Geographic information systems, also known as GIS, allow the implementation of telecommunication optimization strategies in a simple way. These GIS tools are especially useful in highly populated places or in which they have a complex orography, because they offer the necessary information to work on the ground with greater efficiency.
What are GIS? It is important to take into account the general concept to understand its importance in telecommunications in general and the possibility of working with FTTH and NGN networks. Geographic information systems function as a set of applications or tools that allow access to large amounts of information in such a way that it can be used for the best of various services. In the case of telecommunications, the information obtained can serve as different tasks as the placement of new antennas that serve to improve the service or the layout of fiber networks that facilitate Internet access even to the population centres More secluded.
All the information collected ends up reverting to a database from which it is possible to work in a precise way understanding the needs that a space can have to improve the quality of its telecommunications service. Telecommunications optimizations as has already been clear, GIS management tools end up being a means to make the networks better designed from any point of view. For example, FTTH or fiber to the house get a better quality of the signal reaching secluded places that previously were left out of their coverage. A good example of what can be done with GIS is the placement of repeating antennas in a way that optimizes the resources that are working and the quality of the signal that will be offered. This is critical for companies in the telecommunications sector for various reasons. One of them is to get a better performance of the facilities with an investment of technical and human capital less than required with other systems.
Another reason is to offer a service with a much higher objective quality IE, mount an external plant that wants to extend FTTH networks or NGN from remote places to any other point is a complex task that greatly improves with the tools Gis. With them will be known the terrain, the precise location of other stations and other similar data being able to give way to a design of the networks that support the operation of the external station with total security.