If you wish for your flair to be changed, please message the mods and we'll be happy to change it for you. Proof of at least 6 month's history of posting in this subredditĪs a result of this, users are now no longer able to edit their own flair. Your highest level of industry certification, or highest IT related job title held in the last 5 years to a comment you made in the last 6 months, helping someone in the community PingPlotter Cloud Manual PingPlotter Cloud FAQ Frequently asked questions. To obtain trusted flair for your account please message the mods of /r/HomeNetworking with the following info Trusted user flair has been added as a means of verification that a user has a substantial knowledge of networking. Please flair your posts as Solved, Unsolved, or simply Advice. Edit-> Options->Packet Options and then filling in. If you can't find what you're looking for with the search function please feel free to post a new question after reading the posting guidelines The size of the ICMP echo request message can be explicitly set in pingplotter by selecting the menu item. It's likely that there's not enough bandwidth between those two locations.Please use the search function to look for keywords related to what you want to ask before posting since most common issues have been answered. This is a strong clue that it's actually the connection between hop 8 and 9 that's causing the problem. Also, the IP addresses show decidedly different ranges. laborious manual testing and produces more reliable diagnostic outcomes. A little bit more troubleshooting is needed for this.ĭigging deeper, we can see (from the domain names) that hop 8 is in the rr.com domain, while hop 9 is in the domain. Ontdek de plus- en minpunten van PingPlotter en leer meer over de functies. We don't know if it actually happens because of CPU overloading in hop 9, a router problem in hop 9 (or even on the exit side of hop 8), or if it's the connection between hop 8 and 9. In addition, if you want to manually add a target (or any intermediate router) to the summary graph, just right-click on that hop in the trace graph and select. Now, all we know from this is that the problem happens after hop 8. This is a huge indication of where the problem lies. Hop 9, however, shows 9% packet loss, and this packet loss is carried on through to the final destination. Hop 4 is likely just a router using a different CPU path for TTL=0 packets than it does for routing data through. Hop 5 doesn't show packet loss, though, so you know that the problem in hop 16 isn't because of hop 4. Once you have PingPlotter downloaded, you’ll need to get it installed. Dont worry, you will be able to solve the problem via the following removing instructions of the program. There's a problem someplace in the route, but we need to determine where. The latest version of PingPlotter is always accessible via our download page. So let's get into some specific examples of how to interpret the results from PingPlotter.įor the first example, you're getting intermittent packet loss to What can we determine from the graph below?įirst off, the final destination (hop 16) shows 9% packet loss.
0 Comments
Leave a Reply. |