GIS for Telecommunication
GIS can be used to great success in the telecommunications industry, including designing and applying efficient infrastructure to power 5G. Throughout the stages of development, GIS makes each step easier.
Geographic Information Systems (GIS) bring that information together. This creates one central location for anyone in the organisation to use, make and share maps based on their identity and job role. A GIS includes multiple aspects, including:
Maps: Maps act as the interchangeable geographic layers of the system.
Data: The digital data sets of geographic, vector and raster data are
processed for easy understanding.
Apps: These are the lenses through which maps and data are viewed and
interrogated.
FTTH Network Design and Mapping
It uses a shared optical fibre to attach the central with a passive optical splitter that's able to accommodate multiple optical connections with customers. The PON splitting is also achieved by centralised splitting (one-level) or by cascaded splittings (two-level or more).
Fibre optic network style refers to the specialised processes resulting in a fortunate installation and operation of a fibre optic network. Fibre to the home (FTTH) is the delivery of a communications signal over optical fibre from the operator's switching equipment all the way to a home or business, thereby replacing existing copper infrastructure such as telephone wires and coaxial cable.
Advantages of FTTH Service providers:- High transmission medium and speed.
- Security against interference.
- Fast and easier installation.
- Cheaper maintenance and accessibility
- Easy adding of additional users.
Our GIS Telecom Mapping Services
Telecom Network Operations and Maintenance
Optimizing network operations and maintenance not only strengthens communication networks but also provides more support for the people, processes, and systems that maintain and manage telecom networks.
FTTH Network Planning
Communications service providers (CSPs) can use new tools for planning, design, and engineering. We offer project operational awareness as they invest in and build out 5G, DOCSIS 4.0, software-defined networks (SDN), and expanded fiber to deliver next-gen networks.
GIS Telecom Capacity Management
We provide the services to whom they have not reached yet is known as Telecom capacity management & Demand forecasting. With our GIS mapping services, it helps in locating the regions and areas on their map, where they have not reached yet, or where they need to improve.
Telecom Personal Management
GIS can help telecom companies to identify the areas where there is the requirement of the personnel. With our gis mapping services, it is easy for telecom companies to enhance the areas where network is required based on the optimal use of resources.
Telecom Market Segment
With the help of GIS, our market segmentation can be prepared more efficiently on the map design for the telecom sector. On the basis of complaints and grievances of the consumer from different regions, it becomes easy for them to allocate the towers.
Real-time Network Structure
With GIS mapping services, Telecom industries can easily access network points and where the signals are reachable or not, whether the signal is weak or good. We help them in analyzing the network design and structure status for a particular region.
Sales and Marketing
Revenue growth starts with understanding market demand and performing sales analysis. Ensuring successful customer journey by accurate qualification, prospect and fulfilling service. Retaining and upselling the customer for continued revenue streams. We help CSPs increase revenue by leveraging geospatial data and marketing or sales analytics to find niches and upsell opportunities.
Customer Service
Just as important as download speeds for today's telecom organisations are the customer experience and customer retention. Polosoft plays an important role in helping telecom industries to improve customer experience by identifying pain points, reducing churn rate, and refining its operations and maintenance. Our solutions can support faster disaster response & reduce network downtime.
IT and Location Services
Keeping up with competition and customer expectations means communications service providers (CSPs) need to speed digital transformation efforts. Telecommunications industries can use GIS (Geographic information system) to transform faster while gaining a competitive edge by using location services and maps in new Internet of Things (IoT) technology and services for smart cities.
Benefits of GIS in Telecommunication Network Mapping
Telecom Operation:
GIS can help the telecom industry with increased
access to and reliability of infrastructure data, simplify planning, decreasing
operating costs, and improve the response time to network issues.
Topological survey:
Deciding where network components should be placed
and how they should be connected with topographical data relative to tower location by
report easement, boundary, zoning, utility, and access information.
Network synthesis:
It is an important parameter of telecom system
reliability. Maximum reliability can be used to determine a lower bound of minimum number of
edges in the network which may satisfy the reliability constraint.
Network realisation:
Creating a strategy on how to meet network capacity
requirements and maintain system reliability for an area. This ensures that your network
performs with a consistently high level of performance.
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