CN107465540A - GPON far-drawing systems, management method and storage medium - Google Patents

GPON far-drawing systems, management method and storage medium Download PDF

Info

Publication number
CN107465540A
CN107465540A CN201710619279.5A CN201710619279A CN107465540A CN 107465540 A CN107465540 A CN 107465540A CN 201710619279 A CN201710619279 A CN 201710619279A CN 107465540 A CN107465540 A CN 107465540A
Authority
CN
China
Prior art keywords
otn
pon
modules
signal
optical signal
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201710619279.5A
Other languages
Chinese (zh)
Other versions
CN107465540B (en
Inventor
黄元波
左越
刘登强
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Fiberhome Telecommunication Technologies Co Ltd
Wuhan Fisilink Microelectronics Technology Co Ltd
Original Assignee
Fiberhome Telecommunication Technologies Co Ltd
Wuhan Fisilink Microelectronics Technology Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Fiberhome Telecommunication Technologies Co Ltd, Wuhan Fisilink Microelectronics Technology Co Ltd filed Critical Fiberhome Telecommunication Technologies Co Ltd
Priority to CN201710619279.5A priority Critical patent/CN107465540B/en
Publication of CN107465540A publication Critical patent/CN107465540A/en
Application granted granted Critical
Publication of CN107465540B publication Critical patent/CN107465540B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/06—Management of faults, events, alarms or notifications
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04B—TRANSMISSION
    • H04B10/00—Transmission systems employing electromagnetic waves other than radio-waves, e.g. infrared, visible or ultraviolet light, or employing corpuscular radiation, e.g. quantum communication
    • H04B10/07—Arrangements for monitoring or testing transmission systems; Arrangements for fault measurement of transmission systems
    • H04B10/075—Arrangements for monitoring or testing transmission systems; Arrangements for fault measurement of transmission systems using an in-service signal
    • H04B10/079—Arrangements for monitoring or testing transmission systems; Arrangements for fault measurement of transmission systems using an in-service signal using measurements of the data signal
    • H04B10/0795—Performance monitoring; Measurement of transmission parameters
    • H04B10/07955—Monitoring or measuring power
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04B—TRANSMISSION
    • H04B10/00—Transmission systems employing electromagnetic waves other than radio-waves, e.g. infrared, visible or ultraviolet light, or employing corpuscular radiation, e.g. quantum communication
    • H04B10/07—Arrangements for monitoring or testing transmission systems; Arrangements for fault measurement of transmission systems
    • H04B10/075—Arrangements for monitoring or testing transmission systems; Arrangements for fault measurement of transmission systems using an in-service signal
    • H04B10/079—Arrangements for monitoring or testing transmission systems; Arrangements for fault measurement of transmission systems using an in-service signal using measurements of the data signal
    • H04B10/0797—Monitoring line amplifier or line repeater equipment
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04B—TRANSMISSION
    • H04B10/00—Transmission systems employing electromagnetic waves other than radio-waves, e.g. infrared, visible or ultraviolet light, or employing corpuscular radiation, e.g. quantum communication
    • H04B10/29—Repeaters
    • H04B10/291—Repeaters in which processing or amplification is carried out without conversion of the main signal from optical form
    • H04B10/293—Signal power control
    • H04B10/2933—Signal power control considering the whole optical path
    • H04B10/2939—Network aspects
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/04—Network management architectures or arrangements
    • H04L41/046—Network management architectures or arrangements comprising network management agents or mobile agents therefor

Landscapes

  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Physics & Mathematics (AREA)
  • Electromagnetism (AREA)
  • Optical Communication System (AREA)
  • Small-Scale Networks (AREA)

Abstract

The invention discloses a kind of GPON far-drawing systems, management method and storage medium, it is related to EPON transmission technique field, the present invention is in local side remote device and distal end remote device, increase PON proxy modules, pass through again parsing of the PON proxy modules to downlink optical signal and uplink optical signal in local side remote device and distal end remote device, obtain the state and warning information of optical link, and warning information is delivered to OLT device or other management interfaces by PLOAM message, improve the maintainability of GPON systems.

Description

GPON拉远系统、管理方法及存储介质GPON remote system, management method and storage medium

技术领域technical field

本发明涉及无源光网络传输技术领域，具体涉及一种GPON拉远系统、管理方法及存储介质。The invention relates to the technical field of passive optical network transmission, in particular to a GPON remote system, a management method and a storage medium.

背景技术Background technique

GPON(Gigabit-Capable PON)技术是基于ITU-TG.984.x标准的最新一代宽带无源光综合接入标准，具有高带宽，高效率，大覆盖范围，用户接口丰富等众多优点，被大多数运营商视为实现接入网业务宽带化，综合化改造的理想技术。基于GPON技术的设备基本结构由局端的OLT(光线路终端)，用户端的ONT/ONU(光网络终端或称作光网络单元)，单模光纤(SM fiber)和无源分光器(Splitter)组成的ODN(光分配网络)以及网管系统组成。目前GPON标准定义支持最大逻辑距离为：60km，支持最大物理距离为：20km，支持最大距离差为：20km，分光比一般为1:64。GPON (Gigabit-Capable PON) technology is the latest generation broadband passive optical integrated access standard based on the ITU-TG.984.x standard. It has many advantages such as high bandwidth, high efficiency, large coverage, and rich user interfaces. Most operators regard it as an ideal technology to achieve broadband and comprehensive transformation of access network services. The basic structure of equipment based on GPON technology consists of OLT (Optical Line Terminal) at the central office, ONT/ONU (Optical Network Terminal or Optical Network Unit) at the user end, single-mode fiber (SM fiber) and passive optical splitter (Splitter) ODN (Optical Distribution Network) and network management system. The current GPON standard definition supports a maximum logical distance of 60km, a maximum physical distance of 20km, a maximum distance difference of 20km, and a splitting ratio of generally 1:64.

在FTTH建设过程中发现，光纤资源是制约FTTH建设的一大关键因素，现有光纤资源有限，光缆资源非常紧缺。同时由于分光衰耗的原因，1:64分光时只能覆盖5km范围，部分地区无法实现业务的覆盖。为了解决此类FTTH光缆资源紧缺和覆盖距离的问题，一般会使用PON光纤聚合拉远设备。In the process of FTTH construction, it is found that optical fiber resources are a key factor restricting FTTH construction. Existing optical fiber resources are limited, and optical cable resources are very scarce. At the same time, due to the attenuation of the light split, the 1:64 light split can only cover a range of 5km, and some areas cannot achieve service coverage. In order to solve the shortage of such FTTH optical cable resources and the coverage distance, PON optical fiber aggregation and remote equipment are generally used.

工作原理如下：在拉远设备中实现4/8路OLT侧GPON业务聚合拉远，OLT侧4/8路GPON接口与局端设备4/8路GPON接口相连，实现OLT侧PON信号的OTU信号转换；远端设备4/8路PON接口与分光器连接，实现局端4/8路GPON信号到远端OTU信号的转换。所有PON接口均相互独立，互不干扰。GPON到OTN的复用过程如下图所示：The working principle is as follows: In the remote equipment, the 4/8 GPON services on the OLT side are aggregated and pulled remotely, and the 4/8 GPON interfaces on the OLT side are connected to the 4/8 GPON interfaces of the central office equipment to realize the OTU signal of the PON signal on the OLT side Conversion; the 4/8-way PON interface of the remote device is connected to the optical splitter to realize the conversion of the 4/8-way GPON signal at the local end to the remote OTU signal. All PON interfaces are independent of each other and do not interfere with each other. The multiplexing process from GPON to OTN is shown in the following figure:

在目前的基于OTN的PON拉远设备中，PON信号被透明传输，在局端拉远设备和远端拉远设备的PON接口中都存在光信号的3R(Re-amplifying,Re-shaping,Re-timing)功能，所以当在整个链路的任何节点出现了光节点故障。OLT设备无法进行有效判断并上报，整个系统的可维护性降低。In the current OTN-based PON remote equipment, PON signals are transparently transmitted, and there are 3R (Re-amplifying, Re-shaping, Re -timing) function, so when any node in the entire link has an optical node failure. The OLT equipment cannot effectively judge and report, and the maintainability of the entire system is reduced.

发明内容Contents of the invention

针对现有技术中存在的缺陷，本发明的目的在于提供一种GPON拉远系统、管理方法及存储介质，提高GPON系统的可维护性。In view of the defects existing in the prior art, the object of the present invention is to provide a GPON remote system, a management method and a storage medium, so as to improve the maintainability of the GPON system.

为达到以上目的，本发明采取的技术方案是：一种GPON拉远系统，包括：所述GPON拉远系统包括局端拉远设备和远端拉远设备，其中：In order to achieve the above purpose, the technical solution adopted by the present invention is: a GPON remote system, including: the GPON remote system includes a central office remote device and a remote remote device, wherein:

所述局端拉远设备包括OLT光收发模块、接收数据再生模块、OTN映射模块、OTN光收发模块、OTN解映射模块和局端PON代理模块，其中：The central office remote equipment includes an OLT optical transceiver module, a received data regeneration module, an OTN mapping module, an OTN optical transceiver module, an OTN demapping module, and a central office PON agent module, wherein:

所述OLT光收发模块用于接收OLT装置发送的下行光信号并发送给所述接收数据再生模块；还用于将局端PON代理模块发送的上行光信号和告警信息发送至OLT设备；The OLT optical transceiver module is used to receive the downlink optical signal sent by the OLT device and send it to the received data regeneration module; it is also used to send the uplink optical signal and alarm information sent by the central office PON agent module to the OLT device;

所述接收数据再生模块用于接收OLT光收发模块发送的下行光信号并将下行光信号发送给所述OTN映射模块及所述PON代理模块；The receiving data regeneration module is used to receive the downlink optical signal sent by the OLT optical transceiver module and send the downlink optical signal to the OTN mapping module and the PON proxy module;

所述OTN映射模块用于将接收再生器发送的下行光信号映射至OTN光收发模块；还用于在下行光信号不正常时发送OTN映射告警至所述PON代理模块；The OTN mapping module is used to map the downlink optical signal sent by the receiving regenerator to the OTN optical transceiver module; it is also used to send an OTN mapping alarm to the PON agent module when the downlink optical signal is abnormal;

所述OTN光收发模块用于与所述远端拉远设备通讯；The OTN optical transceiver module is used to communicate with the remote remote device;

所述OTN解映射模块用于将OTN光收发模块的上行光信号解映射至PON代理模块；还用于在上行光信号不正常时发送OTN解映射告警至所述PON代理模块；The OTN demapping module is used to demap the uplink optical signal of the OTN optical transceiver module to the PON agent module; it is also used to send an OTN demapping alarm to the PON agent module when the uplink optical signal is abnormal;

所述PON代理模块用于解析接收再生器发送的下行光信号并从下行光信号中获取光链路状态信息，根据光链路状态信息设置分时段发送中继上行光信号；监测到OTN映射告警或OTN解映射告警时，向所述OLT光收发模块发出控制信息以关闭所述OLT光收发模块的光收发功能；以PLOAM消息形式向所述局端拉远设备上报告警信息；The PON proxy module is used to analyze and receive the downlink optical signal sent by the regenerator and obtain the optical link status information from the downlink optical signal, and set the time interval according to the optical link status information to send the relay uplink optical signal; monitor the OTN mapping alarm Or when OTN demapping alarms, send control information to the OLT optical transceiver module to close the optical transceiver function of the OLT optical transceiver module; report alarm information to the remote device at the central office in the form of a PLOAM message;

所述远端拉远设备包括ONU光收发模块、发送数据再生模块、OTN映射模块、OTN光收发模块、OTN解映射模块和局端PON代理模块，其中：The remote remote device includes an ONU optical transceiver module, a transmitted data regeneration module, an OTN mapping module, an OTN optical transceiver module, an OTN demapping module and a central office PON agent module, wherein:

