• 2018-04-03
    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

  • 2018-03-22
    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

  • 2018-03-02
    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

  • 2018-02-21
    High precision 2D city map of West Bank cities

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

    data for RF planning:
    2D Regional Model of Al-Ram (West Bank) – 3 sq km
    2D Regional Model of Bethlehem (West Bank) – 17,9 sq km
    2D Regional Model of Hebron (West Bank) – 48 sq km
    2D Regional Model of Jenin City (West Bank) – 14,9 sq km
    2D Regional Model of Jericho (West Bank) – 32,7 sq km
    2D Regional Model of Nablus City (West Bank) – 46,6 sq km
    2D Regional Model of Qalqilia (West Bank) – 8,7 sq km
    2D Regional Model of Ramalla (West Bank) – 29 sq km
    2D Regional Model of Salfit (West Bank) – 3,2 sq km
    2D Regional Model of Tulkarem (West Bank) – 26,4 sq km

    data for GIS project and WEB project:
    Map of Al-Ram (West Bank) – 3 sq km
    Map of Bethlehem (West Bank) – 17,9 sq km
    Map of Hebron (West Bank) – 48 sq km
    Map of Jenin City (West Bank) – 14,9 sq km
    Map of Jericho (West Bank) – 32,7 sq km
    Map of Nablus City (West Bank) – 46,6 sq km
    Map of Qalqilia (West Bank) – 8,7 sq km
    Map of Ramalla (West Bank) – 29 sq km
    Map of Salfit (West Bank) – 3,2 sq km
    Map of Tulkarem (West Bank) – 26,4 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 West Bank cities (2D city models) covers more than 230 sq.km.
    We have used recent vintage imagery Sentinel of 1 m resolution to create 2 m resolution geodata.
    Herbon 2D DHM
    SRTM/ASTER DEM data and available topomaps were processed for DTM/DSM production.
    Herbon 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.
    Jericho 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

  • 2018-02-19
    3D CITY MODELS OF INDONESIAN CITIES

    Total area of the 3D models of Indonesian cites covers more than 1900 km2.
    This project includes the following cities:
    3D model of Surabaya – 442 sq.km
    3D model of Bandung – 303 sq.km
    3D model of Denpasar – 249 sq.km
    3D model of Medan – 238 sq.km
    3D model of Semarang – 186 sq.km
    3D model of Palembang – 171 sq.km
    3D model of Makassar – 163 sq.km
    3D model of Malang – 79 sq.km
    3D model of Padang – 72 sq.km

    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).
    Surabaya DHM Highly accurate building vectors with associated height values as attributes are captured through three-dimensional feature extraction in our photogrammetric software.
    Bandung 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.
    Surabaya Clutter See also regional map of Indonesia

    Download the free data sample of Bandung city model and booklet about project "RF map of Indonesia" to see more details.

    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

  • 2018-02-16
    3D map of Jakarta (Indonesia)

    3D City model of Jakarta covers 1727 km2.
    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).
    Jakarta DEM Highly accurate building vectors with associated height values as attributes are captured through three-dimensional feature extraction in our photogrammetric software.
    Jakarta 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.
    Jakarta Clutter See also regional map of Indonesia

    Download the free data sample of Jakarta city model and booklet about project "RF map of Indonesia" to see more details.

    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

  • 2018-02-15
    2D Country map of Indonesia

    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 Indonesia covers 1 920 000 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. 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.
    Indonesia 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 the booklet about project "RF map of Indonesia" and free data sample to see more details.
    See also Indonesian 3D Models for RF planning and GIS project:

    Send us the request for more information

  • 2018-02-12
    3D MODEL OF MANDALAY (MYANMAR)

    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.

    3D City model of Mandalay covers 215 km2. 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.

    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.

    See also regional map of Myanmar and 3D City model of Yangon

    Download the free data sample and booklet about project "RF map of Myanmar" to see more details.

    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

  • 2018-02-09
    2d country map of Myanmar

    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 Myanmar covers 676578 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. 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.
    Yangon 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.

    Download the booklet about project "RF map of Myanmar" and free data sample to see more details.
    See also Myanmas 3D Model for RF planning and GIS project:
    - 3D Yangon model - 3D Mandalay model

    Send us the request for more information

  • 2018-02-09
    3D MODEL OF YANGON (MYANMAR)

    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.

