![pingplotter for download speed pingplotter for download speed](https://www.rsaweb.co.za/wp-content/uploads/2021/03/Slow-Streaming-Speeds-Troubleshooting-Guide_blog_mac-01--1024x539.jpg)
The number shown here indicates the graph scale, in milliseconds (1/1000th of a second). As you increase your window, though, a single bad sample can make this line stretch the scale of the graph. When showing just a few samples, this can be really handy to see the range of latencies. It may be distance (ie: speed of light latency), or it may be a problem with one router, or the connection between those routers. This line can be useful to understand how a specific hop is responding - for example, if hop 8's minimum point is significantly greater than hop 7's maximum point, then you may need to investigate what's happening between hops 7 and 8. Hide this line to keep the scale of the upper graph in better range. For a modem, 200 ms might be quite good, while for a T1, it could be considered bad.
![pingplotter for download speed pingplotter for download speed](https://rahim-soft.com/wp-content/uploads/2021/03/PingPlotter-Pro-cost-2048x1253.jpg)
This is dependent on your expected performance.
![pingplotter for download speed pingplotter for download speed](http://pingplotter.com/themes/pingman/images/pingplotter-compare-speedtest.png)
If you have a modem, you probably want to crank these numbers up a bit.Ĭhanging these values sets the Green / Yellow / Red threshold for the graphs. If you've got a T1 or a cable modem, the listed numbers are probably pretty good (you might move them down a little if you're tracing to a fast site).
![pingplotter for download speed pingplotter for download speed](https://developernote.com/wp-content/uploads/2018/11/speed.png)
You'll probably want to change the numbers based on your internet connection speed. In addition, the legend on the graph screen will be updated with these number. These numbers apply to both the HOP column and the graph background. From 201 to 500 will paint yellow, and over 500 will paint red. By default, all response 200 ms and below will paint green. These boxes control the point at which the colors change. Phew! Now, let’s take a look at that PingPlotter thing we keep talking about.The "Display" settings control the general display format of PingPlotter’s graphs, including scaling, coloring, and other general values. It’s important to know PingPlotter is tracking the loss of its own packets, which often correlates to packet loss for the rest of your data. Lost packets can cause disconnections and unresponsive services. Packet loss is when a packet fails to complete its round-trip journey.High latency can make streaming videos stutter, webpages load slowly, and games laggy and unplayable. Latency is the round-trip travel time of one packet between you and a destination.If you haven’t already guessed, it’s what PingPlotter uses to map everything out. A ping is the layman's term for an ICMP Echo Request packet used to test a network.Breaking up large files into small packets makes the data easier to replace or reroute if something goes wrong. Packets, as we mentioned above, are small, contained chunks of data used to transfer digital information.A traceroute or trace is the act of mapping out a route through the use of specialized packets of data.Speaking of which, the final destination (or target) is the last hop in a route and corresponds to the server, webpage, or service you are attempting to connect to.
#PINGPLOTTER FOR DOWNLOAD SPEED SERIES#
Each route is made up of a series of hops, which are discrete devices that pass data along as it travels to the final destination.A route is the path data takes from a device to its final destination.It’s pretty cool! Learn more Important Termsīefore we dive head-first into troubleshooting, there are a few terms we’ll be throwing around quite a bit. If you’d like to know EXACTLY how PingPlotter functions, we have a full-bodied explanation for your reading pleasure. I'm sure there's more to PingPlotter than that!