所述ONU光收发模块用于接收ONU装置发送的上行光信号并将上行光信号发送至远端PON代理模块；还用于将所述发送数据再生模块发送的下行光信号发送至ONU设备；The ONU optical transceiver module is used to receive the upstream optical signal sent by the ONU device and send the upstream optical signal to the remote PON proxy module; it is also used to send the downstream optical signal sent by the transmitted data regeneration module to the ONU device;

所述OTN映射模块用于将远端PON代理模块发送的上行光信号映射至OTN光收发模块；还用于在上行光信号不正常时发送OTN映射告警至所述PON代理模块；The OTN mapping module is used to map the uplink optical signal sent by the remote PON agent module to the OTN optical transceiver module; it is also used to send an OTN mapping alarm to the PON agent module when the uplink optical signal is abnormal;

所述OTN光收发模块用于与所述局端拉远设备通讯；The OTN optical transceiver module is used to communicate with the remote equipment at the central office;

所述OTN解映射模块用于将OTN光收发模块发送的下行光信号解映射至发送数据再生模块及所述远端PON代理模块；还用于在下行光信号不正常时发送OTN解映射告警至所述PON代理模块；The OTN demapping module is used to demap the downlink optical signal sent by the OTN optical transceiver module to the sending data regeneration module and the remote PON proxy module; it is also used to send an OTN demapping alarm to the The PON proxy module;

所述发送数据再生模块用于接收OTN解映射模块发送的下行光信号并将下行光信号发送给所述ONU光收发模块；The sending data regeneration module is used to receive the downlink optical signal sent by the OTN demapping module and send the downlink optical signal to the ONU optical transceiver module;

所述远端PON代理模块用于解析OTN解映射模块发送的下行光信号并从下行光信号中获取光链路状态信息，根据光链路状态信息设置分时段发送中继上行光信号；监测到OTN映射告警或OTN解映射告警时，向所述ONU光收发模块发出控制信息以关闭所述ONU光收发模块的光收发功能；以PLOAM消息形式向所述局端拉远设备上报告警信息。The remote PON agent module is used to analyze the downlink optical signal sent by the OTN demapping module and obtain the optical link status information from the downlink optical signal, and set the time-based relay uplink optical signal according to the optical link status information; When an OTN mapping alarm or an OTN demapping alarm occurs, send control information to the ONU optical transceiver module to close the optical transceiver function of the ONU optical transceiver module; report alarm information to the central office remote device in the form of a PLOAM message.

在上述技术方案的基础上，所述局端PON代理模块包括GTC下行解复用单元，PLOAM信息处理单元，BW带宽信息处理单元，GTC上行复用单元，OTN净荷处理单元和发送中继单元：On the basis of the above technical solution, the central office PON proxy module includes a GTC downlink demultiplexing unit, a PLOAM information processing unit, a BW bandwidth information processing unit, a GTC uplink multiplexing unit, an OTN payload processing unit and a sending relay unit :

GTC下行解复用单元用于解析接收再生器发送的下行光信号并从下行光信号中提取出OLT设备下发给ONU的所有带宽分配信息和下行帧定位信号以及下行PLOAM信息，将带宽分配信息和下行帧定位信号发送至BW带宽信息处理模块，将下行PLOAM信息发送至PLOAM信息处理模块；The GTC downlink demultiplexing unit is used to analyze the downlink optical signal sent by the receiving regenerator and extract all the bandwidth allocation information, downlink frame alignment signal and downlink PLOAM information sent by the OLT device to the ONU from the downlink optical signal, and convert the bandwidth allocation information Send the downlink frame alignment signal to the BW bandwidth information processing module, and send the downlink PLOAM information to the PLOAM information processing module;

PLOAM信息处理单元用于解析下行PLOAM消息，同时产生局端PON代理的PLOAM消息并发送至GTC上行复用单元；同时监测OTN映射告警信号和OTN解映射告警信号，当发现OTN映射告警信号或OTN解映射告警信号，则输出OTN告警信号，指示OTN层失效；The PLOAM information processing unit is used to analyze the downlink PLOAM message, and at the same time generate the PLOAM message of the central office PON agent and send it to the GTC uplink multiplexing unit; at the same time monitor the OTN mapping alarm signal and the OTN demapping alarm signal, when the OTN mapping alarm signal or OTN Demapping the alarm signal, then output the OTN alarm signal, indicating that the OTN layer fails;

BW带宽信息处理单元用于解析GTC下行解复用单元发送的带宽分配信息和下行帧定位信号；解析PLOAM信息处理单元发送的OTN告警信号，若OTN告警信号有效，输出控制信息至OLT光收发模块，所述控制信息为不使能LASER_CONTROL信号，以关闭OLT光收发模块的光发送功能；若OTN告警信号无效，根据解析出的带宽分配信息和下行帧定位信号在对应的时间输出控制信息至OLT光收发模块，所述控制信息为使能LASER_CONTROL信号；识别当前时间窗口是ONU设备开窗时间还是局端PON代理模块的发送时间窗，若为ONU设备开窗时间，送出OTN使能信号至OTN净荷处理单元，若为局端PON代理模块的发送时间窗，送出代理使能信号至GTC上行复用单元；The BW bandwidth information processing unit is used to analyze the bandwidth allocation information and downlink frame positioning signal sent by the GTC downlink demultiplexing unit; analyze the OTN alarm signal sent by the PLOAM information processing unit, and output control information to the OLT optical transceiver module if the OTN alarm signal is valid , the control information is to disable the LASER_CONTROL signal to close the optical transmission function of the OLT optical transceiver module; if the OTN alarm signal is invalid, output the control information to the OLT at the corresponding time according to the resolved bandwidth allocation information and the downlink frame positioning signal Optical transceiver module, the control information is to enable the LASER_CONTROL signal; identify whether the current time window is the window opening time of the ONU device or the sending time window of the local PON agent module, if it is the window opening time of the ONU device, send the OTN enabling signal to the OTN The payload processing unit, if it is the sending time window of the central office PON proxy module, sends the proxy enabling signal to the GTC uplink multiplexing unit;

GTC上行复用单元用于接收BW带宽信息处理单元发送的代理使能信号，在代理使能信号指示的时间内对输入的局端PON代理的PLOAM消息进行成帧和加扰处理，输出局端PON代理信号至发送中继单元；The GTC uplink multiplexing unit is used to receive the proxy enable signal sent by the BW bandwidth information processing unit, and perform framing and scrambling processing on the input PLOAM message of the central office PON proxy within the time indicated by the proxy enabling signal, and output the central office PON agent signal to send relay unit;

OTN净荷处理单元用于接收OTN解映射模块输入的上行光信号，在OTN使能信号指示的时间内输出中继上行光信号至发送中继单元；The OTN payload processing unit is used to receive the uplink optical signal input by the OTN demapping module, and output the relay uplink optical signal to the sending relay unit within the time indicated by the OTN enable signal;

发送中继单元用于分别将中继上行光信号和局端PON代理信号转换为高速串行码流送出至OLT设备。The sending relay unit is used to convert the relay uplink optical signal and the central office PON proxy signal into high-speed serial code streams and send them to the OLT equipment.

在上述技术方案的基础上，所述远端PON代理模块包括GTC下行解复用单元，PLOAM信息处理单元，BW带宽信息处理单元，GTC上行复用单元，OTN净荷处理单元和发送中继单元：On the basis of the above technical solution, the remote PON proxy module includes a GTC downlink demultiplexing unit, a PLOAM information processing unit, a BW bandwidth information processing unit, a GTC uplink multiplexing unit, an OTN payload processing unit and a sending relay unit :

GTC下行解复用单元用于解析OTN解映射模块发送的下行光信号并从下行光信号中提取出OLT设备下发给ONU的所有带宽分配信息和下行帧定位信号以及下行PLOAM信息，将带宽分配信息和下行帧定位信号发送至BW带宽信息处理模块，将下行PLOAM信息发送至PLOAM信息处理模块；The GTC downlink demultiplexing unit is used to analyze the downlink optical signal sent by the OTN demapping module and extract all the bandwidth allocation information, downlink frame alignment signal and downlink PLOAM information sent by the OLT device to the ONU from the downlink optical signal, and allocate the bandwidth The information and the downlink frame positioning signal are sent to the BW bandwidth information processing module, and the downlink PLOAM information is sent to the PLOAM information processing module;

PLOAM信息处理单元用于解析下行PLOAM消息，同时产生远端PON代理的PLOAM消息并发送至GTC上行复用单元；同时监测OTN映射告警信号和OTN解映射告警信号，当发现OTN映射告警信号或OTN解映射告警信号，则输出OTN告警信号，指示OTN层失效；The PLOAM information processing unit is used to analyze the downlink PLOAM message, and at the same time generate the PLOAM message of the remote PON agent and send it to the GTC uplink multiplexing unit; at the same time monitor the OTN mapping alarm signal and the OTN demapping alarm signal, when the OTN mapping alarm signal or OTN is found Demapping the alarm signal, then output the OTN alarm signal, indicating that the OTN layer fails;

BW带宽信息处理单元用于解析GTC下行解复用单元发送的带宽分配信息和下行帧定位信号；解析PLOAM信息处理单元发送的OTN告警信号，若OTN告警信号有效，输出控制信息至ONU光收发模块，所述控制信息为不使能LASER_CONTROL信号，以关闭ONU光收发模块的光发送功能；若OTN告警信号无效，根据解析出的带宽分配信息和下行帧定位信号在对应的时间输出控制信息至ONU光收发模块，所述控制信息为使能LASER_CONTROL信号；识别当前时间窗口是ONU设备开窗时间还是远端PON代理模块的发送时间窗，若为ONU设备开窗时间，送出OTN使能信号至接收中继单元，若为远端PON代理模块的发送时间窗，送出代理使能信号至GTC上行复用单元；The BW bandwidth information processing unit is used to analyze the bandwidth allocation information and downlink frame positioning signal sent by the GTC downlink demultiplexing unit; analyze the OTN alarm signal sent by the PLOAM information processing unit, and output the control information to the ONU optical transceiver module if the OTN alarm signal is valid , the control information is to disable the LASER_CONTROL signal to close the optical transmission function of the ONU optical transceiver module; if the OTN alarm signal is invalid, output the control information to the ONU at the corresponding time according to the resolved bandwidth allocation information and the downlink frame positioning signal Optical transceiver module, the control information is to enable the LASER_CONTROL signal; identify whether the current time window is the windowing time of the ONU device or the sending time window of the remote PON agent module, if it is the windowing time of the ONU device, send the OTN enabling signal to the receiver The relay unit, if it is the sending time window of the remote PON proxy module, sends the proxy enabling signal to the GTC uplink multiplexing unit;

GTC上行复用单元用于接收BW带宽信息处理单元发送的代理使能信号，在代理使能信号指示的时间内对输入的远端PON代理的PLOAM消息进行成帧和加扰处理，输出远端PON代理信号至OTN净荷处理单元；The GTC uplink multiplexing unit is used to receive the proxy enabling signal sent by the BW bandwidth information processing unit, frame and scramble the input PLOAM message of the remote PON proxy within the time indicated by the proxy enabling signal, and output the remote PON proxy signal to OTN payload processing unit;

接收中继单元用于在OTN使能信号指示的时间内接收ONU光收发模块发送的上行光信号并输出中继上行光信号至OTN净荷处理单元；The receiving relay unit is used to receive the uplink optical signal sent by the ONU optical transceiver module within the time indicated by the OTN enabling signal and output the relay uplink optical signal to the OTN payload processing unit;

OTN净荷处理单元用于分别将中继上行光信号和局端PON代理信号送出至局端拉远设备。The OTN payload processing unit is used to respectively send the relay uplink optical signal and the central office PON proxy signal to the remote equipment at the central office.