    3D City model of Yangon covers 193 km2. 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.

    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.

    See also regional map of Myanmar

    Download the free data sample and booklet about project "RF map of Myanmar" to see more details.

    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

  • 2018-02-06
    3D CITY MODEL OF MECCA (Saudi Arabia)

    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.

    3D City model of Mecca (Makkah) covers 193 km2. 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.

    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.

    See also regional map of Saudi Arabia

    Download the free data sample and booklet to see more details.

    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

  • 2018-01-16
    VISICOM PROJECTS 2017: IMPRESSIVE RESULTS

    VISICOM PROJECTS 2017

    • 13 Countrywide Models with total area 6 435 761 sq.km
    • 300 2D Urban Models for 16 countries with total area 105 000 sq.km
    • 99 3D City Models for 17 countries:
    • Total area: 23134 sq.km
    • Total quantity of buildings: 24 200 317

    Regional Countrywide Models 2017

    Download Projects overview for more information.(pdf)
    Download free data samples from Visicom catalog or for any territory will be provided on your request

  • 2017-12-28
    HAPPY NEW YEAR AND MARRY CHRISTMAS

    Happy New Year and Marry Christmas!

    May the New Year bring with it exciting plans and turn it into great achievements!
    May trusted and reliable partners support You and contribute to successful and ambitiouse business projects and further creative success in the comming year!

    Visicom team with hope for successful fruitful business cooperation with you in future

  • 2017-12-14
    Regional map of West Bank (Palestine)

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

    geodata for RF planning:
    2D Regional Model of West Bank (Palestine) – 6 911 sq km

    and

    data for GIS project and WEB project:
    Map of West Bank (Palestine) – 6 911 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 West Bank (Palestine) (country model) covers 6 911 sq.km.
    We have used recent vintage imagery Sentinel of 10 m resolution to create 20 m resolution geodata.
    West Bank (Palestine) DHM
    SRTM/ASTER DEM data and available topomaps were processed for DTM/DSM production.
    West Bank (Palestine) 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.
    West Bank (Palestine) clutter
    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 West Bank (Palestine) 2D Urban City Models for RF planning and GIS project:

    Send us the request for more information

  • 2017-12-01
    Partial country map of Saudi Arabia

    Project for Radio Frequency planning, Geoinformation System and WEB-applications includes the most populated territories of Saudi Arabi and contains:

    data for RF planning:
    2D Regional Model of Saudi Arabi – 563830 sq.km (total country 2149690 sq.km)

    and

    data for GIS project and WEB project:
    Map of Saudi Arabi – 563830 sq.km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS, Mapinfo or any other GIS formats.
    2. Raster data model presented in Geo-tif format and includes:
      Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.
  • 2017-11-29
    3D MODELS OF DUBLIN (IRELAND)

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

    data for RF planning: 3D City model of Dublin covers 83 sq.km
    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.
    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.

    data for GIS project and WEB project: Map of Dublin – 83 sq km
    Dublin Vector 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

  • 2017-11-07
    3D MODELS OF GEORGIAN CITIES

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

    data for RF planning:
    3D model of Tbilisi & Rustavi – 747 sq km;
    3D model of Poti – 249 sq km;
    3D model of Kutaisi – 161 sq km;
    3D model of Batumi – 115 sq km;
    3D model of Senaki – 103 sq km;
    3D model of Zugdidi – 87 sq km;
    3D model of Khashuri – 79 sq km;
    3D model of Gori – 56 sq km;
    3D model of Telavi – 42 sq km;

    data for GIS project and WEB project:
    Map of Tbilisi & Rustavi – 747 sq km;
    Map of Poti – 249 sq km;
    Map of Kutaisi – 161 sq km;
    Map of Batumi – 115 sq km;
    Map of Senaki – 103 sq km;
    Map of Zugdidi – 87 sq km;
    Map of Khashuri – 79 sq km;
    Map of Gori – 56 sq km;
    Map of Telavi – 42 sq km;

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.

