STATION-SIDE APPARATUS AND FRAME TRANSFER APPARATUS
    1.
    发明申请
    STATION-SIDE APPARATUS AND FRAME TRANSFER APPARATUS 有权
    台式装置和框架传送装置

    公开(公告)号:US20140105602A1

    公开(公告)日:2014-04-17

    申请号:US14119186

    申请日:2012-06-27

    CPC classification number: H04B10/2503 H04L12/44 H04L12/4641 H04L47/25

    Abstract: Identifier information (LLID) of an ONU and transfer instruction information indicating a transmission system as the output destination of a downstream frame are registered in a table (22) in correspondence with each of the destination IDs of the ONUs or user apparatuses connected to the ONUs. Upon receiving a downstream frame from a host apparatus, a frame transfer processing unit (20) acquires an LLID and transfer instruction information corresponding to the destination ID of the downstream frame from the table (22).

    Abstract translation: ONU的标识符信息(LLID)和指示作为下游帧的输出目的地的传输系统的传输指令信息被登记在与ONU的连接到ONU的用户设备的每个目的地ID相对应的表(22)中 。 帧传送处理部(20)从主机装置接收到下行帧时,从表(22)获取对应于下游帧的目的地ID的LLID和传送指示信息。

    OLT and frame transfer control method
    2.
    发明授权
    OLT and frame transfer control method 有权
    OLT和帧传输控制方法

    公开(公告)号:US09112772B2

    公开(公告)日:2015-08-18

    申请号:US14118889

    申请日:2012-06-28

    CPC classification number: H04L43/022 H04B10/0773 H04Q11/0067 H04Q11/0071

    Abstract: In a control frame processing unit (14), the number of control frames from a frame demultiplexing unit (13) is counted for each of LLIDs given to the control frames. If the number of frames during a predetermined count period is equal to or smaller than a preset threshold, some or all of the control frames are written in a storage device (30) as processing data. When the number of frames has exceeded the threshold, writing data of the control frames having the LLID in the storage device is stopped. Hence, even when the number of control frames from ONUs increases, software processing can be executed properly.

    Abstract translation: 在控制帧处理单元(14)中,对于给予控制帧的每个LLID,对来自帧解复用单元(13)的控制帧的数量进行计数。 如果在预定计数期间中的帧数等于或小于预设阈值,则将一些或所有控制帧作为处理数据写入存储装置(30)。 当帧数超过阈值时,停止在存储装置中写入具有LLID的控制帧的数据。 因此,即使当来自ONU的控制帧的数量增加时,也可以正确执行软件处理。

    Wavelength allocation method, a transmission equipment and receiving equipment using this method and a wavelength division multiplex transmission system
    4.
    发明授权
    Wavelength allocation method, a transmission equipment and receiving equipment using this method and a wavelength division multiplex transmission system 失效
    波长分配方法,使用该方法的传输设备和接收设备以及波分复用传输系统

    公开(公告)号:US06545780B1

    公开(公告)日:2003-04-08

    申请号:US09295452

    申请日:1999-04-21

    CPC classification number: H04J14/0224

    Abstract: By using a combination of a plurality of completely unequally spaced channel allocations, the influence of four wave mixing is mitigated even while it is incompletely unequally spaced channel allocation, and it is possible both to decrease the occupied bandwidth and increase the number of channels. A plurality of completely unequally spacing channel allocations are combined, and the number of channels changes depending on the amount of scattering of an optical fiber and the frequency that there exists zero dispersion wavelengths on a transmission path. The completely unequally spaced channel allocations of N1-channels in a first wavelength region including the zero dispersion wavelength &lgr;0 or the mode zero dispersion wavelength &lgr;A are partitioned, and then in sequence the completely unequally spaced channel allocation of N2-, N3-, . . . , channels is partitioned, and the wavelength interval of N channels is set by combining all or a part thereof (where N1≧N224 . . . >Nj≧Nk−1≧Nk).

    Abstract translation: 通过使用多个完全不等间隔的信道分配的组合,即使在信道分配不完全不均匀的情况下也可以减轻四波混频的影响,并且可以减少占用带宽并增加信道数。 多个完全不等间隔的信道分配被组合,并且信道数量根据光纤的散射量和在传输路径上存在零色散波长的频率而改变。 在包括零色散波长lambd0或模式零色散波长lambdA的第一波长区域中N1通道的完全不等间隔的通道分配被划分,然后依次是N 2,N 3,...的完全不等间隔的信道分配。 。 。 分配通道,通过组合其全部或部分(其中N1> = N224 ... Nj> = Nk-1> = Nk)来设置N个通道的波长间隔。

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