本发明还公开了一种采用GPON拉远系统的管理方法，所述局端拉远设备的管理方法为：The present invention also discloses a management method using a GPON remote system, and the management method of the local remote device is as follows:

下行方向：Down direction:

所述OLT光收发模块接收OLT装置发送的下行光信号并发送给所述接收数据再生模块；所述接收数据再生模块接收OLT光收发模块发送的下行光信号并将下行光信号发送给所述OTN映射模块及所述PON代理模块；The OLT optical transceiver module receives the downlink optical signal sent by the OLT device and sends it to the received data regeneration module; the received data regeneration module receives the downlink optical signal sent by the OLT optical transceiver module and sends the downlink optical signal to the OTN a mapping module and the PON proxy module;

所述OTN映射模块将接收再生器发送的下行光信号映射至OTN光收发模块；在下行光信号不正常时发送OTN映射告警至所述PON代理模块；The OTN mapping module maps the downlink optical signal sent by the receiving regenerator to the OTN optical transceiver module; sends an OTN mapping alarm to the PON agent module when the downlink optical signal is abnormal;

所述OTN光收发模块与所述远端拉远设备通讯；The OTN optical transceiver module communicates with the remote remote device;

上行方向：Up direction:

所述OTN光收发模块与所述远端拉远设备通讯；The OTN optical transceiver module communicates with the remote remote device;

所述OTN解映射模块将OTN光收发模块的上行光信号解映射至PON代理模块；在上行光信号不正常时发送OTN解映射告警至所述PON代理模块；The OTN demapping module demaps the uplink optical signal of the OTN optical transceiver module to the PON agent module; when the uplink optical signal is abnormal, an OTN demapping alarm is sent to the PON agent module;

所述PON代理模块解析接收再生器发送的下行光信号并从下行光信号中获取光链路状态信息，根据光链路状态信息设置分时段发送中继上行光信号；监测到OTN映射告警或OTN解映射告警时，向所述OLT光收发模块发出控制信息以关闭所述OLT光收发模块的光收发功能；以PLOAM消息形式向所述局端拉远设备上报告警信息；The PON agent module analyzes and receives the downlink optical signal sent by the regenerator and obtains the optical link status information from the downlink optical signal, and sends the relay uplink optical signal in time intervals according to the optical link status information; monitors OTN mapping alarm or OTN When demapping an alarm, send control information to the OLT optical transceiver module to close the optical transceiver function of the OLT optical transceiver module; report alarm information to the local remote device in the form of a PLOAM message;

所述OLT光收发模块将局端PON代理模块发送的上行光信号和告警信息发送至OLT设备。The OLT optical transceiver module sends the uplink optical signal and alarm information sent by the central office PON proxy module to the OLT device.

在上述技术方案的基础上，所述局端PON代理模块包括GTC下行解复用单元，PLOAM信息处理单元，BW带宽信息处理单元，GTC上行复用单元，OTN净荷处理单元和发送中继单元：On the basis of the above technical solution, the central office PON proxy module includes a GTC downlink demultiplexing unit, a PLOAM information processing unit, a BW bandwidth information processing unit, a GTC uplink multiplexing unit, an OTN payload processing unit and a sending relay unit :

GTC下行解复用单元用于解析接收再生器发送的下行光信号并从下行光信号中提取出OLT设备下发给ONU的所有带宽分配信息和下行帧定位信号以及下行PLOAM信息，将带宽分配信息和下行帧定位信号发送至BW带宽信息处理模块，将下行PLOAM信息发送至PLOAM信息处理模块；The GTC downlink demultiplexing unit is used to analyze the downlink optical signal sent by the receiving regenerator and extract all the bandwidth allocation information, downlink frame alignment signal and downlink PLOAM information sent by the OLT device to the ONU from the downlink optical signal, and convert the bandwidth allocation information Send the downlink frame alignment signal to the BW bandwidth information processing module, and send the downlink PLOAM information to the PLOAM information processing module;

PLOAM信息处理单元用于解析下行PLOAM消息，同时产生局端PON代理的PLOAM消息并发送至GTC上行复用单元；同时监测OTN映射告警信号和OTN解映射告警信号，当发现OTN映射告警信号或OTN解映射告警信号，则输出OTN告警信号，指示OTN层失效；The PLOAM information processing unit is used to analyze the downlink PLOAM message, and at the same time generate the PLOAM message of the central office PON agent and send it to the GTC uplink multiplexing unit; at the same time monitor the OTN mapping alarm signal and the OTN demapping alarm signal, when the OTN mapping alarm signal or OTN Demapping the alarm signal, then output the OTN alarm signal, indicating that the OTN layer fails;

BW带宽信息处理单元用于解析GTC下行解复用单元发送的带宽分配信息和下行帧定位信号；解析PLOAM信息处理单元发送的OTN告警信号，若OTN告警信号有效，输出控制信息至OLT光收发模块，所述控制信息为不使能LASER_CONTROL信号，以关闭OLT光收发模块的光发送功能；若OTN告警信号无效，根据解析出的带宽分配信息和下行帧定位信号在对应的时间输出控制信息至OLT光收发模块，所述控制信息为使能LASER_CONTROL信号；识别当前时间窗口是ONU设备开窗时间还是局端PON代理模块的发送时间窗，若为ONU设备开窗时间，送出OTN使能信号至OTN净荷处理单元，若为局端PON代理模块的发送时间窗，送出代理使能信号至GTC上行复用单元；The BW bandwidth information processing unit is used to analyze the bandwidth allocation information and downlink frame positioning signal sent by the GTC downlink demultiplexing unit; analyze the OTN alarm signal sent by the PLOAM information processing unit, and output control information to the OLT optical transceiver module if the OTN alarm signal is valid , the control information is to disable the LASER_CONTROL signal to close the optical transmission function of the OLT optical transceiver module; if the OTN alarm signal is invalid, output the control information to the OLT at the corresponding time according to the resolved bandwidth allocation information and the downlink frame positioning signal Optical transceiver module, the control information is to enable the LASER_CONTROL signal; identify whether the current time window is the window opening time of the ONU device or the sending time window of the local PON agent module, if it is the window opening time of the ONU device, send the OTN enabling signal to the OTN The payload processing unit, if it is the sending time window of the central office PON proxy module, sends the proxy enabling signal to the GTC uplink multiplexing unit;

GTC上行复用单元用于接收BW带宽信息处理单元发送的代理使能信号，在代理使能信号指示的时间内对输入的局端PON代理的PLOAM消息进行成帧和加扰处理，输出局端PON代理信号至发送中继单元；The GTC uplink multiplexing unit is used to receive the proxy enable signal sent by the BW bandwidth information processing unit, and perform framing and scrambling processing on the input PLOAM message of the central office PON proxy within the time indicated by the proxy enabling signal, and output the central office PON agent signal to send relay unit;

OTN净荷处理单元用于接收OTN解映射模块输入的上行光信号，在OTN使能信号指示的时间内输出中继上行光信号至发送中继单元；The OTN payload processing unit is used to receive the uplink optical signal input by the OTN demapping module, and output the relay uplink optical signal to the sending relay unit within the time indicated by the OTN enable signal;

发送中继单元用于分别将中继上行光信号和局端PON代理信号转换为高速串行码流送出至OLT设备。The sending relay unit is used to convert the relay uplink optical signal and the central office PON proxy signal into high-speed serial code streams and send them to the OLT equipment.

在上述技术方案的基础上，所述远端拉远设备的管理方法为：On the basis of the above technical solution, the management method of the remote remote device is:

下行方向：Down direction:

所述OTN光收发模块用于与所述远端拉远设备通讯；The OTN optical transceiver module is used to communicate with the remote remote device;

所述OTN解映射模块将OTN光收发模块发送的下行光信号解映射至发送数据再生模块及所述远端PON代理模块；还用于在下行光信号不正常时发送OTN解映射告警至所述PON代理模块；The OTN demapping module demaps the downlink optical signal sent by the OTN optical transceiver module to the sending data regeneration module and the remote PON proxy module; it is also used to send an OTN demapping alarm to the PON proxy module;

所述发送数据再生模块用于接收OTN解映射模块发送的下行光信号并将下行光信号发送给所述ONU光收发模块；The sending data regeneration module is used to receive the downlink optical signal sent by the OTN demapping module and send the downlink optical signal to the ONU optical transceiver module;

所述ONU光收发模块将所述发送数据再生模块发送的下行光信号发送至ONU设备；The ONU optical transceiver module sends the downlink optical signal sent by the transmitted data regeneration module to the ONU device;

上行方向：Up direction:

所述ONU光收发模块用于接收ONU装置发送的上行光信号并将上行光信号发送至远端PON代理模块；The ONU optical transceiver module is used to receive the uplink optical signal sent by the ONU device and send the uplink optical signal to the remote PON proxy module;

所述远端PON代理模块用于解析OTN解映射模块发送的下行光信号并从下行光信号中获取光链路状态信息，根据光链路状态信息设置分时段发送中继上行光信号；监测到OTN映射告警或OTN解映射告警时，向所述ONU光收发模块发出控制信息以关闭所述ONU光收发模块的光收发功能；以PLOAM消息形式向所述局端拉远设备上报告警信息；The remote PON agent module is used to analyze the downlink optical signal sent by the OTN demapping module and obtain the optical link status information from the downlink optical signal, and set the time-based relay uplink optical signal according to the optical link status information; When an OTN mapping alarm or an OTN demapping alarm, send control information to the ONU optical transceiver module to close the optical transceiver function of the ONU optical transceiver module; report alarm information to the remote device at the central office in the form of a PLOAM message;

所述OTN映射模块用于将远端PON代理模块发送的上行光信号映射至OTN光收发模块；还用于在上行光信号不正常时发送OTN映射告警至所述PON代理模块；The OTN mapping module is used to map the uplink optical signal sent by the remote PON agent module to the OTN optical transceiver module; it is also used to send an OTN mapping alarm to the PON agent module when the uplink optical signal is abnormal;

所述OTN光收发模块用于与所述局端拉远设备通讯。The OTN optical transceiver module is used to communicate with the central office remote equipment.

