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    • 6. 发明申请
    • NETWORK INTERFACE DEVICE MANAGEMENT USING MANAGEMENT TRANSPORT CHANNEL
    • 使用管理运输通道的网络接口设备管理
    • US20100169506A1
    • 2010-07-01
    • US12347678
    • 2008-12-31
    • Roman R. KRZANOWSKIHicham ZHIRI
    • Roman R. KRZANOWSKIHicham ZHIRI
    • G06F15/16
    • H04L41/04
    • A master network interface device (M-NID) receives, from a network management system (NMS) via a first peer-to-peer (P2P) transport channel, first data destined for a first client network interface device (C-NID), where the first data is associated with network management functions. The M-NID further receives, from the NMS via the first P2P transport channel, second data destined for a second C-NID, where the second data is associated with network management functions. The M-NID forwards the first data from the M-NID to the destination first C-NID via a second P2P transport channel that is different than the first P2P transport channel. The M-NID also forwards the second data from the M-NID to the destination second C-NID via a third P2P transport channel that is different than the first P2P transport channel.
    • 主网络接口设备(M-NID)经由第一对等(P2P)传输信道从网络管理系统(NMS)接收去往第一客户端网络接口设备(C-NID)的第一数据, 其中第一个数据与网络管理功能相关联。 M-NID还经由第一P2P传输信道从NMS接收目的地为第二C-NID的第二数据,其中第二数据与网络管理功能相关联。 M-NID经由与第一P2P传输信道不同的第二P2P传输信道将第一数据从M-NID转发到目的地第一C-NID。 M-NID还经由与第一P2P传输信道不同的第三P2P传输信道将第二数据从M-NID转发到目的地第二C-NID。
    • 10. 发明申请
    • COMPACT FIBER DISTRIBUTION HUB
    • 紧凑型纤维分配机构
    • US20100142888A1
    • 2010-06-10
    • US12331783
    • 2008-12-10
    • Ludwig C. GraffVijay Jain
    • Ludwig C. GraffVijay Jain
    • G02B6/36G02B6/28
    • G02B6/4466
    • A device may provide a first opening via which a feeder optical fiber cable that carries an input signal enters the device. In addition, the device may include a slot configured to retain a splitter module. The splitter module may include a single-fiber input cable that receives and carries the input signal from the feeder optical fiber cable, an optical splitter that receives the input signal from the single-fiber input cable, splits the input signal into a plurality of output signals, and transmits each of the plurality of output signals, and a multi-fiber output cable that receives the plurality of output signals from the optical splitter and carries the plurality of output signals. The device may also provide a second opening via which a multi-fiber distribution cable that receives the plurality of output signals from the multi-fiber output cable exits the device. The multi-fiber distribution cable may carry the plurality of output signals.
    • 设备可以提供第一开口,通过该第一开口传送输入信号的馈电光纤线路进入该设备。 另外,设备可以包括被配置为保持分离器模块的槽。 分离器模块可以包括单纤维输入电缆,其接收并携带来自馈电光纤电缆的输入信号,接收来自单光纤输入电缆的输入信号的光分路器,将输入信号分成多个输出 信号,并发送多个输出信号中的每一个,以及从光分路器接收多个输出信号并承载多个输出信号的多光纤输出电缆。 该装置还可以提供第二开口,通过该第二开口接收来自多光纤输出电缆的多个输出信号的多光纤分配电缆离开设备。 多纤维配线可以承载多个输出信号。