TAILIEUCHUNG - Utilizing a plug-and-play architecture to drive down architecture to drive down

The goal for bringing the promise of fiber to residential subscribers is to install flexible and reliable fiber-to-the-premise (FTTP) architectures at the lowest possible cost. Plug-and-play architectures provide significant advantages, such as reducing the need for highly-skilled technicians to perform installation tasks and enabling easy access to facilitate maintenance and troubleshooting. | Utilizing a plug-and-play architecture to drive down network construction costs Utilizing a plug-and-play architecture to drive down network construction costs The goal for bringing the promise of fiber to residential subscribers is to install flexible and reliable fiber-to-the-premise FTTP architectures at the lowest possible cost. Plug-and-play architectures provide significant advantages such as reducing the need for highly-skilled technicians to perform installation tasks and enabling easy access to facilitate maintenance and troubleshooting. This paper will explore plug-and-play technology improvements for FTTP networks - from the central office CO through the outside plant OSP and into the structure. Today many service providers are also focused on multiple dwelling units MDUs because of their potential for high revenues. Still unique circumstances inherent in any FTTP situation will dictate exactly what methodology and equipment will be the best fit. Installing a plug-and-play architecture will provide very cost-effective bandwidth delivery by reducing the number of splices splice technicians and splice crews required to turn up services. This paper explains the benefits of implementing plug-and-play techniques beginning at the CO and working through the OSP and into the subscriber premise. Using plug-and-play architectures throughout the FTTP architecture will streamline the connection process by simplifying the logistics enabling fast and reliable deployments - and more importantly a faster return-oninvestment for providers. From the CO A key plug-and-play feature within the CO is the multi-fiber push-on MPO connector. These connectors are an industry standard defined by Telcordia GR-1435 and this document defines the baseline requirements for performance levels. The MPO connector enables multiple fibers to be terminated with one connection as opposed to individual SC connectors for each individual fiber. Although the MPO connector has existed for several

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