在上述技术方案的基础上，所述远端PON代理模块包括GTC下行解复用单元，PLOAM信息处理单元，BW带宽信息处理单元，GTC上行复用单元，OTN净荷处理单元和发送中继单元：On the basis of the above technical solution, the remote PON proxy module includes a GTC downlink demultiplexing unit, a PLOAM information processing unit, a BW bandwidth information processing unit, a GTC uplink multiplexing unit, an OTN payload processing unit and a sending relay unit :

GTC下行解复用单元用于解析OTN解映射模块发送的下行光信号并从下行光信号中提取出OLT设备下发给ONU的所有带宽分配信息和下行帧定位信号以及下行PLOAM信息，将带宽分配信息和下行帧定位信号发送至BW带宽信息处理模块，将下行PLOAM信息发送至PLOAM信息处理模块；The GTC downlink demultiplexing unit is used to analyze the downlink optical signal sent by the OTN demapping module and extract all the bandwidth allocation information, downlink frame alignment signal and downlink PLOAM information sent by the OLT device to the ONU from the downlink optical signal, and allocate the bandwidth The information and the downlink frame positioning signal are sent to the BW bandwidth information processing module, and the downlink PLOAM information is sent to the PLOAM information processing module;

PLOAM信息处理单元用于解析下行PLOAM消息，同时产生远端PON代理的PLOAM消息并发送至GTC上行复用单元；同时监测OTN映射告警信号和OTN解映射告警信号，当发现OTN映射告警信号或OTN解映射告警信号，则输出OTN告警信号，指示OTN层失效；The PLOAM information processing unit is used to analyze the downlink PLOAM message, and at the same time generate the PLOAM message of the remote PON agent and send it to the GTC uplink multiplexing unit; at the same time monitor the OTN mapping alarm signal and the OTN demapping alarm signal, when the OTN mapping alarm signal or OTN is found Demapping the alarm signal, then output the OTN alarm signal, indicating that the OTN layer fails;

BW带宽信息处理单元用于解析GTC下行解复用单元发送的带宽分配信息和下行帧定位信号；解析PLOAM信息处理单元发送的OTN告警信号，若OTN告警信号有效，输出控制信息至ONU光收发模块，所述控制信息为不使能LASER_CONTROL信号，以关闭ONU光收发模块的光发送功能；若OTN告警信号无效，根据解析出的带宽分配信息和下行帧定位信号在对应的时间输出控制信息至ONU光收发模块，所述控制信息为使能LASER_CONTROL信号；识别当前时间窗口是ONU设备开窗时间还是远端PON代理模块的发送时间窗，若为ONU设备开窗时间，送出OTN使能信号至接收中继单元，若为远端PON代理模块的发送时间窗，送出代理使能信号至GTC上行复用单元；The BW bandwidth information processing unit is used to analyze the bandwidth allocation information and downlink frame positioning signal sent by the GTC downlink demultiplexing unit; analyze the OTN alarm signal sent by the PLOAM information processing unit, and output the control information to the ONU optical transceiver module if the OTN alarm signal is valid , the control information is to disable the LASER_CONTROL signal to close the optical transmission function of the ONU optical transceiver module; if the OTN alarm signal is invalid, output the control information to the ONU at the corresponding time according to the resolved bandwidth allocation information and the downlink frame positioning signal Optical transceiver module, the control information is to enable the LASER_CONTROL signal; identify whether the current time window is the windowing time of the ONU device or the sending time window of the remote PON agent module, if it is the windowing time of the ONU device, send the OTN enabling signal to the receiver The relay unit, if it is the sending time window of the remote PON proxy module, sends the proxy enabling signal to the GTC uplink multiplexing unit;

GTC上行复用单元用于接收BW带宽信息处理单元发送的代理使能信号，在代理使能信号指示的时间内对输入的远端PON代理的PLOAM消息进行成帧和加扰处理，输出远端PON代理信号至OTN净荷处理单元；The GTC uplink multiplexing unit is used to receive the proxy enabling signal sent by the BW bandwidth information processing unit, frame and scramble the input PLOAM message of the remote PON proxy within the time indicated by the proxy enabling signal, and output the remote PON proxy signal to OTN payload processing unit;

接收中继单元用于在OTN使能信号指示的时间内接收ONU光收发模块发送的上行光信号并输出中继上行光信号至OTN净荷处理单元；The receiving relay unit is used to receive the uplink optical signal sent by the ONU optical transceiver module within the time indicated by the OTN enabling signal and output the relay uplink optical signal to the OTN payload processing unit;

OTN净荷处理单元用于分别将中继上行光信号和局端PON代理信号送出至局端拉远设备。The OTN payload processing unit is used to respectively send the relay uplink optical signal and the central office PON proxy signal to the remote equipment at the central office.

本发明还公开了一种存储介质，该存储介质上存储有计算机程序，所述计算机程序被处理器执行时实现所述的采用GPON拉远系统的管理方法。The invention also discloses a storage medium, on which a computer program is stored, and when the computer program is executed by a processor, the management method using the GPON remote system is realized.

与现有技术相比，本发明的优点在于：Compared with the prior art, the present invention has the advantages of:

本发明在局端拉远设备和远端拉远设备，均增加PON代理模块，通过PON代理模块对局端拉远设备和远端拉远设备中下行光信号和上行光信号的重新解析，获取光链路的状态及告警信息，并将告警信息通过PLOAM消息递到OLT设备或者其他管理接口，提高GPON系统的可维护性。The present invention adds a PON proxy module to both the central remote device and the remote remote device, and reanalyzes the downlink optical signal and the uplink optical signal in the central office remote device and the remote remote device through the PON proxy module to obtain The status and alarm information of the optical link, and the alarm information is sent to the OLT device or other management interface through the PLOAM message, so as to improve the maintainability of the GPON system.

附图说明Description of drawings

图1为本发明实施例中GPON拉远系统的工作示意图；Fig. 1 is the working diagram of GPON remote system in the embodiment of the present invention;

图2为本发明实施例中GPON拉远系统的局端PON代理模块的工作示意图；Fig. 2 is the schematic diagram of the work of the central office PON proxy module of the GPON remote system in the embodiment of the present invention;

图3为本发明实施例中GPON拉远系统的远端PON代理模块的工作示意图。Fig. 3 is a working schematic diagram of the remote PON agent module of the remote GPON system in the embodiment of the present invention.

具体实施方式detailed description

以下结合附图及实施例对本发明作进一步详细说明。The present invention will be described in further detail below in conjunction with the accompanying drawings and embodiments.

参见图1所示，本发明实施例提供一种GPON拉远系统，包括：GPON拉远系统包括局端拉远设备和远端拉远设备，其中：Referring to Fig. 1, an embodiment of the present invention provides a GPON remote system, including: the GPON remote system includes a central office remote device and a remote remote device, wherein:

局端拉远设备包括OLT光收发模块、接收数据再生模块、OTN映射模块、OTN光收发模块、OTN解映射模块和局端PON代理模块，其中：Central office remote equipment includes OLT optical transceiver module, received data regeneration module, OTN mapping module, OTN optical transceiver module, OTN demapping module and central office PON agent module, among which:

OLT光收发模块用于接收OLT装置发送的下行光信号并发送给接收数据再生模块；还用于将局端PON代理模块发送的上行光信号和告警信息发送至OLT设备；The OLT optical transceiver module is used to receive the downlink optical signal sent by the OLT device and send it to the receiving data regeneration module; it is also used to send the uplink optical signal and alarm information sent by the central office PON agent module to the OLT device;

接收数据再生模块用于接收OLT光收发模块发送的下行光信号并将下行光信号发送给OTN映射模块及PON代理模块；The receiving data regeneration module is used to receive the downlink optical signal sent by the OLT optical transceiver module and send the downlink optical signal to the OTN mapping module and the PON proxy module;

OTN映射模块用于将接收再生器发送的下行光信号映射至OTN光收发模块；还用于在下行光信号不正常时发送OTN映射告警至PON代理模块；The OTN mapping module is used to map the downlink optical signal sent by the receiving regenerator to the OTN optical transceiver module; it is also used to send an OTN mapping alarm to the PON agent module when the downlink optical signal is abnormal;

OTN光收发模块用于与远端拉远设备通讯；The OTN optical transceiver module is used to communicate with remote equipment;

OTN解映射模块用于将OTN光收发模块的上行光信号解映射至PON代理模块；还用于在上行光信号不正常时发送OTN解映射告警至PON代理模块；The OTN demapping module is used to demap the upstream optical signal of the OTN optical transceiver module to the PON proxy module; it is also used to send an OTN demapping alarm to the PON proxy module when the upstream optical signal is abnormal;

PON代理模块用于解析接收再生器发送的下行光信号并从下行光信号中获取光链路状态信息，根据光链路状态信息设置分时段发送中继上行光信号；监测到OTN映射告警或OTN解映射告警时，向OLT光收发模块发出控制信息以关闭OLT光收发模块的光收发功能；以PLOAM消息形式向局端拉远设备上报告警信息；The PON agent module is used to analyze the downlink optical signal sent by the receiver regenerator and obtain the optical link status information from the downlink optical signal, and set the time interval to send the relay uplink optical signal according to the optical link status information; monitor the OTN mapping alarm or OTN When demapping an alarm, send control information to the OLT optical transceiver module to turn off the optical transceiver function of the OLT optical transceiver module; report the alarm information to the local remote device in the form of a PLOAM message;

远端拉远设备包括ONU光收发模块、发送数据再生模块、OTN映射模块、OTN光收发模块、OTN解映射模块和局端PON代理模块，其中：The remote remote equipment includes ONU optical transceiver module, transmitted data regeneration module, OTN mapping module, OTN optical transceiver module, OTN demapping module and central office PON agent module, among which:

ONU光收发模块用于接收ONU装置发送的上行光信号并将上行光信号发送至远端PON代理模块；还用于将发送数据再生模块发送的下行光信号发送至ONU设备；The ONU optical transceiver module is used to receive the upstream optical signal sent by the ONU device and send the upstream optical signal to the remote PON agent module; it is also used to send the downstream optical signal sent by the transmission data regeneration module to the ONU device;

OTN映射模块用于将远端PON代理模块发送的上行光信号映射至OTN光收发模块；还用于在上行光信号不正常时发送OTN映射告警至PON代理模块；The OTN mapping module is used to map the uplink optical signal sent by the remote PON agent module to the OTN optical transceiver module; it is also used to send an OTN mapping alarm to the PON agent module when the uplink optical signal is abnormal;

OTN光收发模块用于与局端拉远设备通讯；The OTN optical transceiver module is used to communicate with remote equipment at the central office;

OTN解映射模块用于将OTN光收发模块发送的下行光信号解映射至发送数据再生模块及远端PON代理模块；还用于在下行光信号不正常时发送OTN解映射告警至PON代理模块；The OTN demapping module is used to demap the downlink optical signal sent by the OTN optical transceiver module to the transmission data regeneration module and the remote PON agent module; it is also used to send an OTN demapping alarm to the PON agent module when the downlink optical signal is abnormal;

发送数据再生模块用于接收OTN解映射模块发送的下行光信号并将下行光信号发送给ONU光收发模块；The sending data regeneration module is used to receive the downlink optical signal sent by the OTN demapping module and send the downlink optical signal to the ONU optical transceiver module;

远端PON代理模块用于解析OTN解映射模块发送的下行光信号并从下行光信号中获取光链路状态信息，根据光链路状态信息设置分时段发送中继上行光信号；监测到OTN映射告警或OTN解映射告警时，向ONU光收发模块发出控制信息以关闭ONU光收发模块的光收发功能；以PLOAM消息形式向局端拉远设备上报告警信息。The remote PON proxy module is used to analyze the downlink optical signal sent by the OTN demapping module and obtain the optical link status information from the downlink optical signal, and set the time-based transmission of the relay uplink optical signal according to the optical link status information; monitor the OTN mapping When an alarm or OTN demapping alarm occurs, send control information to the ONU optical transceiver module to disable the optical transceiver function of the ONU optical transceiver module; report the alarm information to the remote device at the central office in the form of a PLOAM message.

参见图2所示，局端PON代理模块包括GTC下行解复用单元，PLOAM信息处理单元，BW带宽信息处理单元，GTC上行复用单元，OTN净荷处理单元和发送中继单元：GTC为GPONTransmission Convergence的缩写，即传输汇聚层。As shown in Figure 2, the central office PON proxy module includes a GTC downlink demultiplexing unit, a PLOAM information processing unit, a BW bandwidth information processing unit, a GTC uplink multiplexing unit, an OTN payload processing unit and a sending relay unit: GTC is GPONTransmission Acronym for Convergence, that is, the transmission and convergence layer.

