Uav wireless image transmission module RF low RF bridge radio 3-150KM distance none Line signal transmission

HW9066 Figure CNC integrated wireless transmission module, is based on TDD-LTE 4G mobile communication standards and research and development, does not rely on mobile operator base stations, for outdoor wireless network long-distance transmission and P2P wireless bridge. The product uses 0FDM key technology, supports a variety of bandwidth allocation, flat system architecture design, is based on software radio technology (SDR) and developed a set of long-distance wireless data transmission products.

HW9066 CNC integrated wireless transmission module supports the maximum transmission rate of 30Mbps, the maximum theoretical transmission distance of 150km, covering the frequency band between 700M2 and 6G, and can also achieve five different bandwidths of 1.4M, 3M, 5M, 10M, 20M, a variety of bit rates, dynamic adjustable, Especially suitable for security monitoring, smart city, robot, special communication, intelligent manufacturing, intelligent agriculture, disaster reduction, unmanned ship and other intelligent.

product details

Work Mode Setting

The integrated wireless transmission module works in the "point-to-point" or "point-to-multipoint" network structure mode, in which the central point can be called the central node (or receive), and the peripheral access point can be called the access node (or transmit).

The CNC integrated wireless transmission module must first determine its working mode, take the access node (launch) configuration as an example, click the "master/slave setting" option, select the access point and click the "OK" button The device operates within a certain operating frequency range (see "3.1 Band Setting Management"), and in the set frequency range, data is modulated and transmitted with a certain carrier bandwidth (see "3.2 bandwidth Setting Management").

If the FH configuration management function is enabled, if there is frequency interference when the operating frequency range is more than twice the carrier bandwidth, it will automatically adopt the working mode of "FH" to avoid the interfered channel. For example, the working frequency range is 800M band (806.0MHz~825.9MHz), the working center frequency is 815MHz, and the carrier bandwidth is 5M(i.e. 812.5MHz~817.5MHz). If the same frequency interference occurs in this frequency range, if the FH configuration management function is enabled, The system will automatically perform frequency hopping at the center frequency within the operating frequency range until interference is avoided.