Telecommunications & Network Analysis
GeoMap Systems offers a range of geospatial products to suit the needs of the Telecoms Industry. Our turn-key automatic solutions are specifically designed to rapidly deliver quality mapping products for vast regions in the most cost-efficient way. Customers can select from different product packages of varying coverage and level of detail (LoD) to suit their needs.
Our customized solutions enable telecom specialists to achieve reliable simulations for a number of applications including propagation analysis, network design and Radio Frequency planning.
Mapping options:
Regional Package: 50-5m accuracy or spatial resolution
- Coverage: large regions, counties to countrywide
- Data sources: Topographic maps, SAR data and High Resolution satellite imagery
- Mapping Products include: 3DCities or 3D Building blocks, Digital Terrain Models, RealOrthos or regular Orthophotos, Land Use maps, GIS –ready vector data.
- Applications: spectrum management, Wireless network analysis, proposal presentations and visualization.
Urban Package: 5 – 0.10m accuracy or spatial resolution
- Coverage: urban and suburban areas
- Data sources: Aerial photographs, topographic maps and LiDAR
- Mapping Products include: 3DCities of varying LoD, Digital Terrain Models, RealOrthos or regular Orthophotos, Land Use maps, GIS –ready vector data.
- Applications: ray tracing, macro-cell network design, Radio Frequency and propagation analysis.
Benefits for the Telecoms Industry |
- Achieve more accurate simulation results with cost-effective yet extremely detailed City Models with our 3DCities product range. - 3DCities offer large coverage 3D City Models with detailed building roof structures at a cost and delivery speed comparable to the simple building blocks. - Automatic workflows ensure products are delivered rapidly within strict timeframes. - Adaptable to varying levels of detail and accuracy specifications. - Straightforward integration, ensuring mapping products can be integrated in simulation systems with minimum user intervention. |
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