GTC下行解复用单元用于解析接收再生器发送的下行光信号并从下行光信号中提取出OLT设备下发给ONU的所有带宽分配信息和下行帧定位信号以及下行PLOAM信息，将带宽分配信息和下行帧定位信号发送至BW带宽信息处理模块，将下行PLOAM信息发送至PLOAM信息处理模块；The GTC downlink demultiplexing unit is used to analyze the downlink optical signal sent by the receiving regenerator and extract all the bandwidth allocation information, downlink frame alignment signal and downlink PLOAM information sent by the OLT device to the ONU from the downlink optical signal, and convert the bandwidth allocation information Send the downlink frame alignment signal to the BW bandwidth information processing module, and send the downlink PLOAM information to the PLOAM information processing module;

PLOAM信息处理单元用于解析下行PLOAM消息，同时产生局端PON代理的PLOAM消息并发送至GTC上行复用单元；同时监测OTN映射告警信号和OTN解映射告警信号，当发现OTN映射告警信号或OTN解映射告警信号，则输出OTN告警信号，指示OTN层失效；The PLOAM information processing unit is used to analyze the downlink PLOAM message, and at the same time generate the PLOAM message of the central office PON agent and send it to the GTC uplink multiplexing unit; at the same time monitor the OTN mapping alarm signal and the OTN demapping alarm signal, when the OTN mapping alarm signal or OTN Demapping the alarm signal, then output the OTN alarm signal, indicating that the OTN layer fails;

BW带宽信息处理单元用于解析GTC下行解复用单元发送的带宽分配信息和下行帧定位信号；解析PLOAM信息处理单元发送的OTN告警信号，若OTN告警信号有效，输出控制信息至OLT光收发模块，控制信息为不使能LASER_CONTROL信号，以关闭OLT光收发模块的光发送功能；若OTN告警信号无效，根据解析出的带宽分配信息和下行帧定位信号在对应的时间输出控制信息至OLT光收发模块，控制信息为使能LASER_CONTROL信号；识别当前时间窗口是ONU设备开窗时间还是局端PON代理模块的发送时间窗，若为ONU设备开窗时间，送出OTN使能信号至OTN净荷处理单元，若为局端PON代理模块的发送时间窗，送出代理使能信号至GTC上行复用单元；The BW bandwidth information processing unit is used to analyze the bandwidth allocation information and downlink frame positioning signal sent by the GTC downlink demultiplexing unit; analyze the OTN alarm signal sent by the PLOAM information processing unit, and output control information to the OLT optical transceiver module if the OTN alarm signal is valid , the control information is to disable the LASER_CONTROL signal to turn off the optical transmission function of the OLT optical transceiver module; if the OTN alarm signal is invalid, output the control information to the OLT optical transceiver at the corresponding time according to the analyzed bandwidth allocation information and downlink frame positioning signal Module, the control information is to enable the LASER_CONTROL signal; identify whether the current time window is the window opening time of the ONU device or the sending time window of the PON proxy module at the local end, if it is the window opening time of the ONU device, send the OTN enable signal to the OTN payload processing unit , if it is the sending time window of the central office PON proxy module, send the proxy enabling signal to the GTC uplink multiplexing unit;

GTC上行复用单元用于接收BW带宽信息处理单元发送的代理使能信号，在代理使能信号指示的时间内对输入的局端PON代理的PLOAM消息进行成帧和加扰处理，输出局端PON代理信号至发送中继单元；The GTC uplink multiplexing unit is used to receive the proxy enable signal sent by the BW bandwidth information processing unit, and perform framing and scrambling processing on the input PLOAM message of the central office PON proxy within the time indicated by the proxy enabling signal, and output the central office PON agent signal to send relay unit;

OTN净荷处理单元用于接收OTN解映射模块输入的上行光信号，在OTN使能信号指示的时间内输出中继上行光信号至发送中继单元；The OTN payload processing unit is used to receive the uplink optical signal input by the OTN demapping module, and output the relay uplink optical signal to the sending relay unit within the time indicated by the OTN enable signal;

发送中继单元用于分别将中继上行光信号和局端PON代理信号转换为高速串行码流送出至OLT设备。The sending relay unit is used to convert the relay uplink optical signal and the central office PON proxy signal into high-speed serial code streams and send them to the OLT equipment.

参见图3所示，远端PON代理模块包括GTC下行解复用单元，PLOAM信息处理单元，BW带宽信息处理单元，GTC上行复用单元，OTN净荷处理单元和发送中继单元：As shown in Figure 3, the remote PON proxy module includes a GTC downlink demultiplexing unit, a PLOAM information processing unit, a BW bandwidth information processing unit, a GTC uplink multiplexing unit, an OTN payload processing unit and a sending relay unit:

GTC下行解复用单元用于解析OTN解映射模块发送的下行光信号并从下行光信号中提取出OLT设备下发给ONU的所有带宽分配信息和下行帧定位信号以及下行PLOAM信息，将带宽分配信息和下行帧定位信号发送至BW带宽信息处理模块，将下行PLOAM信息发送至PLOAM信息处理模块；The GTC downlink demultiplexing unit is used to analyze the downlink optical signal sent by the OTN demapping module and extract all the bandwidth allocation information, downlink frame alignment signal and downlink PLOAM information sent by the OLT device to the ONU from the downlink optical signal, and allocate the bandwidth The information and the downlink frame positioning signal are sent to the BW bandwidth information processing module, and the downlink PLOAM information is sent to the PLOAM information processing module;

PLOAM信息处理单元用于解析下行PLOAM消息，同时产生远端PON代理的PLOAM消息并发送至GTC上行复用单元；同时监测OTN映射告警信号和OTN解映射告警信号，当发现OTN映射告警信号或OTN解映射告警信号，则输出OTN告警信号，指示OTN层失效；The PLOAM information processing unit is used to analyze the downlink PLOAM message, and at the same time generate the PLOAM message of the remote PON agent and send it to the GTC uplink multiplexing unit; at the same time monitor the OTN mapping alarm signal and the OTN demapping alarm signal, when the OTN mapping alarm signal or OTN is found Demapping the alarm signal, then output the OTN alarm signal, indicating that the OTN layer fails;

BW带宽信息处理单元用于解析GTC下行解复用单元发送的带宽分配信息和下行帧定位信号；解析PLOAM信息处理单元发送的OTN告警信号，若OTN告警信号有效，输出控制信息至ONU光收发模块，控制信息为不使能LASER_CONTROL信号，以关闭ONU光收发模块的光发送功能；若OTN告警信号无效，根据解析出的带宽分配信息和下行帧定位信号在对应的时间输出控制信息至ONU光收发模块，控制信息为使能LASER_CONTROL信号；识别当前时间窗口是ONU设备开窗时间还是远端PON代理模块的发送时间窗，若为ONU设备开窗时间，送出OTN使能信号至接收中继单元，若为远端PON代理模块的发送时间窗，送出代理使能信号至GTC上行复用单元；The BW bandwidth information processing unit is used to analyze the bandwidth allocation information and downlink frame positioning signal sent by the GTC downlink demultiplexing unit; analyze the OTN alarm signal sent by the PLOAM information processing unit, and output the control information to the ONU optical transceiver module if the OTN alarm signal is valid , the control information is to disable the LASER_CONTROL signal to turn off the optical transmission function of the ONU optical transceiver module; if the OTN alarm signal is invalid, output the control information to the ONU optical transceiver at the corresponding time according to the analyzed bandwidth allocation information and downlink frame positioning signal Module, the control information is to enable the LASER_CONTROL signal; identify whether the current time window is the window opening time of the ONU device or the sending time window of the remote PON agent module, if it is the window opening time of the ONU device, send the OTN enable signal to the receiving relay unit, If it is the sending time window of the remote PON proxy module, send the proxy enabling signal to the GTC uplink multiplexing unit;

GTC上行复用单元用于接收BW带宽信息处理单元发送的代理使能信号，在代理使能信号指示的时间内对输入的远端PON代理的PLOAM消息进行成帧和加扰处理，输出远端PON代理信号至OTN净荷处理单元；The GTC uplink multiplexing unit is used to receive the proxy enabling signal sent by the BW bandwidth information processing unit, frame and scramble the input PLOAM message of the remote PON proxy within the time indicated by the proxy enabling signal, and output the remote PON proxy signal to OTN payload processing unit;

接收中继单元用于在OTN使能信号指示的时间内接收ONU光收发模块发送的上行光信号并输出中继上行光信号至OTN净荷处理单元；The receiving relay unit is used to receive the uplink optical signal sent by the ONU optical transceiver module within the time indicated by the OTN enabling signal and output the relay uplink optical signal to the OTN payload processing unit;

OTN净荷处理单元用于分别将中继上行光信号和局端PON代理信号送出至局端拉远设备。The OTN payload processing unit is used to respectively send the relay uplink optical signal and the central office PON proxy signal to the remote equipment at the central office.

本发明实施例还公开了一种GPON拉远系统的管理方法，局端拉远设备的管理方法为：The embodiment of the present invention also discloses a management method of a GPON remote system, and the management method of the local remote equipment is as follows:

下行方向：Down direction:

OLT光收发模块接收OLT装置发送的下行光信号并发送给接收数据再生模块；接收数据再生模块接收OLT光收发模块发送的下行光信号并将下行光信号发送给OTN映射模块及PON代理模块；The OLT optical transceiver module receives the downlink optical signal sent by the OLT device and sends it to the receiving data regeneration module; the receiving data regeneration module receives the downlink optical signal sent by the OLT optical transceiver module and sends the downlink optical signal to the OTN mapping module and the PON agent module;

OTN映射模块将接收再生器发送的下行光信号映射至OTN光收发模块；在下行光信号不正常时发送OTN映射告警至PON代理模块；The OTN mapping module maps the downlink optical signal sent by the receiving regenerator to the OTN optical transceiver module; when the downlink optical signal is abnormal, it sends an OTN mapping alarm to the PON agent module;

OTN光收发模块与远端拉远设备通讯；The OTN optical transceiver module communicates with the remote equipment;

上行方向：Up direction:

OTN光收发模块与远端拉远设备通讯；The OTN optical transceiver module communicates with the remote equipment;

OTN解映射模块将OTN光收发模块的上行光信号解映射至PON代理模块；在上行光信号不正常时发送OTN解映射告警至PON代理模块；The OTN demapping module demaps the upstream optical signal of the OTN optical transceiver module to the PON proxy module; when the upstream optical signal is abnormal, it sends an OTN demapping alarm to the PON proxy module;

PON代理模块解析接收再生器发送的下行光信号并从下行光信号中获取光链路状态信息，根据光链路状态信息设置分时段发送中继上行光信号；监测到OTN映射告警或OTN解映射告警时，向OLT光收发模块发出控制信息以关闭OLT光收发模块的光收发功能；以PLOAM消息形式向局端拉远设备上报告警信息；The PON proxy module analyzes and receives the downlink optical signal sent by the regenerator and obtains the optical link status information from the downlink optical signal, and sends the relay uplink optical signal in time intervals according to the optical link status information; OTN mapping alarm or OTN demapping is detected In case of an alarm, send control information to the OLT optical transceiver module to close the optical transceiver function of the OLT optical transceiver module; report the alarm information to the remote device at the central office in the form of a PLOAM message;

OLT光收发模块将局端PON代理模块发送的上行光信号和告警信息发送至OLT设备。The OLT optical transceiver module sends the uplink optical signal and alarm information sent by the central office PON agent module to the OLT device.

