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Tupavco TP544 WiFi Panel Antenna (5GHz) (22dBi) Outdoor Directional (4900-5850 MHz) Wireless Network Signal (Pole Mast Mount) Weatherproof High-Gain Long Distance Range (N-Female Connector)
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About Tupavco TP544 WiFi Panel Antenna
TP544 22dBi WiFi High-Gain Panel Antenna Panel antenna is used to radiate the signal into the forward space. The primary purpose is to reach places where a device with a default antenna would not reach. It is designed for use on stationary objects such as buildings or houses, but it is widely used for remote connection at campgrounds, RV motorhomes, boats, or remote devices like WiFi cameras. Antenna collects the signal and sends it through the cable to a networking device. It is equipped with an N-Female connector and it is ready to connect to a device with a proper extension cable. It requires a 50 Ohm RF coax expansion cable with N-Male connector on the antenna side and connector type that fits the device on the other side. As a rule of thumb, always use the shortest line and thickest cable to avoid signal loss. Do not use RG59/RG6 coax (75 Ohm TV cable) – signal will be seriously degraded. 5Ghz Bandwidth for more speed and less interference Higher frequencies allow data to be transmitted faster than lower frequencies, so the 5 GHz band allows you to upload and download files faster and. The 5 GHz band tends to have less overcrowding than the lower frequency bands because fewer devices use it and because it has more channels for devices to use so it experiences a lot less interference. The router or access point device needs to have a detachable external antenna connector that supports external antenna at 5GHz frequency. Directional Long Range Point-To-Point This directional antenna is designed for point to point directional wireless applications. To maximize the benefits of this antenna type, point the signal beam to a remote WiFi node. It provides the most focused 22dBi signal in a narrow beamwidth of ~10° horizontally and ~12° vertically. The distance this antenna can reach may vary based on obstacles on the antenna path to the remote WiFi node like walls, threes, and other objects.
