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    • 1. 发明申请
    • LONG-DISTANCE PASSIVE OPTICAL NETWORK USING THE OFF-SITE MODULATION OF AN OPTICAL AMPLIFYING SIGNAL
    • 使用光学放大信号的离场调制的长距离被动光网络
    • WO2008009849A2
    • 2008-01-24
    • PCT/FR2007051673
    • 2007-07-17
    • FRANCE TELECOMGENAY NAVEENAPINCEMIN ERWANLE GUYADER BERTRAND
    • GENAY NAVEENAPINCEMIN ERWANLE GUYADER BERTRAND
    • H04B10/2587
    • H04B10/2587
    • The invention relates to a passive optical network comprising an optical exchange (OC) linked to at least one item of line termination equipment (27i) by at least one branch of said network (24, 26j), said branch comprising at least one passive amplifying medium (24, 28), said exchange comprising - means (20) for sending/receiving a first optical data signal, - first amplifying means (210, 21), comprising means for sending at least one second optical amplifying signal, said second signal exciting the amplifying medium in such a way as to amplify the optical power of an optical signal, said line termination device comprising:- means (R') for receiving the first optical signal, - means (35) for modulating the second optical amplifying signal - means (30) for injecting said second modulated signal into said network.
    • 本发明涉及一种无源光网络,包括通过所述网络(24,26j)的至少一个分支连接到至少一个线路终端设备(27i)的光交换机(OC),所述分支包括至少一个无源放大器 介质(24,28),所述交换机包括 - 用于发送/接收第一光数据信号的装置(20), - 第一放大装置(210,21),包括用于发送至少一个第二光放大信号的装置,所述第二信号 激励放大介质以放大光信号的光功率,所述线路终端设备包括: - 用于接收第一光信号的装置(R'), - 用于调制第二光放大信号的装置(35) - 用于将所述第二调制信号注入所述网络的装置(30)。
    • 2. 发明申请
    • LONG RANGE OPTICAL NETWORK WITH LOCATION OF AN AMPLIFICATION MEANS AT THE OPTICAL EXCHANGE
    • 长距离光网络在光学交换中的放大方式
    • WO2009001018A3
    • 2009-02-19
    • PCT/FR2008051040
    • 2008-06-11
    • FRANCE TELECOMGENAY NAVEENABROCHIER NICOLASLANDOUSIES BERNARD
    • GENAY NAVEENABROCHIER NICOLASLANDOUSIES BERNARD
    • H04B10/297
    • H04B10/2972
    • The invention relates to a passive optical network including an optical exchange connected by at least one optical fibre defining a branch of said network to at least one first optical component, said optical exchange including: a means for transmitting/receiving at least one optical data signal; a means for transmitting at least one optical amplification signal; said branch allowing the bi-directional transmission of the optical data signal and of the optical amplification signal. In this network, the branch includes at least one passive amplification device for the optical data signal, said device including: a first passive amplification medium capable of amplifying the optical power of the optical data signal when the latter is transmitted through the branch in a first direction; a second passive amplification medium capable of amplifying the optical power of the optical data signal when the latter is transmitted through the branch in a second direction, the first and second passive amplification media being excited by the optical amplification signal; a means for the selection of optical power gain of the first and second amplification media based on the optical losses respectively associated with the first and second transmission directions of the optical data signal.
    • 本发明涉及一种无源光网络,包括由至少一个光纤连接的光交换机,所述至少一个光纤将所述网络的分支定义到至少一个第一光学部件,所述光交换机包括:用于发送/接收至少一个光数据信号的装置 ; 用于发送至少一个光放大信号的装置; 所述分支允许光数据信号和光放大信号的双向传输。 在该网络中,该分支包括用于光学数据信号的至少一个无源放大装置,所述装置包括:第一无源放大介质,其能够在第一无源放大器中通过分支以第一 方向; 第二无源放大介质,当第二无源放大介质在第二方向通过分支传输时能够放大光学数据信号的光功率,第一和第二无源放大介质被光放大信号激发; 用于基于与光学数据信号的第一和第二传输方向分别相关联的光学损耗来选择第一和第二放大介质的光功率增益的装置。