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#Test wifi range pdf

Transfer speed is the most obvious, but signal strength and network capacity are just as important. When comparing the performance of a wireless network, there are a few key areas to measure.

The goal here isn't to recommend a specific brand or system, but rather to see how the new technology and features stack up.

#Test wifi range pdf

You can also click 'Save PDF' and the browser will be directed to open the pdf file directly.We're starting to see more Wi-Fi 6 capable devices hit the market, so naturally, the big question is: should you upgrade? Today we are taking a look at how some of these systems perform compared to those from the previous generation. The PDF file will be linked from the HTML page.

When the test is complete, click the Save HTML button to save an HTML report and generate the PDF.

An interactive report window will be created and will be updated as the test runs.

When the configuration is complete, click the Start button (which will change to 'Stop' once start is clicked) to start the test.

This particular test is not using that feature, however: The second test will be displayed on the same graphs, so it is easy to compare the difference. You can then reconfigure the DUT (by changing firmware versions, or some other configuration), and then re-run the test. When the curren test is complete, you will see a popup message notifying completeness. One interesting way to use this tool is to select the 'Another Iteration' checkbox. In this case, we have antenna over-the-air connection inside one of the chambers, with total path-loss at zero attenuation of about 25db. Be sure to select the attenuator and configure the attenuation steps. Select the DUT and WiFi station device, and select the combinations of traffic types you wish to send. It will remember the last configuration for most fields. You should see the Rate vs Range Test configuration window pop up.

Select the Rate vs Range test and click Run Test.

Apply the Scenario, then Build the scenario. Load appropriate scenario or create a new scenario as needed.

Open Chamber View by clicking on the 'Chamber View' button in the LANforge-GUI.

Use Chamber View to run a Rate vs Range test.

Add an upstream profile mapped to DUT LAN side (or possibly WAN side if that is more appropriate for your DUT).

Configure a Chamber View Scenario and add the STA profile (mapped to desired wiphyX radio and DUT).

Configure an STA profile on the LANforge system.

Configure an Upstream profile using eth1 on the LANforge system.Please view our other cookbook on setting up attenuator connections in LANforge.

Add connections from this chamber to the DUT chamber, specifying the proper Attenuator modules. Create a chamber object to hold the LANforge system, and add the LANforge to it.If you have no chambers, you can create a fake chamber, but your test will not be isolated and may not function as desired. Create a chamber object to hold the DUT, and add the DUT to that chamber.The BSSID is important to configured so that LANforge knows when it is connected to the correct AP. Create a Device Under Test (DUT) Profile that matches your AP.You can right-click in Chamber View to create various objects. If you have an appropriate scenario already created, then skip to the next section, otherwise you will need to build a scenario that matches your system.

Configure Chamber View for Rate vs Range and Similar Tests.TR-398 Automated WiFi Issue 2 - Virtual Stations.image/svg+xml Icon_home_remixofdynamitt Icon_home_remixofdynamitt.