局端PON代理模块包括GTC下行解复用单元，PLOAM信息处理单元，BW带宽信息处理单元，GTC上行复用单元，OTN净荷处理单元和发送中继单元：The central office PON proxy module includes a GTC downlink demultiplexing unit, a PLOAM information processing unit, a BW bandwidth information processing unit, a GTC uplink multiplexing unit, an OTN payload processing unit and a sending relay unit:

GTC下行解复用单元用于解析接收再生器发送的下行光信号并从下行光信号中提取出OLT设备下发给ONU的所有带宽分配信息和下行帧定位信号以及下行PLOAM信息，将带宽分配信息和下行帧定位信号发送至BW带宽信息处理模块，将下行PLOAM信息发送至PLOAM信息处理模块；The GTC downlink demultiplexing unit is used to analyze the downlink optical signal sent by the receiving regenerator and extract all the bandwidth allocation information, downlink frame alignment signal and downlink PLOAM information sent by the OLT device to the ONU from the downlink optical signal, and convert the bandwidth allocation information Send the downlink frame alignment signal to the BW bandwidth information processing module, and send the downlink PLOAM information to the PLOAM information processing module;

PLOAM信息处理单元用于解析下行PLOAM消息，同时产生局端PON代理的PLOAM消息并发送至GTC上行复用单元；同时监测OTN映射告警信号和OTN解映射告警信号，当发现OTN映射告警信号或OTN解映射告警信号，则输出OTN告警信号，指示OTN层失效；The PLOAM information processing unit is used to analyze the downlink PLOAM message, and at the same time generate the PLOAM message of the central office PON agent and send it to the GTC uplink multiplexing unit; at the same time monitor the OTN mapping alarm signal and the OTN demapping alarm signal, when the OTN mapping alarm signal or OTN Demapping the alarm signal, then output the OTN alarm signal, indicating that the OTN layer fails;

BW带宽信息处理单元用于解析GTC下行解复用单元发送的带宽分配信息和下行帧定位信号；解析PLOAM信息处理单元发送的OTN告警信号，若OTN告警信号有效，输出控制信息至OLT光收发模块，控制信息为不使能LASER_CONTROL信号，以关闭OLT光收发模块的光发送功能；若OTN告警信号无效，根据解析出的带宽分配信息和下行帧定位信号在对应的时间输出控制信息至OLT光收发模块，控制信息为使能LASER_CONTROL信号；识别当前时间窗口是ONU设备开窗时间还是局端PON代理模块的发送时间窗，若为ONU设备开窗时间，送出OTN使能信号至OTN净荷处理单元，若为局端PON代理模块的发送时间窗，送出代理使能信号至GTC上行复用单元；The BW bandwidth information processing unit is used to analyze the bandwidth allocation information and downlink frame positioning signal sent by the GTC downlink demultiplexing unit; analyze the OTN alarm signal sent by the PLOAM information processing unit, and output control information to the OLT optical transceiver module if the OTN alarm signal is valid , the control information is to disable the LASER_CONTROL signal to turn off the optical transmission function of the OLT optical transceiver module; if the OTN alarm signal is invalid, output the control information to the OLT optical transceiver at the corresponding time according to the analyzed bandwidth allocation information and downlink frame positioning signal Module, the control information is to enable the LASER_CONTROL signal; identify whether the current time window is the window opening time of the ONU device or the sending time window of the PON proxy module at the local end, if it is the window opening time of the ONU device, send the OTN enable signal to the OTN payload processing unit , if it is the sending time window of the central office PON proxy module, send the proxy enabling signal to the GTC uplink multiplexing unit;

GTC上行复用单元用于接收BW带宽信息处理单元发送的代理使能信号，在代理使能信号指示的时间内对输入的局端PON代理的PLOAM消息进行成帧和加扰处理，输出局端PON代理信号至发送中继单元；The GTC uplink multiplexing unit is used to receive the proxy enable signal sent by the BW bandwidth information processing unit, and perform framing and scrambling processing on the input PLOAM message of the central office PON proxy within the time indicated by the proxy enabling signal, and output the central office PON agent signal to send relay unit;

OTN净荷处理单元用于接收OTN解映射模块输入的上行光信号，在OTN使能信号指示的时间内输出中继上行光信号至发送中继单元；The OTN payload processing unit is used to receive the uplink optical signal input by the OTN demapping module, and output the relay uplink optical signal to the sending relay unit within the time indicated by the OTN enable signal;

发送中继单元用于分别将中继上行光信号和局端PON代理信号转换为高速串行码流送出至OLT设备。The sending relay unit is used to convert the relay uplink optical signal and the central office PON proxy signal into high-speed serial code streams and send them to the OLT equipment.

远端拉远设备的管理方法为：The management method of the remote remote device is as follows:

下行方向：Down direction:

OTN光收发模块用于与远端拉远设备通讯；The OTN optical transceiver module is used to communicate with remote equipment;

OTN解映射模块将OTN光收发模块发送的下行光信号解映射至发送数据再生模块及远端PON代理模块；还用于在下行光信号不正常时发送OTN解映射告警至PON代理模块；The OTN demapping module demaps the downlink optical signal sent by the OTN optical transceiver module to the sending data regeneration module and the remote PON agent module; it is also used to send an OTN demapping alarm to the PON agent module when the downlink optical signal is abnormal;

发送数据再生模块用于接收OTN解映射模块发送的下行光信号并将下行光信号发送给ONU光收发模块；The sending data regeneration module is used to receive the downlink optical signal sent by the OTN demapping module and send the downlink optical signal to the ONU optical transceiver module;

ONU光收发模块将发送数据再生模块发送的下行光信号发送至ONU设备；The ONU optical transceiver module sends the downlink optical signal sent by the sending data regeneration module to the ONU device;

上行方向：Up direction:

ONU光收发模块用于接收ONU装置发送的上行光信号并将上行光信号发送至远端PON代理模块；The ONU optical transceiver module is used to receive the uplink optical signal sent by the ONU device and send the uplink optical signal to the remote PON agent module;

远端PON代理模块用于解析OTN解映射模块发送的下行光信号并从下行光信号中获取光链路状态信息，根据光链路状态信息设置分时段发送中继上行光信号；监测到OTN映射告警或OTN解映射告警时，向ONU光收发模块发出控制信息以关闭ONU光收发模块的光收发功能；以PLOAM消息形式向局端拉远设备上报告警信息；The remote PON proxy module is used to analyze the downlink optical signal sent by the OTN demapping module and obtain the optical link status information from the downlink optical signal, and set the time-based transmission of the relay uplink optical signal according to the optical link status information; monitor the OTN mapping When an alarm or an OTN demapping alarm occurs, send control information to the ONU optical transceiver module to disable the optical transceiver function of the ONU optical transceiver module; report the alarm information to the remote device at the central office in the form of a PLOAM message;

OTN映射模块用于将远端PON代理模块发送的上行光信号映射至OTN光收发模块；还用于在上行光信号不正常时发送OTN映射告警至PON代理模块；The OTN mapping module is used to map the uplink optical signal sent by the remote PON agent module to the OTN optical transceiver module; it is also used to send an OTN mapping alarm to the PON agent module when the uplink optical signal is abnormal;

OTN光收发模块用于与局端拉远设备通讯。The OTN optical transceiver module is used to communicate with remote equipment at the central office.

远端PON代理模块包括GTC下行解复用单元，PLOAM信息处理单元，BW带宽信息处理单元，GTC上行复用单元，OTN净荷处理单元和发送中继单元：The remote PON agent module includes a GTC downlink demultiplexing unit, a PLOAM information processing unit, a BW bandwidth information processing unit, a GTC uplink multiplexing unit, an OTN payload processing unit and a sending relay unit:

GTC下行解复用单元用于解析OTN解映射模块发送的下行光信号并从下行光信号中提取出OLT设备下发给ONU的所有带宽分配信息和下行帧定位信号以及下行PLOAM信息，将带宽分配信息和下行帧定位信号发送至BW带宽信息处理模块，将下行PLOAM信息发送至PLOAM信息处理模块；The GTC downlink demultiplexing unit is used to analyze the downlink optical signal sent by the OTN demapping module and extract all the bandwidth allocation information, downlink frame alignment signal and downlink PLOAM information sent by the OLT device to the ONU from the downlink optical signal, and allocate the bandwidth The information and the downlink frame positioning signal are sent to the BW bandwidth information processing module, and the downlink PLOAM information is sent to the PLOAM information processing module;

PLOAM信息处理单元用于解析下行PLOAM消息，同时产生远端PON代理的PLOAM消息并发送至GTC上行复用单元；同时监测OTN映射告警信号和OTN解映射告警信号，当发现OTN映射告警信号或OTN解映射告警信号，则输出OTN告警信号，指示OTN层失效；The PLOAM information processing unit is used to analyze the downlink PLOAM message, and at the same time generate the PLOAM message of the remote PON agent and send it to the GTC uplink multiplexing unit; at the same time monitor the OTN mapping alarm signal and the OTN demapping alarm signal, when the OTN mapping alarm signal or OTN is found Demapping the alarm signal, then output the OTN alarm signal, indicating that the OTN layer fails;

BW带宽信息处理单元用于解析GTC下行解复用单元发送的带宽分配信息和下行帧定位信号；解析PLOAM信息处理单元发送的OTN告警信号，若OTN告警信号有效，输出控制信息至ONU光收发模块，控制信息为不使能LASER_CONTROL信号，以关闭ONU光收发模块的光发送功能；若OTN告警信号无效，根据解析出的带宽分配信息和下行帧定位信号在对应的时间输出控制信息至ONU光收发模块，控制信息为使能LASER_CONTROL信号；识别当前时间窗口是ONU设备开窗时间还是远端PON代理模块的发送时间窗，若为ONU设备开窗时间，送出OTN使能信号至接收中继单元，若为远端PON代理模块的发送时间窗，送出代理使能信号至GTC上行复用单元；The BW bandwidth information processing unit is used to analyze the bandwidth allocation information and downlink frame positioning signal sent by the GTC downlink demultiplexing unit; analyze the OTN alarm signal sent by the PLOAM information processing unit, and output the control information to the ONU optical transceiver module if the OTN alarm signal is valid , the control information is to disable the LASER_CONTROL signal to turn off the optical transmission function of the ONU optical transceiver module; if the OTN alarm signal is invalid, output the control information to the ONU optical transceiver at the corresponding time according to the analyzed bandwidth allocation information and downlink frame positioning signal Module, the control information is to enable the LASER_CONTROL signal; identify whether the current time window is the window opening time of the ONU device or the sending time window of the remote PON agent module, if it is the window opening time of the ONU device, send the OTN enable signal to the receiving relay unit, If it is the sending time window of the remote PON proxy module, send the proxy enabling signal to the GTC uplink multiplexing unit;

GTC上行复用单元用于接收BW带宽信息处理单元发送的代理使能信号，在代理使能信号指示的时间内对输入的远端PON代理的PLOAM消息进行成帧和加扰处理，输出远端PON代理信号至OTN净荷处理单元；The GTC uplink multiplexing unit is used to receive the proxy enabling signal sent by the BW bandwidth information processing unit, frame and scramble the input PLOAM message of the remote PON proxy within the time indicated by the proxy enabling signal, and output the remote PON proxy signal to OTN payload processing unit;

接收中继单元用于在OTN使能信号指示的时间内接收ONU光收发模块发送的上行光信号并输出中继上行光信号至OTN净荷处理单元；The receiving relay unit is used to receive the uplink optical signal sent by the ONU optical transceiver module within the time indicated by the OTN enabling signal and output the relay uplink optical signal to the OTN payload processing unit;

OTN净荷处理单元用于分别将中继上行光信号和局端PON代理信号送出至局端拉远设备。The OTN payload processing unit is used to respectively send the relay uplink optical signal and the central office PON proxy signal to the remote equipment at the central office.

本发明实施例还公开了一种存储介质，该存储介质上存储有计算机程序，计算机程序被处理器执行时实现GPON拉远系统的管理方法。The embodiment of the invention also discloses a storage medium, on which a computer program is stored, and when the computer program is executed by a processor, the management method of the remote GPON system is realized.

本发明不局限于上述实施方式，对于本技术领域的普通技术人员来说，在不脱离本发明原理的前提下，还可以做出若干改进和润饰，这些改进和润饰也视为本发明的保护范围之内。本说明书中未作详细描述的内容属于本领域专业技术人员公知的现有技术。The present invention is not limited to the above-mentioned embodiments. For those of ordinary skill in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications are also considered protection of the present invention. within range. The content not described in detail in this specification belongs to the prior art known to those skilled in the art.

