Implementación y verificación de un enlace todo-óptico de banda ancha mediante fibras especiales en la última milla

A greenfield installation of an all-optical system that adjusts to the in force regulation in one-family housings is developed. The reproduction of the final section of the access network, it offers a spatial and descriptive vision of the configuration FTTH. The implantation in the last mile of the special fibers AllWave FLEX ZWP and AllWave Zero Water Peak (ZWP) with the external coating of B3CABLE SOLUTIONS is a highly satisfactory solution. The profile G.652 constitutes a notable solution for the distribution networks whereas the insensitive fiber to curvatures is positioned as suitable solution for the most demanding assaults from the physical point of view

Pérdidas en curvaturas del estándar de fibra óptica g-657 para su implantación en la última milla

The solutions based on FTTx are in continuous expansion, parallel to their associate problematic. Due to the lack of a mathematical trustworthy model who predicts the bend losses of an optical fiber in conjunction with climatic fluctuations, in this work the characterization of special fibers for their implantation in the last mile of an hypothetical broad band system is presented; characterization that returns in essentially to guarantee his suitability in a certain environment and subject to variations. The fiber tested supports perfectly the most aggressive tests with real applicability against his structure, without exceeding the limits of the manufacturer and this way one concludes his suitability for this intention

Special optical fibers characterization for implantation in the last mile

Ingeniería de Telecomunicació