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Optical architecture and interface lightguide unit for fiber-to-the-home feature of the AT&T SLC Series 5 carrier system

机译:用于AT&T SLC Series 5载波系统的光纤到户功能的光学架构和接口光导单元

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The subscriber loop has evolved from analog transmission on passive copper through digital carrier on copper to initial applications of fiber to customer premises. In planning its initial deployment of fiber to customer premises, AT&T analyzed a variety of optical devices and transmission techniques. It was decided to employ 1300-nm laser-based baseband duplex transmission employing fused fiber splitter devices. An optical interface lightguide unit was designed to house the optical components and protect them during assembly to a transceiver circuit board. This unit has proved compatible with a mass production factory environment. The optical transceivers have been deployed to sites throughout the US and have been performing reliably since the fall of 1988. The author discusses the choice of media, source, and wavelength; the lightguide unit; and the system characteristics.
机译:用户环路已经从无源铜缆上的模拟传输到铜缆上的数字载波发展到光纤到客户场所的最初应用。在计划将光纤初步部署到客户场所时,AT&T分析了各种光学设备和传输技术。决定采用融合光纤分路器设备的基于1300 nm激光器的基带双工传输。光学接口光导单元旨在容纳光学组件并在组装到收发器电路板上的过程中对其进行保护。实践证明,该装置可与批量生产工厂环境兼容。自1988年秋以来,该光收发器已部署到整个美国各地,并且性能可靠。作者讨论了介质,源和波长的选择;导光单元;和系统特征。

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