RadioPlanner 3.0.230918 Download 2025 Version
Free radioplanner download for Windows. It is a powerful RF planning tool designed to meet the needs of several communication networks, from mobile mobile and public security networks to IoT LPWAN wireless networks and more.
General Ready -Planner h2>
is a versatile RF planning tool that admits several communication networks, which makes it appropriate for various industries and applications. Whether you are planning a 5G private network, optimizing the mobile networks of Public Security Land or the design of IoT Lpwan wireless networks, it has it covered.
Key characteristics and capabilities h3>
- propagation models: This software offers a variety of propagation models, including IU-R P.1812- 6, ITU-R P.1546-6, Longley-Rice (ITM) V1.2.2, Okumura-Hata, 3GPP TR 38,901, and IU-R P.528-3 + P.526-14 Combined for air radio. These models allow you to predict coverage with precision for different scenarios.
- coverage prediction: stands out in providing various coverage predictions, such as the power received, the best server (strongest server), c/(i+n) relationship, performance, performance maximum and more. Whether optimizing network performance or guaranteeing adequate coverage, these metrics are invaluable.
- Area Studies: for terrestrial radio and television transmission networks, offers tools such as field force in the recipient’s location, FCC contores, IU-R P. 1546-6 Contours and population coverage analysis. This guarantees that you can plan your transmission networks effectively.
- Earth air communication:
The software admits communication and navigation systems of air to ground, including UAV control (drone), earth air radio, ADS-B , Vor and Dme. The prediction of the power received in these systems is crucial for safe and efficient operations.
- multiple networks support:
One of the outstanding software features is its ability to work with multiple networks within a single project. You can see the aggregate coverage predictions, maximize performance and optimize the number of servers.
- Frequency planning: The tool allows you to plan radio network frequencies while considering the channel and the adjacent interference channel. This guarantees an optimal channel allocation for minimal interference.
- Route profiles: allows you to visualize route profiles with route losses and carrier levels and interference in channels and adjacent channels. This information is crucial for interference management.
- Multipunto Study: under variable implementation conditions, you can carry out a multipoint study of a group of local client equipment (CPE) or IoT sensors, each with unique parameters. This feature helps in fine adjustment network designs.
- import and compare: Import results of measured signal power level to compare the calculated values and adjust the parameters of the propagation model as necessary. This iterative process helps to refine network predictions.
- Output formats: allows you MIF. This flexibility guarantees compatibility with different tools and platforms.
- SIG integration: The tool is integrated without problems with geographic information systems (GIS). It has a predetermined digital land model (DTM) with plane resolution models and 30 m disorder. In addition, you can use custom DTM and disorder models in geotiff format, making it adaptable to your specific needs.
- Base maps: You can choose between a range of base maps, including common options such as OpenSTREETMAP, Opentopomap and US Topo. Custom base maps can also be easily integrated to provide context to their planning.
- propagation models: This software offers a variety of propagation models, including IU-R P.1812- 6, ITU-R P.1546-6, Longley-Rice (ITM) V1.2.2, Okumura-Hata, 3GPP TR 38,901, and IU-R P.528-3 + P.526-14 Combined for air radio. These models allow you to predict coverage with precision for different scenarios.
- coverage prediction: stands out in providing various coverage predictions, such as the power received, the best server (strongest server), c/(i+n) relationship, performance, performance maximum and more. Whether optimizing network performance or guaranteeing adequate coverage, these metrics are invaluable.
- Area Studies: for terrestrial radio and television transmission networks, offers tools such as field force in the recipient’s location, FCC contores, IU-R P. 1546-6 Contours and population coverage analysis. This guarantees that you can plan your transmission networks effectively.
- Earth air communication:
The software admits communication and navigation systems of air to ground, including UAV control (drone), earth air radio, ADS-B , Vor and Dme. The prediction of the power received in these systems is crucial for safe and efficient operations.
- multiple networks support:
One of the outstanding software features is its ability to work with multiple networks within a single project. You can see the aggregate coverage predictions, maximize performance and optimize the number of servers.
- Frequency planning: The tool allows you to plan radio network frequencies while considering the channel and the adjacent interference channel. This guarantees an optimal channel allocation for minimal interference.
- Route profiles: allows you to visualize route profiles with route losses and carrier levels and interference in channels and adjacent channels. This information is crucial for interference management.
- Multipunto Study: under variable implementation conditions, you can carry out a multipoint study of a group of local client equipment (CPE) or IoT sensors, each with unique parameters. This feature helps in fine adjustment network designs.
- import and compare: Import results of measured signal power level to compare the calculated values and adjust the parameters of the propagation model as necessary. This iterative process helps to refine network predictions.
- Output formats: allows you MIF. This flexibility guarantees compatibility with different tools and platforms.
- SIG integration: The tool is integrated without problems with geographic information systems (GIS). It has a predetermined digital land model (DTM) with plane resolution models and 30 m disorder. In addition, you can use custom DTM and disorder models in geotiff format, making it adaptable to your specific needs.
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