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首页> 外文会议>Annual national fiber optic engineers conference >LC CONNECTOR- THE EMERGING CONNECTOR CHOICE IN CURRENT AND FUTURE APPLICATIONS
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LC CONNECTOR- THE EMERGING CONNECTOR CHOICE IN CURRENT AND FUTURE APPLICATIONS

机译：LC连接器 - 当前和未来应用中的新兴连接器选择

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With existing data traffic growing by 30 percent annually fueled by the explosive growth of Internet services and reductions in the cost of bandwidth, future service demand will only be satisfied by deploying the most advanced optical technologies. This need is particularly acute for future Broadband applications generating huge demands for reliable transport services, higher-density space utilization, and reduced provisioning interval. Utilizing a cost effective, proven multi-vendor "Small Form Factor" (SFF) connector that enables higher-density connector terminations with well-organized fiber management in a minimum amount of space is a solution whose time has come. Other factors that will become extremely important for Service Providers are long-term-reliability and product availability. When a connector in a backbone channel fails (e.g., optical performance degradation, unintentional disconnect, etc.), and its repair or replacement is delayed, then the potential size of lost revenue could be catastrophe depending on the application and the customers affected. In addition, some applications, such as emerging long haul systems, Dense Wavelength Division Multiplexing (DWDM) transmission, supporting Fiber-to-the-X (including Building (FTTB), Desk, Home, etc.), and higher bandwidth access to the home will demand more robust connections providing repeatable insertion and return loss. Given that every 1 dB of loss in the system results in 3-5km of reduced effective distance, a low loss connector translates to more distance between repeaters and more area coverage without expensive signal regeneration. Furthermore, as Service Providers begin to deploy services, using Passive Optical Network (PON) applications to provide Fiber to the Floor (FTTF) and Fiber to the Home (FTTH), the demand for a user-friendly and reliable connector will increase.
机译：随着互联网服务爆炸性增长的现有数据流量增长30％，互联网服务的爆炸性增长并降低带宽成本，未来的服务需求将仅通过部署最先进的光学技术来满足。对于未来的宽带应用来说，这种需求尤其剧本，对于可靠的运输服务，更高密度的空间利用率和减少的供应间隔产生巨大需求。利用成本效益，经过验证的多供应商“小型系数系数”（SFF）连接器，可以在最小的空间中具有良好组织的光纤管理的更高密度连接器终端是何时已经到来的解决方案。对服务提供商来说非常重要的其他因素是长期可靠性和产品可用性。当骨干通道中的连接器失败时（例如，光学性能劣化，无意断开等），并且其维修或更换延迟，因此丢失收入的潜在大小可能是灾难，这取决于应用程序和受影响的客户。此外，一些应用程序，如新兴长途系统，密集波分复用（DWDM）传输，支持光纤到-X（包括建筑物（FTTB），桌面，家庭等）以及更高的带宽访问家庭将需要更强大的连接，提供可重复的插入和返回损耗。考虑到系统中每1 dB的损耗导致3-5km的有效距离减​​小，低损耗连接器转化为在没有昂贵的信号再生之间的中继器和更多面积覆盖之间的距离。此外，由于服务提供商开始部署服务，使用被动光网络（PON）应用程序将光纤提供给地板（FTTF）和光纤到家庭（FTTH），对用户友好和可靠的连接器的需求将增加。

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