Visicom is a global provider of Digital Mapping Products
for RF planning and optimization
We have been focusing on telecom market for more than 17 years and manufacturing high-quality geodata for accurate network design
Wherever you are we have a product tailored to your needs and budget
Geodata portfolio
Get the information about available maps for cities and countries over the world.
850+ 3D City Models
4000+ 2D Urban Models
60+ Countrywide model for regional planning
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Projects
  • 3D GEODATA FOR 5G NETWORKS

    5G networks development requires new technologies of production and representation of high-resolution geodata. Our 3D Data contain all the terrain features, as well as buildings and trees, and provide the advanced accuracy that engineers need for 5G planning

    1 OR 2 M RESOLUTION MODEL FITTED FOR MMWAVE FREQUENCIES CHARACTERISTICS - FUNDAMENTAL INPUT FOR RF DESIGN

    • 3D BUILDINGS: small roof details, 1-2 m accuracy in height
    • 3D BRIDGES: precise and detailed engineering constructions
    • 3D VEGETATION (TREES MODEL): detailed vegetation with assigned height attributes specifically produced for 5G planning
    • DTM: 1-2 m height accuracy in terrain features
    • DSM: all terrain features, either manmade or natural, as well as buildings and trees
    • CLUTTER/LAND USE: includes all obstacles features and detailed vegetation layer
    • DATA FORMAT: compatible with any rf planning software and propagation models

    Download the booklet and ask us for free data samples  to research details.

  • 3D Model of San Francisco (USA)

    San Francisco, CA, USA
    3D Model LOD2
    Area: 5 sq.km
    Resolution: 2 m

    3D building model for CBD area are created at 2 levels of detail (LOD). Building heights were captured from 0.3 m resolution stereo images, providing the geometry and precise roof. Height attributes were assigned to each building footprint, calculated from the ground and non-ground LiDAR datasets. The height attribute allowed simple building shapes to be extruded to their derived height attribute, thereby creating models at LOD_2.
    Download the booklet 3D map of San Francisco and free data sample of 3D model of San Francisco to research details.

  • 3D Textured City Models

    We provide complete representation of client’s real world, bringing together all relevant aspects of 3D environment. 3D building shapes, heights and textures can be derived from stereo satellite images,air photos, LIDAR data and digital photos.

    LOD1, LOD2, LOD3, LOD4 city models are a mainstay for various applications in urban planning:

    • Simulation, analysis and visualization of urban areas
    • Risk assessment, planning for natural catastrophes
    • Environment monitoring, planning, and management
    • Emergency facilities planning
    • Interactive 3D tourist guides for mobile devices

    Please contact us to receive the data sample for testing

  • Visicom has a great reputation in the quality of service and deliverance, they never fail to deliver on time and are able to process orders efficiently and effectively.
    Gilles Missud
    Executive Vice President — ATDI-France
News
  • 03 April 2018
    2D RF model of Connecticut state (USA)

    2D Regional model is a medium-to-low-resolution database designed for large-area RF planning. It's the ideal solution in initial network planning and network planning in rural areas.

    2D Regional RF map of Connecticut (USA) covers 14 400 km2. We have used recent vintage imagery Sentinel of 10 m resolution to create 20 m resolution geodata. SRTM/ASTER DEM data and available topomaps were processed for DTM/DSM production. Regional Connecticut Clutter Clutter/Land Use/Land Cover are classified into different classes: classes of built-up areas, water classes, classes of landscape and vegetation. Land Use map was produced from multispectral satellite imagery by method of automatic classification with subsequent manual photo-interpretation and modification.
    2D Regional model allows quickly visualize terrain and clutter over large areas or entire countries. It consists of the following integrated layers: digital terrain model (DTM), clutter, linear vectors, orthoimage.
    Regional Connecticut DTM Data can be delivered in all major RF planning formats Regional Models may be integrated with 2D Urban ones to improve their accuracy in urban and suburban areas.

    Download free data sample to see more details.
    See also another USA 3D Models for RF planning and GIS project:
    3D Model of New York (USA)
    3D Model of San Francsco (USA)

    Send us the request for more information

  • 22 March 2018
    3D model of New York (USA)

    In urban areas with less propagation distances, dense and high-rise buildings, sometimes complicated relief, the accurate 3D geodata is an essential component of RF design: accurate simulation to support deployment, operation and optimization of mobile networks. We use recent vintage stereo imagery 0.3 m resolution to create 2 m high-resolution geodata in LOD2 quality. 3D geodata accuracy – 2-3 m in x,y,z.
    Digital Surface Model (DSM), Digital Terrain Model (DTM) and Digital Elevation Model (DHM) were produced basing on 3D terrain features which were derived from overlapping satellite imagery taken from two different locations (stereo imagery).
    Highly accurate building vectors with associated height values as attributes are captured through three-dimensional feature extraction in our photogrammetric software.
    New York Vector Clutter/Land Use/Land Cover describe the surface and built-up features which influence on radio wave propagation. They are classified into different classes: classes of built-up areas, water classes, classes of landscape and vegetation. Urban Land Use map is produced from multispectral satellite imagery by method of automatic classification with subsequent manual photo-interpretation and modification.

