Free radioplanner download for Windows. It is a powerful RF tool designed to meet the varis of varis of the VARIS networks, the Foom Mobile and Biblice Netty Networks tool. IoT lpwan networks and more.
General description of Radioplanner suitable for Varius Industries and Applications. Whether you are planning a 5G private network, optimizing public security security land networks or designing Wreeless Wreshuess IoT LpWorks, has a covered.
Key characteristics and capacities
- Propagation models:
This software is one a a a a a matrix of propagation models, including the ITU-R P.1812-6, IU-R P.1546-6, Longley-Rice (ITM) V1.2.2.2.2.2.2.2.2.2.2. 38,901, and IU-R P.528-3 + P.526-14 Combined for Grund-To-Air. There are models that allow precision prediction for different scenarios.
CLI> Coverage prediction: predictions, such as the power received, the best server (Stroongest Server), the relationship c/(R&D), the maximum of Trooghput and more. Whether optimizing network performance or ensures adequate, the metrics are invaluable.
Television transmission networks, IT offers tools such as Field St. Receiver Location, FCC Contours, ITU-R P.1546-6 Contours and population analysis. This ensures Yu Cano networks effectively.
- I> Earth air communication: communication and systems navigation, including UAV control (drones), Radio Air-Tierra, ADS-B, Vor and Dme. The prediction received in the tos is crucial for safe and efficient operations.
- multiple networks support: of the software is a capacity of what it is with multiWorks within a Synle project. You can see the aggregate coverage of preaching, maximize trchput and optimize the number of services.
To plan the frequencies of the radio network, consist of the channel and interference of adjacent channel. This guarantees optimal for the minimum interference.
- Route profiles: carrier levels and interference in adjacent channels and channels. This information is the crucial for interference management.
From a group of client store equipment (CPE) or IoT sensors, each of which. This feature helps to finish network designs.
- Import and comparison: import the paving signals lost for calculated values and adjust propagation as adjusted parameters. This work process helps to refine network predictions.
Output formats: allows you to save coverage results. Formats, which include interactive websites, KMZ files, PNG images, geotiff, CSV files and MIF files. This flexibility guarantees the compatibility of tools and platforms.
- GIS integration:
Geographic information systems (GIS). It has a predetermined diigital land model (DTM) with a 30 m plane resolution and disorder. In addition, you can see the DTM and disorder models in geotiff format, making it adaptable to your specification needs.
Base: Choos A variety of base maps, which include common options such as OpenStreeMap, Opentopomap and Upo. Custom base maps can be integrated Totext Totext.
- Propagation models:
This software is one a a a a a matrix of propagation models, including the ITU-R P.1812-6, IU-R P.1546-6, Longley-Rice (ITM) V1.2.2.2.2.2.2.2.2.2.2. 38,901, and IU-R P.528-3 + P.526-14 Combined for Grund-To-Air. There are models that allow precision prediction for different scenarios.
CLI> Coverage prediction: predictions, such as the power received, the best server (Stroongest Server), the relationship c/(R&D), the maximum of Trooghput and more. Whether optimizing network performance or ensures adequate, the metrics are invaluable.
Television transmission networks, IT offers tools such as Field St. Receiver Location, FCC Contours, ITU-R P.1546-6 Contours and population analysis. This ensures Yu Cano networks effectively.
- I> Earth air communication: communication and systems navigation, including UAV control (drones), Radio Air-Tierra, ADS-B, Vor and Dme. The prediction received in the tos is crucial for safe and efficient operations.
- multiple networks support: of the software is a capacity of what it is with multiWorks within a Synle project. You can see the aggregate coverage of preaching, maximize trchput and optimize the number of services.
To plan the frequencies of the radio network, consist of the channel and interference of adjacent channel. This guarantees optimal for the minimum interference.
- Route profiles: carrier levels and interference in adjacent channels and channels. This information is the crucial for interference management.
From a group of client store equipment (CPE) or IoT sensors, each of which. This feature helps to finish network designs.
- Import and comparison: import the paving signals lost for calculated values and adjust propagation as adjusted parameters. This work process helps to refine network predictions.
Output formats: allows you to save coverage results. Formats, which include interactive websites, KMZ files, PNG images, geotiff, CSV files and MIF files. This flexibility guarantees the compatibility of tools and platforms.
- GIS integration:
Geographic information systems (GIS). It has a predetermined diigital land model (DTM) with a 30 m plane resolution and disorder. In addition, you can see the DTM and disorder models in geotiff format, making it adaptable to your specification needs.
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