    
Because you already zoomed into to a specific time frame on the graph, this page will now only show you the client / DHCP-server relations, that happened during the time frame that you selected in the graph. Also on this page, you’ll find a download button for simple (retroactive) extraction of a Pcap, that is pre-filtered to only contain DHCP and BOOTP packets.  
Because you already zoomed into to a specific time frame on the graph, this page will now only show you the client / DHCP-server relations, that happened during the time frame that you selected in the graph. Also on this page, you’ll find a download button for simple (retroactive) extraction of a Pcap, that is pre-filtered to only contain DHCP and BOOTP packets.      


=== <u>UDP Jitter & packet loss</u> ===
=== <u>UDP Jitter & packet loss</u> ===
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=== <u>TCP retransmissions/packet loss</u> ===
=== <u>TCP retransmissions/packet loss</u> ===
The next two graphs provide trending visibility and information about TCP packet loss in your network. TCP retransmission are seen in all networks, it’s the amount of retransmission -and better yet the retransmission ratio in percent- that indicate if things are problematic in your network. This is why graphs for both TCP retransmissions in absolute numbers, as well as in ratio are presented to you.
The next two graphs provide trending visibility and information about TCP packet loss in your network. TCP retransmission are seen in all networks, it’s the amount of retransmission -and better yet the retransmission ratio in percent- that indicate if things are problematic in your network. This is why graphs for both TCP retransmissions in absolute numbers, as well as in ratio are presented to you.  


[[File:Tcp.png|700x700px]]
[[File:Tcp.png|700x700px]]
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