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Results from EU FP7 Project OASE on Next-Generation Optical Access

机译:欧盟FP7项目OASE对下一代光学访问的结果

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Over the last three years, a comprehensive techno-economic analysis of Next-Generation Optical Access (NGOA) has been performed in the EU FP7 project OASE (Optical Access Seamless Evolution). Several types of Passive as well as Active Optical Networks (PON/AON) have been investigated, with regard to system, cabling and fiber cost, and Operational Expenditures (OpEx) including operations, maintenance, and energy-consumption cost. The analysis was performed for several degrees of active-site consolidation as well as for several sustainable per-client bit rates. Here, the analysis of the relevant PON approaches is presented with focus on system and infrastructure costs. With increasing site-consolidation degree and per-client bit rate, the optimum solution shifts from G-PON / XG-PON1 towards WDM-based PON solutions.
机译:在过去三年中,在欧盟FP7项目OASE(光学访问无缝演进)中,已经在下一代光学访问(NGOA)进行了全面的技术经济分析。关于系统,布线和光纤成本以及包括运营,维护和能耗成本的操作支出(OPEX),已经研究了几种类型的被动以及有源光网络(PON / AON)。对几个有效的站点固结以及几个可持续的每客户比特率进行了分析。在这里,介绍了对相关PON方法的分析,重点是系统和基础设施成本。随着站点整合程度和每个客户端比特率的增加,最佳解决方案从G-PON / XG-PON1转向基于WDM的PON解决方案。

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