Claims (8)

  1. A kind of 1. GPON far-drawing systems, it is characterised in that including：The GPON far-drawing systems include local side remote device and distal end Remote device, wherein：
    The local side remote device includes OLT optical transceiver modules, receives data regeneration module, OTN mapping blocks, the transmitting-receiving of OTN light Module, OTN De-mapping modules and local side PON proxy modules, wherein：
    The OLT optical transceiver modules are used to receive the downlink optical signal of OLT device transmission and are sent to the reception data reproduction Module；The uplink optical signal and warning information for being additionally operable to send local side PON proxy modules are sent to OLT device；
    The data regeneration module that receives is used to receive the downlink optical signal of OLT optical transceiver modules transmission and sends out downlink optical signal Give the OTN mapping blocks and the PON proxy modules；
    The OTN mapping blocks are used to the downlink optical signal for receiving regenerator transmission mapping to OTN optical transceiver modules；It is additionally operable to OTN mappings alarm is sent when downlink optical signal is abnormal to the PON proxy modules；
    The OTN optical transceiver modules are used to communicate with the distal end remote device；
    The OTN De-mapping modules are used for the uplink optical signal demapping of OTN optical transceiver modules to PON proxy modules；Also use Alerted in sending OTN demappings when uplink optical signal is abnormal to the PON proxy modules；
    The PON proxy modules, which are used to parse, receives the downlink optical signal that regenerator is sent and the acquisition light chain from downlink optical signal Line state information, set according to optical link status information and send relaying uplink optical signal at times；Monitor OTN mapping alarm or When OTN demappings alert, control information is sent to the OLT optical transceiver modules to close the light of OLT optical transceiver modules receipts Send out function；With PLOAM form of message to the local side remote device report and alarm information；
    The distal end remote device includes ONU optical transceiver modules, sends data regeneration module, OTN mapping blocks, the transmitting-receiving of OTN light Module, OTN De-mapping modules and local side PON proxy modules, wherein：
    The ONU optical transceiver modules are used for the uplink optical signal for receiving the transmission of ONU devices and send uplink optical signal to distal end PON proxy modules；It is additionally operable to send the downlink optical signal that the transmission data regeneration module is sent to ONU equipment；
    The OTN mapping blocks are used to the uplink optical signal that distal end PON proxy modules are sent mapping to OTN optical transceiver modules； It is additionally operable to send OTN mappings alarm when uplink optical signal is abnormal to the PON proxy modules；
    The OTN optical transceiver modules are used to communicate with the local side remote device；
    The OTN De-mapping modules are used for downlink optical signal demapping that OTN optical transceiver modules are sent to sending data reproduction Module and the distal end PON proxy modules；The transmission OTN demappings when downlink optical signal is abnormal are additionally operable to alert to described PON proxy modules；
    The data regeneration module that sends is used to receive the downlink optical signal of OTN De-mapping modules transmission and sends out downlink optical signal Give the ONU optical transceiver modules；
    The distal end PON proxy modules are used to parse the downlink optical signal of OTN De-mapping modules transmission and from downlink optical signal Optical link status information is obtained, is set according to optical link status information and sends relaying uplink optical signal at times；Monitor that OTN reflects When penetrating alarm or the alarm of OTN demappings, control information is sent to the ONU optical transceiver modules to close the ONU light transmitting-receiving mould The optical transmit-receive function of block；With PLOAM form of message to the local side remote device report and alarm information.
  2. A kind of 2. GPON far-drawing systems as claimed in claim 1, it is characterised in that：The local side PON proxy modules include GTC Descending demultiplexing unit, PLOAM information process units, BW bandwidth information processing units, the up Multiplexing Units of GTC, at OTN payloads Manage unit and send relay unit：
    The descending demultiplexing units of GTC, which are used to parse, to be received the downlink optical signal that regenerator is sent and is extracted from downlink optical signal OLT device is handed down to ONU all bandwidth allocation informations and descending frame alignment signal and descending PLOAM information, by bandwidth point Sent with information and descending frame alignment signal to BW bandwidth information processing modules, descending PLOAM information is sent to PLOAM information Processing module；
    PLOAM information process units are used to parse downstream PLOAM message, while the PLOAM message for producing local side PON agencies is concurrent Deliver to the up Multiplexing Units of GTC；OTN mapping alarm signals and OTN demapping alarm signals are monitored simultaneously, when discovery OTN mappings Alarm signal or OTN demapping alarm signals, then export OTN alarm signals, instruction OTN layer failures；
    BW bandwidth informations processing unit is used to parse bandwidth allocation information and the descending frame alignment that the descending demultiplexing units of GTC are sent Signal；The OTN alarm signals that PLOAM information process units are sent are parsed, if OTN alarm signals are effective, output control information is extremely OLT optical transceiver modules, the control information is not enabled LASER_CONTROL signals, to close the light of OLT optical transceiver modules hair Send function；If OTN alarm signals are invalid, according to the bandwidth allocation information and descending frame alignment signal parsed in the corresponding time For output control information to OLT optical transceiver modules, the control information is enabled LASER_CONTROL signals；Identify current time Window is the transmission time window of ONU equipment windowing time or local side PON proxy modules, is opened a window the time if ONU equipment, is sent out OTN enable signals are to OTN payload processing units, and if the transmission time window of local side PON proxy modules, enable signal is acted on behalf of in submitting To the up Multiplexing Units of GTC；
    What the up Multiplexing Units of GTC were used to receiving the transmission of BW bandwidth informations processing unit acts on behalf of enable signal, in the enabled letter of agency Framing is carried out to the PLOAM message that the local side PON of input is acted on behalf of in the time of number instruction and scrambling is handled, exports local side PON generations Reason signal is to sending relay unit；
    OTN payloads processing unit is used for the uplink optical signal for receiving the input of OTN De-mapping modules, in the instruction of OTN enable signals Output relaying uplink optical signal is to sending relay unit in time；
    Relay unit is sent to be used to relaying uplink optical signal and local side PON proxy signals are converted to high speed serialization code stream and sent respectively Go out to OLT device.
  3. A kind of 3. GPON far-drawing systems as claimed in claim 1, it is characterised in that：
    The distal end PON proxy modules include the descending demultiplexing units of GTC, PLOAM information process units, the processing of BW bandwidth informations Unit, the up Multiplexing Units of GTC, OTN payloads processing unit and transmission relay unit：
    The descending demultiplexing units of GTC are used to parse the downlink optical signal of OTN De-mapping modules transmission and carried from downlink optical signal All bandwidth allocation informations and descending frame alignment signal and descending PLOAM information that OLT device is handed down to ONU are taken out, by band Width distribution information and descending frame alignment signal are sent to BW bandwidth information processing modules, and descending PLOAM information is sent to PLOAM Message processing module；
    PLOAM information process units are used to parse downstream PLOAM message, while the PLOAM message for producing distal end PON agencies is concurrent Deliver to the up Multiplexing Units of GTC；OTN mapping alarm signals and OTN demapping alarm signals are monitored simultaneously, when discovery OTN mappings Alarm signal or OTN demapping alarm signals, then export OTN alarm signals, instruction OTN layer failures；
    BW bandwidth informations processing unit is used to parse bandwidth allocation information and the descending frame alignment that the descending demultiplexing units of GTC are sent Signal；The OTN alarm signals that PLOAM information process units are sent are parsed, if OTN alarm signals are effective, output control information is extremely ONU optical transceiver modules, the control information is not enabled LASER_CONTROL signals, to close the light of ONU optical transceiver modules hair Send function；If OTN alarm signals are invalid, according to the bandwidth allocation information and descending frame alignment signal parsed in the corresponding time For output control information to ONU optical transceiver modules, the control information is enabled LASER_CONTROL signals；Identify current time Window is the transmission time window of ONU equipment windowing time or distal end PON proxy modules, is opened a window the time if ONU equipment, is sent out OTN enable signals are to relay unit is received, and if the transmission time window of distal end PON proxy modules, submitting acts on behalf of enable signal extremely The up Multiplexing Units of GTC；
    What the up Multiplexing Units of GTC were used to receiving the transmission of BW bandwidth informations processing unit acts on behalf of enable signal, in the enabled letter of agency Framing is carried out to the PLOAM message that the distal end PON of input is acted on behalf of in the time of number instruction and scrambling is handled, exports distal end PON generations Signal is managed to OTN payload processing units；
    Relay unit is received to be used to receive the up light letter that ONU optical transceiver modules are sent within the time of OTN enable signals instruction Number and export relaying uplink optical signal to OTN payload processing units；
    OTN payloads processing unit is used to relaying uplink optical signal and local side PON proxy signals are sent to local side and zoomed out and set respectively It is standby.
  4. A kind of 4. management method of GPON far-drawing systems using as described in claim 1-3, it is characterised in that：The local side is drawn The management method of remote equipment is：
    Down direction：
    The OLT optical transceiver modules receive the downlink optical signal that OLT device is sent and are sent to the reception data regeneration module； The data regeneration module that receives receives the downlink optical signal that OLT optical transceiver modules are sent and is sent to downlink optical signal described OTN mapping blocks and the PON proxy modules；
    The downlink optical signal for receiving regenerator transmission is mapped to OTN optical transceiver modules by the OTN mapping blocks；Believe in descending light OTN mappings alarm is sent when number abnormal to the PON proxy modules；
    The OTN optical transceiver modules communicate with the distal end remote device；
    Up direction：
    The OTN optical transceiver modules communicate with the distal end remote device；
    The OTN De-mapping modules are by the uplink optical signal demapping of OTN optical transceiver modules to PON proxy modules；In up light OTN demappings are sent when signal is abnormal to alert to the PON proxy modules；
    The PON proxy modules parsing receives the downlink optical signal that regenerator is sent and optical link shape is obtained from downlink optical signal State information, set according to optical link status information and send relaying uplink optical signal at times；Monitor OTN mappings alarm or OTN When demapping alerts, control information is sent to the OLT optical transceiver modules to close the light of OLT optical transceiver modules transmitting-receiving work( Energy；With PLOAM form of message to the local side remote device report and alarm information；
    The uplink optical signal and warning information that the OLT optical transceiver modules send local side PON proxy modules send to OLT and set It is standby.
  5. A kind of 5. management method of GPON far-drawing systems as claimed in claim 4, it is characterised in that：The local side PON agencies Module includes the descending demultiplexing units of GTC, PLOAM information process units, BW bandwidth information processing units, the up multiplexing lists of GTC Member, OTN payloads processing unit and transmission relay unit：
    The descending demultiplexing units of GTC, which are used to parse, to be received the downlink optical signal that regenerator is sent and is extracted from downlink optical signal OLT device is handed down to ONU all bandwidth allocation informations and descending frame alignment signal and descending PLOAM information, by bandwidth point Sent with information and descending frame alignment signal to BW bandwidth information processing modules, descending PLOAM information is sent to PLOAM information Processing module；
    PLOAM information process units are used to parse downstream PLOAM message, while the PLOAM message for producing local side PON agencies is concurrent Deliver to the up Multiplexing Units of GTC；OTN mapping alarm signals and OTN demapping alarm signals are monitored simultaneously, when discovery OTN mappings Alarm signal or OTN demapping alarm signals, then export OTN alarm signals, instruction OTN layer failures；
    BW bandwidth informations processing unit is used to parse bandwidth allocation information and the descending frame alignment that the descending demultiplexing units of GTC are sent Signal；The OTN alarm signals that PLOAM information process units are sent are parsed, if OTN alarm signals are effective, output control information is extremely OLT optical transceiver modules, the control information is not enabled LASER_CONTROL signals, to close the light of OLT optical transceiver modules hair Send function；If OTN alarm signals are invalid, according to the bandwidth allocation information and descending frame alignment signal parsed in the corresponding time For output control information to OLT optical transceiver modules, the control information is enabled LASER_CONTROL signals；Identify current time Window is the transmission time window of ONU equipment windowing time or local side PON proxy modules, is opened a window the time if ONU equipment, is sent out OTN enable signals are to OTN payload processing units, and if the transmission time window of local side PON proxy modules, enable signal is acted on behalf of in submitting To the up Multiplexing Units of GTC；
    What the up Multiplexing Units of GTC were used to receiving the transmission of BW bandwidth informations processing unit acts on behalf of enable signal, in the enabled letter of agency Framing is carried out to the PLOAM message that the local side PON of input is acted on behalf of in the time of number instruction and scrambling is handled, exports local side PON generations Reason signal is to sending relay unit；
    OTN payloads processing unit is used for the uplink optical signal for receiving the input of OTN De-mapping modules, in the instruction of OTN enable signals Output relaying uplink optical signal is to sending relay unit in time；
    Relay unit is sent to be used to relaying uplink optical signal and local side PON proxy signals are converted to high speed serialization code stream and sent respectively Go out to OLT device.
  6. A kind of 6. management method of GPON far-drawing systems as claimed in claim 4, it is characterised in that：The distal end remote device Management method be：
    Down direction：
    The OTN optical transceiver modules are used to communicate with the distal end remote device；
    The OTN De-mapping modules are by downlink optical signal demapping that OTN optical transceiver modules are sent to sending data regeneration module And the distal end PON proxy modules；The transmission OTN demappings when downlink optical signal is abnormal are additionally operable to alert to the PON generations Manage module；
    The data regeneration module that sends is used to receive the downlink optical signal of OTN De-mapping modules transmission and sends out downlink optical signal Give the ONU optical transceiver modules；
    The ONU optical transceiver modules send the downlink optical signal that the transmission data regeneration module is sent to ONU equipment；
    Up direction：
    The ONU optical transceiver modules are used for the uplink optical signal for receiving the transmission of ONU devices and send uplink optical signal to distal end PON proxy modules；
    The distal end PON proxy modules are used to parse the downlink optical signal of OTN De-mapping modules transmission and from downlink optical signal Optical link status information is obtained, is set according to optical link status information and sends relaying uplink optical signal at times；Monitor that OTN reflects When penetrating alarm or the alarm of OTN demappings, control information is sent to the ONU optical transceiver modules to close the ONU light transmitting-receiving mould The optical transmit-receive function of block；With PLOAM form of message to the local side remote device report and alarm information；
    The OTN mapping blocks are used to the uplink optical signal that distal end PON proxy modules are sent mapping to OTN optical transceiver modules； It is additionally operable to send OTN mappings alarm when uplink optical signal is abnormal to the PON proxy modules；
    The OTN optical transceiver modules are used to communicate with the local side remote device.
  7. A kind of 7. management method of GPON far-drawing systems as claimed in claim 6, it is characterised in that：
    The distal end PON proxy modules include the descending demultiplexing units of GTC, PLOAM information process units, the processing of BW bandwidth informations Unit, the up Multiplexing Units of GTC, OTN payloads processing unit and transmission relay unit：
    The descending demultiplexing units of GTC are used to parse the downlink optical signal of OTN De-mapping modules transmission and carried from downlink optical signal All bandwidth allocation informations and descending frame alignment signal and descending PLOAM information that OLT device is handed down to ONU are taken out, by band Width distribution information and descending frame alignment signal are sent to BW bandwidth information processing modules, and descending PLOAM information is sent to PLOAM Message processing module；
    PLOAM information process units are used to parse downstream PLOAM message, while the PLOAM message for producing distal end PON agencies is concurrent Deliver to the up Multiplexing Units of GTC；OTN mapping alarm signals and OTN demapping alarm signals are monitored simultaneously, when discovery OTN mappings Alarm signal or OTN demapping alarm signals, then export OTN alarm signals, instruction OTN layer failures；
    BW bandwidth informations processing unit is used to parse bandwidth allocation information and the descending frame alignment that the descending demultiplexing units of GTC are sent Signal；The OTN alarm signals that PLOAM information process units are sent are parsed, if OTN alarm signals are effective, output control information is extremely ONU optical transceiver modules, the control information is not enabled LASER_CONTROL signals, to close the light of ONU optical transceiver modules hair Send function；If OTN alarm signals are invalid, according to the bandwidth allocation information and descending frame alignment signal parsed in the corresponding time For output control information to ONU optical transceiver modules, the control information is enabled LASER_CONTROL signals；Identify current time Window is the transmission time window of ONU equipment windowing time or distal end PON proxy modules, is opened a window the time if ONU equipment, is sent out OTN enable signals are to relay unit is received, and if the transmission time window of distal end PON proxy modules, submitting acts on behalf of enable signal extremely The up Multiplexing Units of GTC；
    What the up Multiplexing Units of GTC were used to receiving the transmission of BW bandwidth informations processing unit acts on behalf of enable signal, in the enabled letter of agency Framing is carried out to the PLOAM message that the distal end PON of input is acted on behalf of in the time of number instruction and scrambling is handled, exports distal end PON generations Signal is managed to OTN payload processing units；
    Relay unit is received to be used to receive the up light letter that ONU optical transceiver modules are sent within the time of OTN enable signals instruction Number and export relaying uplink optical signal to OTN payload processing units；
    OTN payloads processing unit is used to relaying uplink optical signal and local side PON proxy signals are sent to local side and zoomed out and set respectively It is standby.
  8. 8. a kind of storage medium, computer program is stored with the storage medium, it is characterised in that：The computer program is located Reason device realizes the method described in any one of claim 4 to 7 when performing.
CN201710619279.5A 2017-07-26 2017-07-26 GPON remote system, management method and storage medium Active CN107465540B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201710619279.5A CN107465540B (en) 2017-07-26 2017-07-26 GPON remote system, management method and storage medium

