Diseño de una red Fiber to the Home con estándar Gigabit Passive Optical Network para optimizar las comunicaciones en la Ciudad Universitaria de la Universidad San Luis Gonzaga - 2022
Fecha
2025
Asesor
Título de la revista
ISSN de la revista
Título del volumen
Editor
Universidad Nacional San Luis Gonzaga
Resumen
En este trabajo de investigación se elabora una red de transmisión de información que utiliza la
tecnología Gigabit Passive Optical Network (GPON) con el fin de mejorar la red de datos de la
Universidad de San Luis Gonzaga. Este sistema de datos ofrecerá acceso a servicios de
telecomunicaciones en el campus universitario con velocidades de carga y descarga rápidas. Con
estos datos, analizamos la situación actual de la infraestructura de red en el campus universitario,
y con esta información se diseñará la red GPON utilizando Google Earth. Igualmente, se
consideran los parámetros de la normativa vigente ITU G.984.x para lograr un diseño
estandarizado. Asimismo, se discute el concepto teórico de la fibra óptica destinada a redes que
utilizan el estándar GPON. Después, se determinaron los niveles óptimos adecuados para asegurar
la estabilidad y viabilidad de la red. Finalmente, se llegó a la conclusión de que la ejecución de
este proyecto podría cubrir la necesidad de nuevas tecnologías de comunicación requeridas por
estudiantes, trabajadores y docentes.
In this research work, an information transmission network using Gigabit Passive Optical Network (GPON) technology is developed in order to improve the data network of Saint Louis Gonzaga University. This data system will provide access to telecommunications services on the university campus with fast upload and download speeds. With this data, we analyze the current situation of the network infrastructure on the university campus, and with this information, the GPON network will be designed using Google Earth. Likewise, the parameters of the current ITU G.984.x standard are considered to achieve a standardized design. Likewise, the theoretical concept of optical fiber for networks using the GPON standard is discussed. Then, the optimal levels suitable to ensure the stability and viability of the network were determined. Finally, it was concluded that the execution of this project could cover the need for new communication technologies required by students, workers and teachers.
In this research work, an information transmission network using Gigabit Passive Optical Network (GPON) technology is developed in order to improve the data network of Saint Louis Gonzaga University. This data system will provide access to telecommunications services on the university campus with fast upload and download speeds. With this data, we analyze the current situation of the network infrastructure on the university campus, and with this information, the GPON network will be designed using Google Earth. Likewise, the parameters of the current ITU G.984.x standard are considered to achieve a standardized design. Likewise, the theoretical concept of optical fiber for networks using the GPON standard is discussed. Then, the optimal levels suitable to ensure the stability and viability of the network were determined. Finally, it was concluded that the execution of this project could cover the need for new communication technologies required by students, workers and teachers.
Descripción
Palabras clave
Fibra Óptica, Simultaneidad, Ancho de Banda, ITU G.984, Fiber Optic