How Do I Choose the Best Fiber-Optic Ethernet Converter?
The Ethernet optical transceiver is a two-way transparent converter that provides Ethernet data signals to optical fiber data signals. It can transmit Ethernet signals through optical fiber lines to break the limit of transmission distance of 100 meters, which greatly extends the Ethernet network coverage. . Optical fiber data communication has the characteristics of long communication distance, large communication data capacity, and not easy to be interfered. It has been widely used. Optical fiber has penetrated into all levels of various industries, but because the original network system is based on cable communication, optical fiber transceiver The emergence of the device ensures that electrical signals and optical fiber signals can be smoothly converted to each other. It is suitable for telecommunication, radio and television, broadband networks and other Ethernet networks that require high speed, high data traffic, high performance, and high reliability.
Ethernet Fiber Transceiver
- Chinese name
- Ethernet Fiber Transceiver
- Interface characteristics
- Ethernet port complies with TCP / IP protocol
- Transmission medium
- Category 5 shielded twisted pair (network port)
- Transmission rate
- 10 / 100M
- The Ethernet optical transceiver is a two-way transparent converter that provides Ethernet data signals to optical fiber data signals. It can transmit Ethernet signals through optical fiber lines to break the limit of transmission distance of 100 meters, which greatly extends the Ethernet network coverage. . Optical fiber data communication has the characteristics of long communication distance, large communication data capacity, and not easy to be interfered. It has been widely used. Optical fiber has penetrated into all levels of various industries, but because the original network system is based on cable communication, optical fiber transceiver The emergence of the device ensures that electrical signals and optical fiber signals can be smoothly converted to each other. It is suitable for telecommunication, radio and television, broadband networks and other Ethernet networks that require high speed, high data traffic, high performance, and high reliability.
- 1. With 10 / 100M network interface self-adaptation, the network interface automatically detects the straight line / cross line connection mode and automatically adapts.
- 2. Support multiple working modes: pass-through mode, store-and-forward mode, transceiver mode, use dial
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- With the development of optical fiber technology and the preliminary formation of the skeleton-type full-scale deployment of optical fiber networks, optical fiber has become the most reliable and optimal communication method for various data communications. People have begun to network the original industrial data communication equipment through optical fibers. There are many types of industrial data interfaces, such as RS232 serial port, RS485 serial port, RS422 serial port, Ethernet interface, USB interface, CAN bus interface, etc. With the continuous development of industrial data communication, various interfaces are increasingly required to be unified with Fibre Channel. For docking, the Ethernet optical transceiver breaks the 100-meter limitation of the Ethernet cable in data transmission. Relying on high-performance switching chips and large-capacity buffers, while truly achieving non-blocking transmission and switching performance, it also provides balanced traffic. , Isolate conflicts and detect errors and other functions to ensure high security and stability during data transmission. Therefore, for a long time, the optical fiber transceiver products will still be an indispensable part of the actual network construction. It is believed that the future optical fiber transceivers will continue to develop in the direction of high intelligence, high stability, network management, and low cost.
- Telecom networking communications, power communications, mine monitoring, intelligent transportation, automation systems, etc.