730MBB

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7.3GHz Microwave Backhaul Bridge (MBB) is a wireless communication technology that has been widely used in many applications such as cellular backhaul, Wi-Fi backhaul, line-of-site (LoS) communication, and Linux-based point-to-point communication networks. It is capable of providing a connection between two end points, located in different physical locations.MBB is based on the principles of microwave transmission. A microwave transmission is composed of an RF signal generated by a transmitter. The signal is then propagating through the atmosphere. MBB then amplifies the signal and sends it over either a line-of-sight or a non-line-of-sight (NLOS) distance. In a line-of-sight (LoS) application, the signal is transmitted directly from one point to the other using an antenna array. For a NLOS application, the signal is transmitted over a longer distance and through obstacles or bends such as hills or structures.MBB is used extensively for communication at mobile cellular network sites. This is due to its ability to provide high speed data transmission over long distances. It can be used in both non-line-of-sight environments and line-of-sight environments. For example, in cellular backhaul applications, MBB can provide a reliable wireless connection between a cell phone tower and a cellular base station or gateway. It can also provide high speed backhaul connections between cellular sites that are too distant to be covered using wired infrastructure.In Wi-Fi backhaul applications, MBB is used to provide high bandwidth connections between access points in the network. MBB is also used for Linux-based point-to-point networks in order to provide high speed wireless communication. This is especially useful in remote areas where wired connections are not readily available.MBB is typically composed of three main components: a transmitter, a receiver, and an antenna system. The transmitter is responsible for sending the RF signals from one point to the other. The receiver is responsible for receiving the RF signals. Finally, the antenna system is responsible for transmitting or receiving the RF signals.The process of microwave backhaul begins with the transmitter sending a signal into the atmosphere. This signal is then amplified and then sent to a receiver. The receiver then amplifies the signal and sends it over either a line-of-sight or a non-line-of-sight distance. In addition to the antenna system, the RF transmitter and the receiver use radio frequency (RF) filters to increase the signal-to-noise ratio of the signal.The application of MBB is not limited to mobile network sites. It can also be used in other communication networks such as Wi-Fi networks, satellite networks, and point-to-point networks. Moreover, MBB can provide high speed data transmission, which makes it ideal for applications that require high data rates.In conclusion, 7.3GHz MBB is a wireless communication technology that is used extensively in many communication networks. It can be used in both line-of-sight and non-line-of-sight applications and provides high speed data transmission over both short and long distances. Furthermore, it can also be used in applications such as cellular backhaul, Wi-Fi backhaul, and Linux-based point-to-point networks, making it a useful and versatile communication technology.

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