C601116007

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C601116007 is a point to point microwave link. It uses a pair of transceivers to transfer data between two geographically separated locations, often across a large distance. The data transfer rate is up to 155Mbps and transmission range up to 100km. It is suitable for traffic load balancing, wireless extension and expansion for existing networks. The product is built with one amplifier and two directional antennas which make it an ideal long-distance data link solution.

C601116007 is widely used in many applications such as surveillance, video conferencing, inter-base signaling, satellite communication and VSAT applications. It has also been used in military and civilian networks to provide high speed secure communications with low latency.

C601116007 operates in two modes; point-to-point and point-to-multipoint. In point-to-point mode, two transceivers establish a direct connection between themselves over a link. In point-to-multipoint mode, the data from one transceiver is transferred to multiple destinations. Each of the destination points is called a node, and they all share the same communication medium. This mode is mainly used for network expansion or distribution applications.

C601116007’s working principle is based on radio frequency propagation. It utilizes the side-lobe characteristics of an antenna to send signals to any location within the range of 100km. The block diagram of the system includes traditional components like antennas, amplifiers, transceivers, modulators and receivers. The output power of the transceivers is regulated by the amplifier to ensure optimal performance.

The transceive acting as transmitter relies on frequency modulation to transmit data. Frequency modulation is a process in which carrier wave is varied by the base-band signal to carry information. It consists of RF generator and the modulator. In this process, the modulating signal is amplitude modulated using the frequency modulation technique. This technique is used by the transceiver at the transmitting end and it gets decoded using the amplitude demodulation technique at the receiving end. The receiver also contains an amplifier and a demodulator to extract the transmitted signal.

C601116007 is a reliable and secure communication system suitable for both commercial and government applications. It is designed to provide low latency communication with very high throughput. It is an ideal solution for long-distance data transmission and applications that require high data rate and wide coverage area.

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