This means also that no SSID or other WLAN data is displayed. The monitored data is not decoded, this is not possible for obvious security reasons.
Alternatively, the data can also be displayed as a numeric table. The display is done with a bar chart over the channels, in conjunction with an error distribution of the measured value. This gives a much clearer picture of how well the available radio spectrum is actually used and where there is still room for more services. In contrast to simple apps on the smartphone, which simply show the signal level of an accesspoint, this measurement is based on the actual time allocation of a channel by all subscribers (access points and clients). This result is represented either graphically by a bar chart or in a table with numerical values. This results in a percentage of time occupation of this channel. On each channel, the actual data packets are detected and measured for about 1 second. This is qualitatively completely different from a simple level measurement, because this would not tell you how much a channel is actually occupied. What is displayed is not simply the signal level, but the actual time allocation of the channel. When operating as a receiver, the currently selected channels are permanently measured, either at 2.4 or 5 GHz. The portable, battery-operated device has two operating modes: receiver (WifiProbe) and transmitter (Airhorn). Regardless of whether you want to design WLAN networks, test existing networks or find an error in the WLAN - the WifiMetrix is a tool that helps you with these tasks. The signal generator generates a transmission signal with which antennas can be aligned or compared.
The Channel Analyser monitors the 2.4 or 5 GHz band and shows the percentage usage of the channels. WifiMetrix is an analysis tool for network professionals. Frequency Counter, Near Field Receivers.Morse keys, electronic keyers, accessories.Stationary, directional antennas (Yagi, X-Quad).
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