    Please download the data sample of Algerian cities project or brochure

  • 2017-10-17
    Countrywide map of Algeria 2D

    Project for Radio Frequency planning, Geoinformation System and WEB-applications and contains:
    Please download the data sample of Algeria project or data specification

    data for RF planning:
    2D Regional Model of Algeria – 2325731 sq km

    and

    data for GIS project and WEB project:
    Map of Algeria – 2325731 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS, Mapinfo or any other GIS formats.
    2. Raster data model presented in Geo-tif format and includes:
      Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.
  • 2017-10-13
    3D MODELS OF Algerian CITIES

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

    data for RF planning:
    3D model of AinBeida – 18 sq km;
    3D model of Algiers – 841 sq km;
    3D model of Annaba – 174 sq km;
    3D model of Batna – 63 sq km;
    3D model of Bechar – 43 sq km;
    3D model of Bejaia – 45 sq km;
    3D model of Biskra – 61 sq km;
    3D model of Blida – 226 sq km;
    3D model of BordjbouArreridj – 27 sq km;
    3D model of Bousaada – 30 sq km;
    3D model of Chlef – 35 sq km;
    3D model of Constantine – 249 sq km;
    3D model of Djelfa – 36 sq km;
    3D model of ElEulma – 20 sq km;
    3D model of ElOued – 61 sq km;
    3D model of Ghardaia – 18 sq km;
    3D model of Guelma – 17 sq km;
    3D model of Jijel – 22 sq km;
    3D model of Khenchela – 37 sq km;
    3D model of Laghouat – 60 sq km;
    3D model of Mascara – 19 sq km;
    3D model of Medea – 21 sq km;
    3D model of Mostaganem – 35 sq km;
    3D model of M'Sila – 32 sq km;
    3D model of Oran – 228 sq km;
    3D model of Ouargla – 92 sq km;
    3D model of Relizane – 26 sq km;
    3D model of Saida – 25 sq km;
    3D model of Setif – 52 sq km;
    3D model of SidibelAbbes – 43 sq km;
    3D model of Skikda – 47 sq km;
    3D model of SoukAhras – 21 sq km;
    3D model of Tebessa – 39 sq km;
    3D model of Tiaret – 32 sq km;
    3D model of Tindouf – 17 sq km;
    3D model of TiziOuzou – 14 sq km;
    3D model of Tlemcen – 10 sq km;
    3D model of Touggourt – 31 sq km;

    data for GIS project and WEB project:
    Map of AinBeida – 18 sq km;
    Map of Algiers – 841 sq km;
    Map of Annaba – 174 sq km;
    Map of Batna – 63 sq km;
    Map of Bechar – 43 sq km;
    Map of Bejaia – 45 sq km;
    Map of Biskra – 61 sq km;
    Map of Blida – 226 sq km;
    Map of BordjbouArreridj – 27 sq km;
    Map of Bousaada – 30 sq km;
    Map of Chlef – 35 sq km;
    Map of Constantine – 249 sq km;
    Map of Djelfa – 36 sq km;
    Map of ElEulma – 20 sq km;
    Map of ElOued – 61 sq km;
    Map of Ghardaia – 18 sq km;
    Map of Guelma – 17 sq km;
    Map of Jijel – 22 sq km;
    Map of Khenchela – 37 sq km;
    Map of Laghouat – 60 sq km;
    Map of Mascara – 19 sq km;
    Map of Medea – 21 sq km;
    Map of Mostaganem – 35 sq km;
    Map of M'Sila – 32 sq km;
    Map of Oran – 228 sq km;
    Map of Ouargla – 92 sq km;
    Map of Relizane – 26 sq km;
    Map of Saida – 25 sq km;
    Map of Setif – 52 sq km;
    Map of SidibelAbbes – 43 sq km;
    Map of Skikda – 47 sq km;
    Map of SoukAhras – 21 sq km;
    Map of Tebessa – 39 sq km;
    Map of Tiaret – 32 sq km;
    Map of Tindouf – 17 sq km;
    Map of TiziOuzou – 14 sq km;
    Map of Tlemcen – 10 sq km;
    Map of Touggourt – 31 sq km;

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.

    Please download the data sample of Algerian cities project or brochure

  • 2017-10-09
    Intergeo 2017

    INTERGEO 2017 REPORT

    It is the third time that Visicom took part in INTERGEO, the world’s largest event for geodesy, geoinformation and land management that comprises a conference and a trade fair.

    This year’s event in Berlin has attracted more than 18,000 visitors from over 100 countries.

    Visicom was one of 580 exhibitors from 37 countries focused on geo-IT target markets.

    The event was successful and very useful for us.
    We met partners and customers from all over the world and had a chance to experience impressive spirit of innovation, watch wide-ranging presentations and have interactive discussions about different aspects of 3D-modelling.

