If you need additional assistance from your IT desk or instructor, paste the link in your ticket or email. To share your Speedtest results, click Copy Link. If you're using your corporate network, work with your network administrator to optimize your internet connection.For the best experience, see Improving performance during a browser client session.If you have less bandwidth, you may experience performance or connectivity issues. Optimal result: At least 1.2 Mbps for each concurrent browser session with a VM (or 1.5 Mbps per connection if you’re using VM audio) If you have a high amount of jitter, work with your network administrator or IT help desk to resolve the issue. Generally, this value is used during advanced network troubleshooting. Jitter measures the variation in your connection lower values indicate a more stable connection. To try to improve your latency, see My network has high latency to Skytap. You may be able to use Skytap VMs in this region, but you will likely experience frequent performance issues. For the best experience, see Improving performance during a browser client session. You can still use Skytap VMs in this region, but you may experience occasional performance issues. You shouldn't experience latency-related performance issues. Your results are displayed at the end of the Speedtest. Interpreting the test results and improving your performance Speedtest measures bandwidth, latency, and other performance monitors. If you don’t have access to either of these, contact your Skytap administrator to ask which region to test against. The region is listed on the environment page or sharing portal page. Speedtest automatically selects the closest region. If you need to test basic connectivity to Skytap VMs, use the Connectivity Checker test instead. This is especially important when there are concurrent connections by multiple users. Bandwidth monitoring of fast internet connections may be inaccurate.Speedtest is best for testing total bandwidth on your network. Please note: If you download a 500kb file every 60 seconds you are creating a volume of 720 MB per day! Be careful when running these types of network bandwidth tests. If no other traffic was active on the data line your graph should be close to a flat line. If your data line is also used by others during the test you will of course see some Jitter (unwanted variations) on the graph because your test did not always get the full bandwidth. very few hops between you and the server) and let it run for some time.įor example if you have a data line that should have an available bandwidth of 4 megabit per second the test with a 500kb file should take 1000 ms (1 second). 500 kb or 1 MB) on a server that is “close to your dataline” in a network topological perspective (i.e. Now you only have to set up such a sensor, choose a URL with a medium sized file (e.g. PRTG Network Monitor's HTTP Advanced sensor shows the bandwidth in Kbit/s that was achieved while downloading a file from an HTTP URL. Let the sensors run with an interval of 5 minutes for a few hours, then look at the charts and the measured values. create three HTTP sensors that access different files (or static webpages) with around 500kb from different “fast servers” (this could be a webpage from your ISP). Using the PRTG network monitoring tool you can easily run this kind of network bandwidth test! some kilobytes) every few minutes while measuring the time it takes to do so. Since constant network bandwidth testing is not feasible, you must monitor the speed of your data line by creating short load peaks by downloading a small file (e.g. This fact also makes testing available bandwidth more complex. Otherwise you are not only testing your data line but also all network devices en-route which are between your test client and the server you are talking to.
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