![]() However, we can change this value to view data for different ranges e.g. Leaving the default setting of “Auto” for the Focus Time, the Trace Graph will display data for the current focus in the Timeline Graphs (discussed next). Keep in mind that the Trace Graph is affected by the “Focus Time” setting in the Target Bar. The pink rectangle represents the percentage packet loss.The red O represents the average response time. ![]() The blue X represents the response time for the last packet sent.minimum to maximum response time for a particular hop The H-looking line represents the range of the response times i.e.There are also some icons used in this graph that are worth talking about. The colors are based on the intervals you configured in the Target Bar above. The colorful part of the Trace Graph (called the “Latency Graph) just plots the response times and packet loss in a nice looking graph. The problem is when there are too many lost packets. Note: Packet loss is normal on a network, especially one that is shared by many users. Basically, it provides all the hops along the path from source (the computer running PingPlotter) to target, the response times for each of those hops, and if any packet was lost for each hop. This part of the interface looks very similar to what you get when you run Traceroute. You can adjust these settings as is relevant to your case (like in my case where my Internet connection is not great). ![]() For example, my default setting considers response time (RTT) between 0 and 100 ms as good (GREEN), 101 and 200 ms as just okay/not so good (ORANGE), and 201+ ms as bad (RED). The intervals to use when displaying response times.The Focus Time (which we will discuss later).The Trace Interval which determines how frequently PingPlotter send test packets.A field to specify the target IP address/hostname.Buttons to run, pause, restart, or cancel a trace operation.This is where you configure your setup and it contains the following: Let’s take a look at the output:īelow you'll find a description of what each section of PingPlotter does and how to interpret the data that it gathers for the connection your testing. For macOS, you have the option of moving it to your ‘Applications' directory.Įven if you don’t read any documentation, you probably know to enter the target IP address/hostname in the box provided and click on the GREEN BUTTON to start the “plotter”.įor this article, I ran a trace to “” over a period of 5 hours. All you need is to download the appropriate installation file and install it like you would any other application. Installing PingPlotter is pretty straightforward. We will also be using a macOS even though the one for Windows will be broadly the same. Note: In this article, we will be running the Professional Edition based on the 14-day free trial. You can visit this link to compare the features available on the different editions – You can also see them below: It can be downloaded here and gives you a 14-day free trial on the Professional edition. PingPlotter comes in three different editions: It is supported on Windows OS, macOS, and iOS. ![]() Like we already mentioned, it is a tool that combines the features of ping and traceroute (along with other features) in a nice interface and is a great ping monitor for your devices. filtering, firewalls) may prevent them from working correctly. Warning: Ping and Traceroute should not be considered 100% accurate. So while ping will only tell you whether a destination is alive or not, traceroute can provide added information about issues on the path. the hops (or devices) along the path from sender to destination. Traceroute provides information about the path to get to a destination i.e.
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