    Digitalization and innovations in terms of BIM (Building Information Model), virtual reality, UAVs (Unmanned Aerial Vehicle) and smart cities will be high on the agenda next year at INTERGEO and we will be happy to represent Ukraine at the world's most important communications and networking forum for geo-IT.
    Intergeo 2017 Berlin search for new contacts
    Intergeo 2017 Berlin search for new contacts Intergeo 2017 Berlin search for new contacts Intergeo 2017 Berlin search for new contacts Intergeo 2017 Berlin search for new contacts Intergeo 2017 Berlin search for new contacts Intergeo 2017 Berlin search for new contacts

  • 2017-09-27
    3D MODELS OF BOLIVIAN CITIES

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

    data for RF planning:
    3D model of La Paz – 287,5 sq km;
    3D model of Cochabamba – 288 sq km;
    3D model of Potosi – 17 sq km;
    3D model of Caranavi – 2,4 sq km;
    3D model of Tarija – 48,1 sq km;
    3D model of Trinidad – 20 sq km;
    3D model of Sucre – 25,7 sq km;
    3D model of Achacachi – 1,5 sq km;
    3D model of Oruro – 52,4 sq km;
    3D model of Pando – 11,7 sq km;
    3D model of Santa Cruz – 201 sq km;

    data for GIS project and WEB project:
    Map of La Paz – 287,5 sq km;
    Map of Cochabamba – 288 sq km;
    Map of Potosi – 17 sq km;
    Map of Caranavi – 2,4 sq km;
    Map of Tarija – 48,1 sq km;
    Map of Trinidad – 20 sq km;
    Map of Sucre – 25,7 sq km;
    Map of Achacachi – 1,5 sq km;
    Map of Oruro – 52,4 sq km;
    Map of Pando – 11,7 sq km;
    Map of Santa Cruz – 201 sq km;

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.

    Please download the data sample of Bolivian cities project.

  • 2017-09-21
    POPULATION MAP OF OMAN

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

    data for RF planning:
    Population Map of Oman – 309000 sq km

    and

    data for GIS project and WEB project:
    Vector Map of Oman – 309000 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS, Mapinfo or any other GIS formats.
    2. Raster data model presented in Geo-tif format.
    3. Service Data for RF planning tools.

    Please download the free data sample of Oman project.

  • 2017-09-18
    3D MODELS OF CHINESE CITIES

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

    data for RF planning:
    3D model of Baiyu – 1,8 sq km;
    3D model of Batang – 7,3 sq km;
    3D model of Butuo – 3,7 sq km;
    3D model of Chengxiangzhen – 2,3 sq km;
    3D model of Danba – 1,3 sq km;
    3D model of Daocheng – 3,5 sq km;
    3D model of Dawu – 3 sq km;
    3D model of Dechang – 2,2 sq km;
    3D model of Dege – 1,2 sq km;
    3D model of Derong – 0,6 sq km;
    3D model of Ganluo – 2 sq km;
    3D model of Garze – 7,3 sq km;
    3D model of Huidong – 2,2 sq km;
    3D model of Huili – 4,3 sq km;
    3D model of Jinyang – 1 sq km;
    3D model of Jiulong – 2,3 sq km;
    3D model of Kangding – 6 sq km;
    3D model of Leibo – 1,2 sq km;
    3D model of Liangshan – 20,2 sq km;
    3D model of Litang – 5,9 sq km;
    3D model of Luding – 2,7 sq km;
    3D model of Luhuo – 6 sq km;
    3D model of Meigu – 1 sq km;
    3D model of Miyi – 4,2 sq km;
    3D model of Ningnan – 1,6 sq km;
    3D model of Panzhihua – 33 sq km;
    3D model of Puge – 1 sq km;
    3D model of Qiaowazhen – 0,6 sq km;
    3D model of Sertar – 3,8 sq km;
    3D model of Shiqu – 3,6 sq km;
    3D model of Wuguijing – 6,9 sq km;
    3D model of Xiangcheng – 7,6 sq km;
    3D model of Xide – 2,2 sq km;
    3D model of Xinlong – 1 sq km;
    3D model of Yajiang – 1,1 sq km;
    3D model of Yanbian – 2 sq km;
    3D model of Yanyuan – 4,1 sq km;
    3D model of Yuexi – 2,4 sq km;
    3D model of Zhaojue – 2,2 sq km.

