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Novel infrastructure network design approach to support resilience in FTTx deployments

机译:新颖的基础架构网络设计方法可支持FTTx部署中的弹性

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摘要

If predictions of consumer usage of highbandwidth "on-net" services and behavioral changes are realized, the network that delivers these services must be significantly more reliable and future-proof than currently achievable to meet customers?? expectations. Fiber plant infrastructure constitutes the biggest single cost item in FTTx deployments and represents a major barrier for rolling out resilient fiber access network configurations. This article proposes how, with an incremental cost to typical FTTx infrastructure deployments, a new duct network architecture can be implemented, enabling the deployment of resilient access networks, which dissolves the artificial demarcations of central office boundaries and removes the distinction between the backhaul/metro and access domains. This article describes how the proposed infrastructure architecture would be implemented in practice and preliminary results that demonstrate the low risk for the network operator to realize this proposal, which offers significant benefits.
机译:如果实现了对消费者对高带宽“在线”服务使用情况和行为变化的预测,则提供这些服务的网络必须比目前满足客户需求的网络更加可靠和面向未来。期望。光纤工厂基础设施是FTTx部署中最大的单一成本项目,并且是推出弹性光纤接入网络配置的主要障碍。本文提出了如何通过增加典型FTTx基础架构部署成本的方式来实现新的风管网络架构,从而实现弹性接入网络的部署,从而解决了中心局边界的人为划分,并消除了回程/城域之间的区别和访问域。本文介绍了如何在实践中实施所建议的基础架构,并给出了初步结果,这些结果证明了网络运营商实现此建议的风险较低,具有很大的优势。

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