Abstract: This application relates to a connector, including a plurality of transmission lines and at least one shielding sheet. The plurality of transmission lines are arranged at an interval in a first direction. An extension direction of each transmission line intersects with the first direction. The plurality of transmission lines include at least one ground pin. The shielding sheet is electrically conductive, and includes a main body part, at least one first support foot, and at least one second support foot. The main body part extends along the first direction, and spans the plurality of transmission lines from one side of the transmission lines to the other side of the transmission lines. The first support foot and the second support foot are respectively disposed on two sides of the main body part. The first support foot and the second support foot are separately connected to the ground pin fixedly.

Abstract: A radio frequency transceiver includes a container. The container includes a circuit board and the connection assembly. A baseband circuit is disposed on the circuit board. The baseband circuit is configured to synthesize the first baseband signal, and decode the second baseband signal. The connection assembly includes a board-end connector, a cable, and at least one optical module interface. The board-end connector is configured to connect to the baseband circuit. A first end of the cable is configured to connect to the at least one optical module interface, and a second end of the cable is configured to connect to the board-end connector. Each optical module interface of the at least one optical module interface is configured to connect to an external optical module. According to the solutions provided by this radio frequency transceiver, a circuit layout can be more flexible, hardware costs can be reduced, and space can be saved.

Abstract: A connector includes a connector module and a housing. The connector module includes at least four cable assemblies with a same structure and a housing fastener. The housing includes a first mounting opening, and the housing fastener includes a second mounting opening. One end of each cable assembly of the connector module is inserted into the second mounting opening. The housing fastener of the connector module is inserted into the first mounting opening. The at least four cable assemblies with the same structure are disposed in the connector module. Each component of the cable assembly uses a mold, and different cable assemblies may share the mold.

Abstract: A radio frequency transceiver includes a container. The container includes a circuit board and the connection assembly. A baseband circuit is disposed on the circuit board. The baseband circuit is configured to synthesize the first baseband signal, and decode the second baseband signal. The connection assembly includes a board-end connector, a cable, and at least one optical module interface. The board-end connector is configured to connect to the baseband circuit. A first end of the cable is configured to connect to the at least one optical module interface, and a second end of the cable is configured to connect to the board-end connector. Each optical module interface of the at least one optical module interface is configured to connect to an external optical module. According to the solutions provided by this radio frequency transceiver, a circuit layout can be more flexible, hardware costs can be reduced, and space can be saved.

Abstract: This application relates to a connector, including a plurality of transmission lines and at least one shielding sheet. The plurality of transmission lines are arranged at an interval in a first direction. An extension direction of each transmission line intersects with the first direction. The plurality of transmission lines include at least one ground pin. The shielding sheet is electrically conductive, and includes a main body part, at least one first support foot, and at least one second support foot. The main body part extends along the first direction, and spans the plurality of transmission lines from one side of the transmission lines to the other side of the transmission lines. The first support foot and the second support foot are respectively disposed on two sides of the main body part. The first support foot and the second support foot are separately connected to the ground pin fixedly.