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Potential applications of micro-optic technology for next-generation fibre optics connectivity solutions exploitable in access networks

机译:微光学技术在接入网络中可利用的下一代光纤连接解决方​​案中的潜在应用

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摘要

The potential of fibre-optic connectivity based on micro-optical components for deployment at particular nodes of telecom access networks will be addressed. Low-cost micro-optic components which can be manufactured by high volume replication techniques can provide new functionalities or lead to optical performance improvements of permanent or demateable fibre connections. Some of the most interesting applications involving refractive micro lenses and new fibre alignment structures will be highlighted. Numerical simulations will be presented showing that expanded beam connectors are more robust to pollution than physical contact ferrule-based connectors. The advantages and drawbacks of expanded beam fibre coupling versus physical contact connectivity based on existing and micro-optical structures are discussed.
机译:将探讨基于微光学组件的光纤连接在电信接入网络的特定节点上部署的潜力。可以通过大量复制技术制造的低成本微光学组件可以提供新的功能,或者可以改善永久性或可配对光纤连接的光学性能。将重点介绍一些最有趣的应用,其中包括折射微透镜和新的光纤对准结构。将提供数值模拟,显示扩展束连接器比基于物理接触套圈的连接器对污染的抵抗力更强。讨论了基于现有和微光学结构的扩展束光纤耦合相对于物理接触连接的优缺点。

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