1301380132

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With the rapid development of science and technology, the application of 1301380132 has gradually become a focus in various fields. So what is 1301380132? How does it work in different application fields? In this article, we will explain its application field and the working principle of 1301380132.

What is 1301380132?

1301380132 is a type of fiber optic transceiver, which is mainly used in the network or communication optical fiber transmission. It has both optical and electrical signals, and is widely used in network or communication transmission. Compared with other common transceivers, 1301380132 has the advantages of high transmission rate, strong anti-interference ability, and other high requirements of optical transmission. Generally, the maximum transmission rate can reach 10Gbps, and the transmission distance is up to 120 km.

Application Fields of 1301380132

Because of its advantages, 1301380132 transceiver is widely used in various application fields. The main application fields are as follows:

• Data center application: 1301380132 transceivers are usually used in the data center\'s data transmission and communication, which can support 10Gbps data rate and offer features such as low latency, jumbo frames, etc.
• Telecommunication: 1301380132 transceivers are usually used in long-distance telecom network transmission, such as FTTC, FTTB, LAN networks, etc., which can effectively reduce the interconnection costs
• Video Surveillance: 1301380132 transceivers can also be used in video surveillance, which can ensure stable video signal transmission between the cameras and the monitoring center

Working Principle of 1301380132

1301380132 transceiver works on the basis of optical fiber transmission. On one hand, the 1301380132 transceiver will convert electrical signal into optical signal, and then transmit the optical signal through optical fiber. On the other hand, the 1301380132 transceiver will convert optical signal into electrical signal, and then transmit the electrical signal to the network.

The 1301380132 transceiver mainly includes four parts: light-emitting side; light receiving side; optical circulation module; and digital light power detector. The light-emitting side and the light receiving side mainly provide the separation of the transmitting optical signal and the receiving optical signal. And the optical circulation module can provide bidirectional transmission of optical signal. The digital light power detector can detect the light power of the optical signal, so as to detect if the transmission connection is normal.

Furthermore, the 1301380132 transceiver can also implement parallel transmission. That is, in a single communication loop, more than one or two 1301380132 transceivers can be connected, which can greatly improve the transmission speed and realize real-time communication.

Conclusion

1301380132 is an advanced type of fiber optic transceiver, which is mainly used in the network or communication optical fiber transmission. It has the advantages of high transmission rate, strong anti-interference ability, and other high requirements of optical transmission. It can be applied in various fields, such as the data center, telecommunication, video surveillance, etc. Its working principle is based on the optical fiber transmission, which includes four parts: light-emitting side, light receiving side, optical circulation module, and digital light power detector.

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