    data for GIS project and WEB project:

    Map of Baiyu – 1,8 sq km;
    Map of Batang – 7,3 sq km;
    Map of Butuo – 3,7 sq km;
    Map of Chengxiangzhen – 2,3 sq km;
    Map of Danba – 1,3 sq km;
    Map of Daocheng – 3,5 sq km;
    Map of Dawu – 3 sq km;
    Map of Dechang – 2,2 sq km;
    Map of Dege – 1,2 sq km;
    Map of Derong – 0,6 sq km;
    Map of Ganluo – 2 sq km;
    Map of Garze – 7,3 sq km;
    Map of Huidong – 2,2 sq km;
    Map of Huili – 4,3 sq km;
    Map of Jinyang – 1 sq km;
    Map of Jiulong – 2,3 sq km;
    Map of Kangding – 6 sq km;
    Map of Leibo – 1,2 sq km;
    Map of Liangshan – 20,2 sq km;
    Map of Litang – 5,9 sq km;
    Map of Luding – 2,7 sq km;
    Map of Luhuo – 6 sq km;
    Map of Meigu – 1 sq km;
    Map of Miyi – 4,2 sq km;
    Map of Ningnan – 1,6 sq km;
    Map of Panzhihua – 33 sq km;
    Map of Puge – 1 sq km;
    Map of Qiaowazhen – 0,6 sq km;
    Map of Sertar – 3,8 sq km;
    Map of Shiqu – 3,6 sq km;
    Map of Wuguijing – 6,9 sq km;
    Map of Xiangcheng – 7,6 sq km;
    Map of Xide – 2,2 sq km;
    Map of Xinlong – 1 sq km;
    Map of Yajiang – 1,1 sq km;
    Map of Yanbian – 2 sq km;
    Map of Yanyuan – 4,1 sq km;
    Map of Yuexi – 2,4 sq km;
    Map of Zhaojue – 2,2 sq km.

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.

    Please download the data sample of Chinesу cities project.

  • 2017-09-06
    3D model of Kyiv (Ukraine)

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

    Kyiv on Visicom online maps

    data for RF planning:
    2D urban model of suburban area of Kyiv – 1681 sq km and built-in 3D model of Kyiv – 692 sq km

    data for GIS project and WEB project:

    Map of Kyiv and suburban area – 2373 sq km
    Its a part of detailed map of Ukraine – 610000 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.
  • 2017-08-22
    3D MODELS OF SUDANIAN CITIES

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

    data for RF planning:
    3D model of Khartoum – 660 sq km including:

    3D model of Port Sudan – 60 sq km. 3D model of Wad Madani – 49 sq km.

    data for GIS project and WEB project:

    Map of Khartoum – 660 sq km including:

    • Map of Khartoum – 206 sq km;
    • Map of Omdurman – 208 sq km;
    • Map of Khartoum Bahri – 173 sq km;
    • Map of Um Badda – 53 sq km
    • Map of South Khartoum – 15 sq km
    • Map of Karary – 5 sq km

    Map of Port Sudan – 60 sq km
    Map of Wad Madani – 49 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.
  • 2017-08-18
    Countrywide map of Sudan 2D

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

    data for RF planning:
    2D Regional Model of Sudan – 1893000 sq km

    and

    data for GIS project and WEB project:
    Map of Sudan – 1893000 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS, Mapinfo or any other GIS formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.
  • 2017-08-17
    2D MODELS AND MAPS OF GEORGIAN CITY AND GEORGIA

    This project was created for RF, GIS and WEB-applications and contains:

    data for RF planning:
    2D Urban Model of Batumi – 115 sq km
    2D Urban Model of Kutaisi – 160 sq km
    2D Urban Model Tbilisi and 2D Urban Model of Rustavi – 750 sq km
    Countrywide 2D Regional Model of Georgia – 73750 sq km

    data for GIS project and WEB project:
    Map of Batumi – 115 sq km
    Map of Kutaisi – 160 sq km
    Map of Tbilisi and map of Rustavi – 750 sq km
    Countrywide map of Georgia (Georgia Country map) – 73750 sq km

    See our maps to view online map of Georgia and
    online map of Tbilisi
    online map of Batumi online map of Kutaisi

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.
      Resolution of 2D model(cell size of matrix): 5m and 20 m
  • 2017-08-17
    3D MODELS OF NEPALI CITIES

