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    • 2. 发明申请
    • ARRANGEMENT FOR DEPLOYING CO-EXISTING GPON AND XGPON OPTICAL COMMUNICATION SYSTEMS
    • 配置共存GPON和XGPON光通信系统的安排
    • WO2013036945A1
    • 2013-03-14
    • PCT/US2012/054487
    • 2012-09-10
    • OFS FITEL, LLCZHU, Benyuan
    • ZHU, Benyuan
    • H04J14/06
    • H04Q11/0067H04B10/2503H04J14/0227H04J14/0246H04J14/0247H04J14/025H04J14/0252H04J14/0282H04Q2011/0086
    • A passive, coexisting 10 Gb/s passive optical network (XGPON) and Gb/s passive optical network (GPON) is created by using a pair of counter-propagating laser pump sources at a network-based optical line terminal, in combination with a feeder fiber, to create distributed Raman amplification for the upstream signals associated with both GPON and XGPON systems. A passive remote node is located at the opposite end of the feeder fiber, in the vicinity of a group of end-user locations, and includes a cyclic WDM and a pair of power splitters for the GPON and XGPON signals such that the GPON signals are thereafter directed through a first power splitter into optical network units (ONUs) specifically configured for GPON wavelengths and XGPON signals are directed through a second power splitter into ONUs configured for the XGPON wavelengths.
    • 通过在基于网络的光线路终端上使用一对反向传播的激光泵源,创建了一个被动的,共存的10 Gb / s无源光网络(XGPON)和Gb / s无源光网络(GPON),并结合 为与GPON和XGPON系统相关的上行信号创建分布式拉曼放大器。 无源远程节点位于馈线光纤的相对端,位于一组最终用户位置附近,并且包括用于GPON和XGPON信号的循环WDM和一对功率分配器,使得GPON信号为 之后通过第一功率分配器引导到专门配置用于GPON波长的光网络单元(ONU),并且XGPON信号通过第二功率分配器引导到为XGPON波长配置的ONU。