![]() ![]() It will reveal areas of channel interference and dead zones, and will help you tremendously to build a solid network. The effective way to obtain this information is a wireless site survey. When working on a Wi-Fi network that will provide an optimal coverage, you'll need a solid research and understanding the radio frequency behavior at the spot. Use NetSpot to visualize, manage, troubleshoot, audit, plan, and deploy your wireless networks. No need to be a network expert to improve your home or office Wi-Fi today! All you need is your MacBook running Mac OS X 10.10+ or any laptop with Windows 7/8/10 on board and NetSpot which works over any 802.11 network. NetSpot is the only professional app for wireless site surveys, Wi-Fi analysis. Let the results you see in the color-coded heatmaps complement each other to achieve the best result.NetSpot Unlimited Enterprise 3.0.405.0 Multilingual Thanks to a variety of visualizations available in NetSpot, troubleshooting any possible issue with your WiFi coverage is as easy as pie. This visualization will let you easily see whether your network has areas of low upload speed and where exactly the situation needs to be remedied. Use this visualization to see which areas of your coverage are suffering a lower download speed and follow easy steps to narrow down which access points are affected by this issue. This type of visualization can help you clearly see where the issue lies and help you decide what steps to take to fix it. ![]() When a channel overlap occurs the signal strength can be affected negatively and the download and upload speeds may drop. In this article, you can read how to see which access points are affected by the noise and what to do next. The noise level greatly affects your signal level, so comparing the two values will give you an understanding of where the signal level can be improved by the way of eliminating noise sources. Here you can read about troubleshooting the low signal level. The signal level represents the strength of your WiFi and with its visualization, you’ll easily see the weaker areas that need troubleshooting and can decide on the steps to be performed toward improvement. The article here will explain how to use this visualization and determine whether your problem lies with the signal strength or the noise level. This visualization compares the level of WiFi signal to the one of background noise. Learn how to perform the Active Scan via these protocols. Measure and visualize the download speed values via HTTP, TCP, or UDP. ![]() Learn how to set it up in the Active Scanning preferences. ![]() This type of analysis helps you measure and then generate visualizations for upload speed via HTTP, TCP, or UDP. The details about this type of heatmaps can be found here. This visualization displays at what speed the data is transmitted from an access point to a wireless device connected to the network. Here you can read how NetSpot measures this value. The upload speed shows how fast data can be uploaded from a user’s computer to the Internet. The download speed shows how fast data from the Internet can be downloaded to a user’s computer. Available on: macOS, Windowsĭisplays in colors the 802.11 WiFi protocols (a/b/g/n or ac) modes that are used in your wireless space. See how the 2.4GHz and 5GHz frequency bands are distributed throughout your space and where the signal might be missing altogether. Find more info about this visualization here. See how many access points are presently detected on your wireless network as well as the exact signal for each of them. Some examples of noise sources are microwave ovens, Bluetooth devices, wireless video cameras, wireless game controllers, fluorescent lights, etc. This value represents the outside interference detected at each measurement point. This value is similar to the signal-to-noise ratio, but here the interference is the co-channel one from other radio transmitters. Use its data in combination with other parameters like interference level. See the current strength of your WiFi signal. A ratio of 10-15dB is seen as unreliable and a ratio of 16-24dB – as poor. Passive scanning Signal-to-noise ratioĬompare the level of WiFi signal to the level of background noise. Use the vast set of visualizations offered by NetSpot for a thorough wireless network survey that will give you all the necessary tools to improve your WiFi coverage tremendously. Basing your WiFi site analysis on a visual representation of various network parameters is extremely effective and surely makes the process faster. ![]()
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