    Download the free data sample of New York city model and booklet about project "RF map of New York" to see more details.
    See also about 3D model of San Francisco

    Usually outside the areas of 3D city coverage, operators still require geodata for RF planning and optimization in suburbs. We propose 2D Urban Model, 2.5D Urban Models, 2D Regional Models with clutter height with 5, 10, 20 m resolution, with DTM, clutter (land use) and vector layers. Our geodata catalogue includes over 4000 cities and 60+ countries.

    Send us the request for more information

  • 02 March 2018
    2D city map of SAR (South African Republic) cities (update)

    Project for Radio Frequency planning, Geoinformation System and WEB-applications contains:

    data for RF planning:

    2D Regional Model of Cape Town – 3877 sq.km
    2D Regional Model of Johannesburg – 3182 sq.km
    2D Regional Model of Johannesburg CBD – 118 sq.km
    2D Regional Model of Johannesburg Sandton – 12 sq.km
    2D Regional Model of Pretoria – 1763 sq.km
    2D Regional Model of Pretoria CBD – 23 sq.km
    2D Regional Model of Pretoria Centurion – 19 sq.km
    2D Regional Model of Pretoria menlyn – 7 sq.km
    2D Regional Model of Durban – 1073 sq.km
    2D Regional Model of Port Elizabeth – 551 sq.km
    2D Regional Model of Port Elizabeth CBD – 38 sq.km
    2D Regional Model of Bloemfontein – 436 sq.km
    2D Regional Model of Bloemfontein CBD – 34 sq.km
    2D Regional Model of Polokwane – 99 sq.km
    2D Regional Model of Polokwane CBD – 25 sq.km
    2D Regional Model of Durban – 57 sq.km

    data for GIS project and WEB project:
    Map of Cape Town – 3877 sq.km
    Map of Johannesburg – 3182 sq.km
    Map of Johannesburg CBD – 118 sq.km
    Map of Johannesburg Sandton – 12 sq.km
    Map of Pretoria – 1763 sq.km
    Map of Pretoria CBD – 23 sq.km
    Map of Pretoria Centurion – 19 sq.km
    Map of Pretoria menlyn – 7 sq.km
    Map of Durban – 1073 sq.km
    Map of Port Elizabeth – 551 sq.km
    Map of Port Elizabeth CBD – 38 sq.km
    Map of Bloemfontein – 436 sq.km
    Map of Bloemfontein CBD – 34 sq.km
    Map of Polokwane – 99 sq.km
    Map of Polokwane CBD – 25 sq.km
    Map of Durban – 57 sq.km

    2D Regional model is a medium-to-low-resolution database designed for large-area RF planning. It's the ideal solution in initial network planning and network planning in rural areas. 2D Regional RF map of SAR (South African Republic) cities (2D city models) covers more than 11314 sq.km.
    We have used recent vintage imagery Sentinel of 2 m resolution to create 5 m resolution geodata.
    Herbon 2D DHM
    SRTM/ASTER DEM data and available topomaps were processed for DTM/DSM production.
    2D DTM
    Clutter/Land Use/Land Cover are classified into different classes: classes of built-up areas, water classes, classes of landscape and vegetation. Land Use map was produced from multispectral satellite imagery by method of automatic classification with subsequent manual photo-interpretation and modification.
    2D clutter web
    2D Regional model allows quickly visualize terrain and clutter over large areas or entire countries. It consists of the following integrated layers: digital terrain model (DTM), clutter, linear vectors, orthoimage.
    Data can be delivered in all major RF planning formats.
    Regional Models may be integrated with 2D Urban ones to improve their accuracy in urban and suburban areas.

    See also 2D Country Models of West Bank (Palestine) for RF planning and GIS project:

    Send us the request for more information

Events
GSMA Mobile World Congress Americas

Mobile World Congress

MWC Americas will debut September 12-14, 2018 in San Francisco at the Los Angeles Convention Center (LACC) and will be the premier mobile industry event for the Americas, with exhibitors representing North, Central and South America.
Welcome to our stand W.954

Contact us
VISICOM Headquarters

UKRAINE
25/2 Velyka Zhytomyrska Str.
Kyiv, Ukraine, 01001

Contact information:
Maksym PETROV
Chief of Data Processing Department
Tel.: +380 (44) 201-00-86
Tel./Fax: +380 (44) 201-00-26
Website: https://visicomdata.com
Email: radioplan@visi.com.ua

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