Bibliographic citations
Palla, C., Kohatsu, C. (2024). Propuesta de Diseño de Implementación de un Nodo de Telecomunicaciones Para la Ampliación de Cobertura de Fibra Óptica del servicio de Internet en el Centro Poblado de Chosica [Trabajo de suficiencia profesional, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/674506
Palla, C., Kohatsu, C. Propuesta de Diseño de Implementación de un Nodo de Telecomunicaciones Para la Ampliación de Cobertura de Fibra Óptica del servicio de Internet en el Centro Poblado de Chosica [Trabajo de suficiencia profesional]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2024. http://hdl.handle.net/10757/674506
@misc{renati/419151,
title = "Propuesta de Diseño de Implementación de un Nodo de Telecomunicaciones Para la Ampliación de Cobertura de Fibra Óptica del servicio de Internet en el Centro Poblado de Chosica",
author = "Kohatsu Shiroma, Carlos Enrique",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2024"
}
Due to the increasing demand for various telecommunication services; such as internet, cybersecurity, data center, cloud services, among others, for the business sector and state entities; It is critical as a company in the sector to have a node or Point of Presence (Node) close to the areas of interest, as well as a fiber optic deployment for a primary network and subsequent growth, which will allow it to be the first centralized interconnection point with customers within the infrastructure of an Internet Service Provider (ISP). The present proposal for the Implementation Design of a Telecommunications Node for the Expansion of Fiber Optic Coverage of the Internet service in the Center of Chosica aims to show the criteria and good practices used for the design of the node and the distribution of a Primary fiber optic network that will allow high-speed data transfer. At the level of the implementation of the PoP, the electrical energy part is contemplated where autonomy, protection against electrical variations, type of batteries will be taken into account; and at the air conditioning level, the appropriate system will be validated so that the networking equipment can work in the appropriate conditions. At the fiber optic level, the type of optical fiber to be used and its characteristics will be taken into account. A topology of a primary network will be shown that will begin its fiber optic deployment from an existing node to the node in the town center of Chosica, Optical network terminals will be located in strategic areas for growth in the area; Likewise, recommended construction practices are mentioned for the subsequent activation of services and maintenance.
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