Abstract: Disclosed are a cable connector and a connector assembly. The cable connector includes a first insulator, wherein the lower side of the first insulator is provided with a first plane and a second plane, an accommodating groove is formed in the first insulator, the first plane is provided with a first groove opening communicating with the accommodating groove, the second plane is provided with at least one second groove opening communicating with the accommodating groove, and one side face of the insulator is provided with a cable outlet communicating with the accommodating groove; a printed circuit board, arranged in the accommodating groove, wherein a lower end of the printed circuit board is provided with a first plugboard portion and at least one second plugboard portion, and the first plugboard portion and the second plugboard portion are both provided with electrical connection portions.

Abstract: Disclosed are a cable connector and a connector assembly. The cable connector includes a first insulator. A first electrical connection portion, a second electrical connection portion and a third electrical connection portion are sequentially arranged in the first insulator in a length direction thereof. The first electrical connection portion, the second electrical connection portion and the third electrical connection portion are connected to a first cable, a second cable and a third cable, respectively. One of the first electrical connection portion, the second electrical connection portion and the third electrical connection portion is a power supply connection portion, and at least one of the first electrical connection portion, the second electrical connection portion and the third electrical connection portion is a signal connection portion. The bottom of the first insulator is provided with a plugging portion and a first positioning portion extending downwards.

Abstract: Disclosed are a cable connector and a connector assembly. The cable connector includes a first insulator, wherein a first electrical connection portion, a second electrical connection portion and a third electrical connection portion are sequentially arranged in the first insulator in a length direction thereof. The first electrical connection portion, the second electrical connection portion and the third electrical connection portion are connected to a first cable, a second cable and a third cable, respectively. One of the first electrical connection portion, the second electrical connection portion and the third electrical connection portion is a power supply electrical connection portion, and at least one of the first electrical connection portion, the second electrical connection portion and the third electrical connection portion is a signal connection portion.

Abstract: This disclosure provides an electrical interface module including a signal processor, a switch, and a connection component, wherein the signal processor includes a first interface, a second interface, and a third interface; the first interface and the second interface of the signal processor are connected with the connection component through the switch, and configured to output differential signals; the third interface of the signal processor is connected with the switch, and configured to output an enable signal; and the switch is configured to be controlled by the enable signal to be closed so that the differential signals are output through the connection component.

Abstract: This disclosure discloses an optical module and a method for controlling optical module. The optical module includes a controller and a port, wherein the controller is configured to receive a state signal from an optical chip, the state signal is a continuous signal, and output a non-continuous signal to a port pin of the port according to the state signal; the port pin is configured to output the non-continuous signal, and receive a non-continuous response signal in an interval period of the non-continuous signal; and the controller further also configured to receive the response signal from the port pin, and control a power supply to supply power according to the response signal.

Abstract: This disclosure discloses an optical module and a method for controlling optical module. The optical module includes a controller and a port, wherein the controller is configured to receive a state signal from an optical chip, the state signal is a continuous signal, and output a non-continuous signal to a port pin of the port according to the state signal; the port pin is configured to output the non-continuous signal, and receive a non-continuous response signal in an interval period of the non-continuous signal; and the controller further also configured to receive the response signal from the port pin, and control a power supply to supply power according to the response signal.

Abstract: This disclosure provides an electrical interface module including a signal processor, a switch, and a connection component, wherein the signal processor includes a first interface, a second interface, and a third interface; the first interface and the second interface of the signal processor are connected with the connection component through the switch, and configured to output differential signals; the third interface of the signal processor is connected with the switch, and configured to output an enable signal; and the switch is configured to be controlled by the enable signal to be closed so that the differential signals are output through the connection component.