Receptacle
An optical transceiver Receptacle is a connector used to install an optical module. It usually consists of a metal housing and internal connectors that can provide optical and electrical interfaces. The socket is designed to ensure a reliable connection between the optical module and the device, and to provide high-speed, high-performance data transmission.
Optical transceiver sockets are commonly used in fiber optic communications equipment, data centers, and computer networks. It allows the optical module to be inserted and removed for easy replacement and maintenance. The socket internal connector design can meet the needs of different types of optical modules, such as SFP, QSFP, CFP and so on.
The core function of the optical transceiver socket is to provide a reliable optical connection to ensure the transmission quality of the signal. It can provide low insertion loss and high return loss, so as to ensure the efficiency and stability of signal transmission. In addition, the socket can also provide an electrical interface, so that electrical signals can be transmitted and exchanged between the optical module and the device.
In short, the optical transceiver socket is an important optical connector, which plays a crucial role in optical communication and data transmission. By providing reliable optical and electrical interfaces, it enables high-speed, high-performance data transmission to meet the needs of different application areas.
Key words: lens fiber collimator port device
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Product Description
An optical transceiver Receptacle is a connector used to install an optical module. It usually consists of a metal housing and internal connectors that can provide optical and electrical interfaces. The socket is designed to ensure a reliable connection between the optical module and the device, and to provide high-speed, high-performance data transmission.
Optical transceiver sockets are commonly used in fiber optic communications equipment, data centers, and computer networks. It allows the optical module to be inserted and removed for easy replacement and maintenance. The socket internal connector design can meet the needs of different types of optical modules, such as SFP, QSFP, CFP and so on.
The core function of the optical transceiver socket is to provide a reliable optical connection to ensure the transmission quality of the signal. It can provide low insertion loss and high return loss, so as to ensure the efficiency and stability of signal transmission. In addition, the socket can also provide an electrical interface, so that electrical signals can be transmitted and exchanged between the optical module and the device.
In short, the optical transceiver socket is an important optical connector, which plays a crucial role in optical communication and data transmission. By providing reliable optical and electrical interfaces, it enables high-speed, high-performance data transmission to meet the needs of different application areas.
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