Visicom is a global provider of Digital Mapping Products
for RF planning and optimization
We have been focusing on telecom market for more than 22 years. We manufacture high-quality geodata for accurate network design
Wherever you are we have a product tailored to your needs and budget
GLOBAL 3D, 2.5D, 2D GEODATA FOR RF DESIGN
High-quality and up-to-date maps for telecom:
3D Buildings, 3D Vegetation, Clutters, Clutter Heights, Vectors, Terrain Model, Surface Model, Population Maps
Our digital mapping solutions are widely used by world global companies
3D GEODATA OF ADVANCED ACCURACY FOR 5G PLANNING
Visicom 3D Geodata fitted to 5G networks demands show all terrain features, as well as detailed 3D buildings and trees
Our 3D data help unleash the potential of 5G
3D TREES MODEL MADE SPECIFICALLY FOR 5G PLANNING
Represents detailed vegetation and separate tree shapes with assigned height attributes
Produced from the stereo pairs of high-resolution satellite imagery, lidar data, air photos
Fitted to advanced requirements of cmWave and mmWave frequencies
BUDGET 2.5D SOLUTION FOR SUBURBS AND RURAL AREAS
We deliver the best possible data for real-world simulation and effective planning precisely designed for next-generation networks
Take advantages of 2,5D map and address connectivity challenges created by increasingly diverse networks requirements
3D BUILDINGS WITH COMPLEX ARCHITECTURAL SHAPES
We process the smallest obstruct impacted on 5G frequencies. Small details of buildings are modelling using artificial
intelligence technology of images processing.
SLOPPING ROOFS, ROOFS FIRNITURE, ELEVATORS SHAFTS, TOWERS, SPIRES
5G DIGITAL MAPS FOR PLANNING IN RURAL AREAS
The high level of 3D Geodata accuracy for suburban and residential areas:
  • A new technology of images classification and segmentation
  • 3D Vegetation with detailed canopies and 3D Trees
  • Supporting of 5G projects across the Europe
Geodata portfolio
Get the information about available maps for cities and countries over the world.
1500+ 3D City Models
4500+ 2D Urban Models
65+ Countrywide model for regional planning
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Projects
  • 3D MODEL OF LONDON LOD3

    It is a 3D model of the historical part of Britain's capital city, London.

    A very high quality 3D model performed at LOD3, with pitched roofs and their detailed elements. The data for this model was made based on the satellite images of 30 cm resolution, which allowed collecting every tiny elements of houses and roofs.

    It is always a pleasure to perform projects for this customer, because they are always challenging and require extreme precision.

    Read more here: 3D MODEL OF LONDON, PITCHED ROOFS LOD3

  • 3D RF MAP FOR HAGERSTOWN(USA)

    3D model of Hagerstown is one of our 3D project for the USA.

    Here are some details:
    The 3D model accuracy in XYZ – 2 m LE95.
    Coverage - about 150 sq.km

    3D obstacles include 3D Buildings, Trees and Bridges as well as other artificial objects, vector layers like roads/streets network and Land Use classified in 28 classes. All these elements together provide the accurate and detailed representation of city infrastructure that is obvious source for accurate RF planning and task management in other industries such as architecture, smart cities, solar energy etc.

    VISICOM constantly improves the technology and quality of geodata production, providing our customers with fast delivery of high-quality 2D and 3D maps, population maps as well as any other spatial data.

    WE SUPPORT ALL RF-PLANNING TOOLS FORMATS OUR DATA ARE COMPATIBLE WITH ANY PROPAGATION MODELS TYPE

  • 3D DATA OF CANADIAN CITIES FOR 5G DEPLOYING

    Our 3D projects for Telecom Canada:
    Visicom 3D Data contain features of manmade and natural obstacles as well as precise canopies and trees that assure an accurate 5G networks modeling
    - 3D Trees Model made specifically for 5G planning
    - 3D Buildings include small roof details
    - 3D Bridges displaying precise and detailed engineering constructions
    - 1m resolution matrixes of DTM, DSM, Clutter, Clutter Heights layers
    alt text

    Montreal
    Toronto
    Ottawa
    Edmonton
    Calgary
    Vancouver
    – 52 km2
    – 134 km2
    – 85 km2
    – 78 km2
    – 137 km2
    – 226 km2
    – 64846
    – 142564
    – 60438
    – 73875
    – 113247
    – 143016
    – 934 km
    – 1 779 km
    – 1 147 km
    – 1522 km
    – 2 466 km
    – 2 592 km

    alt text WE SUPPORT ALL RF-PLANNING TOOLS FORMATS OUR DATA ARE COMPATIBLE WITH ANY PROPAGATION MODELS TYPE


    Send us your request for more detailed information
    Download the brochure and ask us for free data sample of 3D map

News
  • 26 July 2022
    VISICOM 3D and 2D MAPS FOR HUNGARY TELECOM MARKET

    Hungary Telecom Market is growing in recent years and is expected to have continued growth over the forecast period to 2025. The growth in the industry is mainly due to increasing urban population with the corresponding increasing of the mobile phones that supports 3G, 4G and 5G services across the country. Some of the 2G networks have already been closed, and all of the major 2G/3G platforms are expected to be shut by the end of 2025. By 2029 the majority of mobile connections will be on 5G.