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

    data for RF planning:
    3D model of Kathmandu including Lalitpur, Bhaktapur – 112 sq km
    3D model of Dharan – 20 sq km
    3D model of Morang – 25 sq km

    data for GIS project and WEB project:
    Map of Kathmandu including Lalitpur, Bhaktapur – 112 sq km
    Map of Dharan – 20 sq km
    Map of Morang – 25 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.
  • 2017-08-16
    3D MODEL OF DHAKA (BANGLADESH)

    Project for Radio Frequency planning, Geoinformation System and WEB-applications that covers of 3D model of Dhaka (Bangladesh) – 180 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      • Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.

    Resolution of 3D model(cell size of matrix): 5 m

  • 2017-08-14
    Bangladesh countrywide 2D map

    Project for RF, GIS and WEB-applications covers of 2D Regional Model of Bangladesh – 139600 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      • Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.
      Resolution of 2D model(cell size of matrix): 20 m
  • 2017-08-11
    2.5D and 3D MODELS OF AUSTRALIAN CITIES

    Project for RF planning, GIS and WEB-applications that contains:

    3D model of Canberra – 225 sq km
    3D model of Gold Coast – 74 sq km
    3D model of Perth – 26 sq km
    3D model of Adelaide – 23 sq km
    3D model of Brisbane – 63 sq km
    2.5D model of Shepparton – 749 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      • Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.

    Resolution of 2.5D or 3D model(cell size of matrix): 5 m

  • 2017-03-29
    3D models of Azerbaijan and Armenia

    Project for Radio Frequency planning, Geoinformation Sysytem and WEB-applications that covers:

    3D map of Yerevan, Armenia – 267 sq km click here to view online map
    3D map of Gyumri, Armenia – 51 sq km
    3D map of Baku, Azerbaijan – 104 sq km
    3D map of Ganja, Azerbaijan – 273 sq km

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      • Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.

    Resolution of 3D model (cell size of matrix): 5 m

  • 2017-03-28
    3D MODEL OF Melbourne (Australia)

    Project for Radio Frequency planning, Geoinformation Sysytem and WEB-applications that covers Melbourne (Australia) – 503 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      • Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.

    Resolution of 3D model(cell size of matrix): 5 m

  • 2017-03-27
    3D Model of Port-au-Prince (Haiti)

    Project for RF, GIS and WEB-applications covers of 3D Model of Port-au-Prince (Haiti) - 137 sq.km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      • Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.
      Resolution of 3D model(cell size of matrix): 5 m
  • 2017-03-27
    Brunei Darussalam countrywide 2D map

    Project for RF, GIS and WEB-applications covers of 2D Regional Model of Brunei Darussalam – 5 800 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      • Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.
      Resolution of 2D model(cell size of matrix): 20 m
  • 2017-03-27
    2D and 3D models of SAR and Ethiopia

    Project for Radio Frequency planning, Geoinformation Sysytem and WEB-applications that covers:

    Ethiopia models:
    3D map of Addis-Ababa – 534 sq km and 2D map of Addis-Abeba – 542 sq km
    3D map of Debub Mirab Shewa – 96 sq km and 2D map of Debub Mirab Shewa – 6594 sq km
    3D map of Mirab Shewa – 32 sq km and 2D map of Mirab Shewa – 15340 sq km
    3D map of Misraq Shewa – 37 sq km and 2D map of Misraq Shewa – 10062 sq km
    3D map of North Shewa – 84 sq km and 2D map of North Shewa – 11293 sq km
    3D map of Bahirdar (Mirab Gojjam) – 140 sq km and 2D map of Bahirdar – 16490 sq km
    3D map of Dire Dawa – 40 sq km and 2D map of Dire Dawa – 1058 sq km
    3D map of Gondar – 39 sq km and 2D map of Gondar – 43148 sq km
    3D map of Mekele – 107 sq km and 2D map of Mekele – 10186 sq km
    3D map of Adama – 61 sq km
    3D map of Asosa – 10 sq km
    3D map of Awassa – 50 sq km
    3D map of Gambela – 16 sq km
    3D map of Harar – 24 sq km
    3D map of Jijiga – 32 sq km
    3D map of Semera – 7 sq km

    and SAR (South African Republic) models:
    3D map of Cape Town – 11 sq km and 2D map of Cape Town – 2457 sq km
    3D map of Durban – 14 sq km and 2D map of Durban – 2286 sq km
    2D map of Johannesburg – 1648 sq km and 2D map of Pretoria – 6310 sq km
    2D map of Port Elizabeth – 1958 sq km

    Please download the data sample of Ethiopia and SAR project.