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201710619279.5A CN107465540B (en) 2017-07-26 2017-07-26 GPON remote system, management method and storage medium

Publications (2)

Publication Number Publication Date
CN107465540A true CN107465540A (en) 2017-12-12
CN107465540B CN107465540B (en) 2020-10-16

Family

ID=60547400

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201710619279.5A Active CN107465540B (en) 2017-07-26 2017-07-26 GPON remote system, management method and storage medium

Country Status (1)

Country Link
CN (1) CN107465540B (en)

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110121124A (en) * 2019-05-10 2019-08-13 江西山水光电科技股份有限公司 DCN loop prevention method is zoomed out in a kind of PON polymerization
CN111510799A (en) * 2020-04-16 2020-08-07 广州市满航通信科技有限公司 GPON aggregation remote system
CN111835543A (en) * 2019-04-19 2020-10-27 烽火通信科技股份有限公司 Method and device for configuring and managing remote equipment in transmission network management system
CN112118048A (en) * 2019-06-20 2020-12-22 中国移动通信有限公司研究院 A control method, network device and system for a fronthaul network
CN117425101A (en) * 2023-12-18 2024-01-19 厦门鹏芯半导体有限公司 A deframing method and device for GPON resource checker

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101159495A (en) * 2006-10-08 2008-04-09 华为技术有限公司 Signal transmission system and method in passive optical fiber network
CN101369846A (en) * 2007-08-14 2009-02-18 华为技术有限公司 A passive optical network signal monitoring method and electrical relay regenerator
CN101414932A (en) * 2007-10-15 2009-04-22 华为技术有限公司 Method, system and apparatus managing alarm of long-distance passive optical network system
CN102131131A (en) * 2010-10-14 2011-07-20 华为技术有限公司 Method and system for realizing passive optical network (PON) extension and relay
US20130236179A1 (en) * 2005-12-20 2013-09-12 Huawei Technologies Co. Ltd. Passive optical network user terminal and method of power supply control and power supply state reporting for the same

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20130236179A1 (en) * 2005-12-20 2013-09-12 Huawei Technologies Co. Ltd. Passive optical network user terminal and method of power supply control and power supply state reporting for the same
CN101159495A (en) * 2006-10-08 2008-04-09 华为技术有限公司 Signal transmission system and method in passive optical fiber network
CN101369846A (en) * 2007-08-14 2009-02-18 华为技术有限公司 A passive optical network signal monitoring method and electrical relay regenerator
CN101414932A (en) * 2007-10-15 2009-04-22 华为技术有限公司 Method, system and apparatus managing alarm of long-distance passive optical network system
CN102131131A (en) * 2010-10-14 2011-07-20 华为技术有限公司 Method and system for realizing passive optical network (PON) extension and relay

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111835543A (en) * 2019-04-19 2020-10-27 烽火通信科技股份有限公司 Method and device for configuring and managing remote equipment in transmission network management system
CN111835543B (en) * 2019-04-19 2022-08-30 烽火通信科技股份有限公司 Method and device for configuring and managing remote equipment in transmission network management system
CN110121124A (en) * 2019-05-10 2019-08-13 江西山水光电科技股份有限公司 DCN loop prevention method is zoomed out in a kind of PON polymerization
CN110121124B (en) * 2019-05-10 2021-11-19 江西山水光电科技股份有限公司 PON aggregation remote DCN ring prevention method
CN112118048A (en) * 2019-06-20 2020-12-22 中国移动通信有限公司研究院 A control method, network device and system for a fronthaul network
CN111510799A (en) * 2020-04-16 2020-08-07 广州市满航通信科技有限公司 GPON aggregation remote system
CN117425101A (en) * 2023-12-18 2024-01-19 厦门鹏芯半导体有限公司 A deframing method and device for GPON resource checker
CN117425101B (en) * 2023-12-18 2024-03-22 厦门鹏芯半导体有限公司 Frame decoding method and device of GPON resource checker

Also Published As

Publication number Publication date
CN107465540B (en) 2020-10-16

Similar Documents

Publication Publication Date Title
CN107465540A (en) GPON far-drawing systems, management method and storage medium
CN101317377B (en) Device, method and system for configuring Ethernet service in passive optical network
CN102075244B (en) Method for diagnosing constant optical network units in Ethernet passive optical network
CN101364844A (en) Method, system and device for realizing remote data transmission in passive optical network
CN106452571B (en) Electric power terminal communication access net topological relation faulty section determines and analysis method
CN101431371B (en) Method and apparatus for signal channel protection switching of optical network equipment
CN101188502A (en) Ethernet passive optical network transmission unit with telecom E1 interface
CN101945309A (en) Method, system and device for realizing bidirectional communication by combining passive optical network with power-line carrier
CN104080019A (en) Novel power automatic information transmission platform
CN110557693A (en) Optical network protocol analyzer
CN100417082C (en) Method for Terminal Management of Ethernet-Based Passive Optical Network
JP2012080401A (en) Multistep optical access device, and management method of multistep optical access device
JP2009171441A (en) Home side device registration method, ASON system and station side device
CN101212255B (en) Dynamic bandwidth adjustment and fault protection method and device for optical access network
CN101753211A (en) A kind of test method and device
CN101141194B (en) Method of remote managing user side equipment in passive optical network system
CN101459472A (en) Method, system and apparatus realizing remote data transmission in passive optical network
US20130315238A1 (en) Method and Apparatus for Extending Multipoint Control Protocols to Mixed Media Access Systems
CN101001120B (en) Relay system of Ethernet passive optical network and using method thereof
CN107465541B (en) GPON remote equipment and management method thereof
CN103220044B (en) A kind of optical access network system, Apparatus and method for
CN101610239B (en) Device and method for realizing in-band OMA between OLT and ONUs in GEPON
CN104137444A (en) Wavelength identification method, device, and system
CN102223185A (en) Method and system for determining topology structure of passive optical network
CN210405508U (en) Video monitoring system based on EPON (Ethernet passive optical network)

Legal Events

Date Code Title Description
PB01 Publication
PB01 Publication
SE01 Entry into force of request for substantive examination
SE01 Entry into force of request for substantive examination
GR01 Patent grant
GR01 Patent grant