    We support all mobile operates for years starting from 2G networks development. Now we propose extra-accurate geodata for 5G – from 2D and 2.5D countrywide maps to 3D maps of any city in Hungary.

    DELIVERED DATASETS

    DTM / Clutter Model (Land Use) / Vector Model / Building footprints

    LANGUAGE SUPPORT HUNGARIAN & ENGLISH

    AVAILABLE GEODATA

    • 10m resolution 2D Model for entire country
    • 3D Buildings for all country
  • 13 July 2022
    OUR RECENT PROJECTS 1-2 QUARTERS 2022

    During last 3 months of 2022 VISICOM team produced and delivered to our customers Regional models for more than 2,000,000 sq. km, 3D urban models for 80 cities in 6 countries, GIS database for 7 countries including 3D building coverage for contrywides.

    We also continue our cooperation with players of vertical markets, particularly for solar energy assessments, providing them 3D data with pitched roof details.

    Despite the war, we kept the operability of our company, fully restored all working processes and even increased the production capacity.

    In these hard times, the customers believe in us and our capacity to accomplish the projects with traditional high level of quality.We are very thankful to all our friends and partners for their support and confidence in our reliability.

    Download the brochure to learn more about OUR RECENT PROJECTS

    Contact us for the free samples and more information about 2D/2.5D/3D geodata.

    Download the free 2D/2,5D/3D data samples

  • 05 July 2022
    3D GEODATA FOR SOLAR RESOURCE ASSESSMENTS

    Solar energy is used worldwide and currently, we are witnessing an increasing trend in its usage for generating electricity and heating/desalinating water.

    Today, Photovoltaics (PV), also called solar cells, is one of the fastest-growing renewable energy technologies, and is ready to play a major role in the future global electricity generation mix.

    Solar PV installations can be combined to provide electricity on a commercial scale, or arranged in smaller configurations for mini-grids or personal use. Using solar PV to power mini-grids is an excellent way to bring electricity access to people who do not live near power transmission lines, particularly in developing countries with excellent solar energy resources.

    SOLAR ROOF PV POTENTIAL MODELLING

    Solar resource assessments are a core method for developing and deploying solar energy plants. In turn, 3D buildings and 3D vegetation are key initial sources for evaluating solar resource availability and running the solar energy simulations.

    High-accuracy 3D datasets provide high solar project value and increase its performance. Precise and up-to-date geodata ensures the relevant information to make a better decision. Data details, accuracy, and relevance are critical parameters for solar resource assessment and modeling.

    LOD3 3D buildings manufactured by Visicom for solar energy projects involve such small elements as roof furniture, elevators shafts, towers, spires, and also sloping roof elements.

    The assigned parameters:

    • azimuth
    • tilt angle
    • area of flat parts
    • roof height

    are calculated for each element separately, creating the background for producing solar rooftop maps (solar cadaster). The high accuracy of the building elements' footprints is tailored specifically to the estimation and calculation of the solar energy potential for each roof.

    SAMPLE OF DATA FOR ROOF SURFACES

    Sample of data for Roof Surfaces

    PREVIEW OF FINAL BUILDINGS DATA

    PREVIEW OF FINAL BUILDINGS DATA

    PREVIEW OF FINAL BUILDINGS DATA

    To create a 3D data set for large areas where solar stations are planned to be installed, LIDAR data are used among other sources. It is possible to achieve completeness and precision of ≥85% if the density of LIDAR points is more than 8 per one sq.m, and ≥90% if the density of LIDAR points is more than 15 per one sq.m. Due to the precise setting of the threshold coefficients used in the recognition of obstacles, our LIDAR processing algorithm allows us to recognize buildings and the main elements of roofs, allocate tree crowns, and restore the structure of buildings closed by crowns. After recognition and vectorization, the necessary attributes of roofs, heights, area, and slope of the roof elements are assigned to the buildings and trees.

    Automation of the process of buildings recognition allows us to quickly produce high-quality 3D data sets for large territories in urban and suburban areas.

    3D BUILDINGS SET BASED ON LIDAR DATA PROCESSING

    3d buildings set based on LIDAR data processing

    A complete set of 3D data may include: DTM, DSM, building footprints and vegetation crowns as 3D .shp multipatch dataset.

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VISICOM Headquarters

UKRAINE

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

Contact information:
Tel.: +380 (44) 201-00-26
Tel./Fax: +380 (44) 201-00-26
Website: https://visicomdata.com
Email: radioplan@visi.com.ua

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