Photoelectric-separated intelligent optical fiber connector

Abstract

The invention relates to a photoelectric-separated intelligent optical fiber connector which comprises a optical fiber connector plug, an electric connector plug, an electric connector elastic contact needle, a light emitting indicator and a contact type electronic tag storage chip. The optical fiber connector plug is used for being inserted into the optical fiber connector. The electric connector plug is used for being inserted in a slot of an electric connector socket while the optical fiber connector plug is inserted into the optical fiber connector. The electric connector elastic contact needle used for maintaining good contact with gold finger on the electric connector plug, and the other end of the electric connector elastic contact needle extends out of the electric connector socket to be conveniently connected with an intelligent optical distribution device circuit. The light emitting indicator is mounted on one side of the slot. Corresponding pins of the contact type electronic tag storage chip are used for being electrically connected to corresponding electric contacts of the gold finger. The optical fiber connector plug and the electric connector plug are fixedly integrated through a plug connecting fixing body.

Description

Technical field [0001] The invention relates to the technical field of optical communication intelligent wiring, in particular to a photoelectrically separated intelligent optical fiber movable connector. Background technique [0002] With the development of technology, xDSL has been unable to meet users' broadband access requirements. The rapid maturity of FTTH and cost reduction have brought a new round of broadband communication construction climax, and the global ODN (Optical Distribution Network) ushered in explosive growth. Since FTTH mainly uses PON (passive optical network) technology, it splits an OLT (optical line terminal) to dozens or hundreds of ONUs (optical network units), which makes the user end of the ODN network produce a large number of optical fibers The wiring needs to be scheduled for maintenance and management. For this kind of point-to-multipoint (P2MP) line, if we continue to use character labels that can only be manually identified for fiber wiring man...

AI Technical Summary

Problems solved by technology

Although RFID technology can obtain the advantage of no wiring at the connection port, since the RFID card reader always works in a resonant analog working state, this causes problems such as high power consumption of the circuit, and the performance is easily affected by the environment and fluctuates. The unavoidable coil makes it difficult to reduce the size and cost, so the contact electronic tag technology is still popular for its unique performance

[0003] Since smart ODN is still in the early stage of technological development, and FTTH construction is highly sensitive to cost, smart ODN equipment using contact electronic label technology must be connected and adapted to optoelectronics. There are very few companies, so the design and processing of contact photoelectric connectors and the high cost have become a major obstacle to the development of smart ODN. In addition, there are many types of optical fiber active connectors, and redesigning various types of photoelectric integrated contacts Type intelligent optical fiber active connector will not only increase R&D costs, but also dilute the overall demand for each device, which is not conducive to cost reduction, and the optoelectronic integrated design will also cause the need for overall replacement due to a connector failure, which also makes It is difficult to implement the intelligent transformation of the existing network wiring equipment

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