  • 2017-03-24
    2.5D&3D City models of Belarus

    Project for RF planning, GIS and WEB-applications that covers:

    2,5D&3D models of Minsk – 581/307 sq km
    2,5D model of Baranavichy – 232 sq km
    2,5D model of Bobruisk – 308 sq km
    2,5D model of Borisov&Zhodino– 368 sq km
    2,5D model of Brest – 490 sq km
    2,5D model of Gomel – 695 sq km
    2,5D model of Grodno – 496 sq km
    2,5D model of Lida – 198 sq km
    2,5D model of Mogilev – 564 sq km
    2,5D model of Molodechno – 166 sq.km
    2,5D model of Novopolotsk – 490 sq km
    2,5D model of Pinsk – 320 sq km
    2,5D model of Polotsk – 468 sq km
    2,5D model of Rechitsa – 224 sq km
    2,5D model of Slutsk – 196 sq km
    2,5D model of Soligorsk – 164 sq km
    2,5D model of Svetlogorsk – 179 sq km
    2,5D model of Vitebsk – 562 sq km
    2,5D model of Zhlobin – 194 sq km

    Project package includes 3 types of data representation:
    1. Vector Data:
    Vector data model provided as a composition of vector layers in ESRI ArcGIS or Mapinfo formats.
    2. Raster Data:
    Raster data model presented in Geo-tif format and includes:
    • Digital Elevation Model (DEM) (data placed in Height.tif file);
    • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
    • Digital Terrain Model (DTM);
    • Land Use Map (Clutter Model) in matrix representation;
    • Text labels;
    • Vector layers.
    Resolution of 2D model(cell size of matrix): 20 m
    Resolution of 2,5D or 3D models(cell size of matrix): 5 m

  • 2017-01-27
    3D model of Sydney (Australia)

    3D model of Sydney details:

    • Area: 1110 sq.km
    • Layers: DTM, LandUse, Vectors, Buildings with heights, Orthoimage
    • Resolution: 2 m
    • Data vintage: 08.2016

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

    data for RF planning:
    3D model of Sydney (Australia) – 1100 sq km

    data for GIS project and WEB project:

    Map of Sydney (Australia) – 1100 sq km

    Project package includes 3 types of data representation:

    1. Vector data model provided as a composition of vector layers in ESRI ArcGIS or any other including Buildings with heights
    2. Raster data model presented in Geo-tif format and includes:
      • Digital Elevation Model (DEM) (data placed in Height.tif file);
      • Land Use Map (Clutter Model)
    3. Service Data for RF planning tools:
      Digital Terrain Model (DTM);
      • Land Use Map (Clutter Model) in matrix representation;
      • Text labels;
      • Vector layers.

    You can download our sample data here Sample of 3D model of Melbourne

  • 2016-12-19
    South Pacific Islands - Regional Maps

    Huge project for RF, GIS and WEB-applications that covers:

    • 20 countries
    • 9 466 islands
    • 571 650 sq.km of land areas
    • 14 350 000 sq,km of total area

    Maps include all usuall layers: DTM, Land Use, Vectors and additional layer of POIs for each island.

    Download brochure for more information about South Pacific Islands

  • 2016-12-19
    Visicom Recent Projects

    During the 4th quarter of 2016 we focused at completion of projects all over the world: from Australia till Europe.

    Recent projects:

    • 3D Models of Australia, Bangladesh, Belarus, Nepal, Ethiopia, Sudan, Haiti totally covering more than 4 000 km2
    • 2D Regional Models of Australia (partially coverage), Bangladesh, Belarus, Nepal, Sudan totally covering area more than 2 000 000 km2.

    Download the booklet for more information on recent projects of Visicom. Our team is always in touch to provide you with all necessary information about our products, to assist you with pre-sales enquiries, commercial offers and customer support.

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

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

  • 3D Model of San Francisco (USA)

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

  • 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.

  • Elevation data

    Elevation data — substantial mapping layer to perform effective geospatial analyses. Visicom produces 3 types of Data Elevation Model (DEM):

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