RadioPlanner Single User 12-month License

Product Description

RadioPlanner 2.1 uses the following propagation models:

-    ITU-R P.1812-4 model
-    Longley-Rice (ITM) model v 1.2.2
-    ITU-R P.1546-6 model  (for broadcasting only)
-    Combined ITU-R P.528-3 + P.526-14 model (for aeronautical radio only)

RadioPlanner 2.1 performs various RF prediction types for mobile networks:
-    Received Power uplink/downlink
-    Strongest Server (Best Server)
-    C/I ratio
-    Area with Signal above Both the Base and Mobile Thresholds
-    Number of servers above uplink

Area studies for terrestrial radio and television broadcast transmitters:
-    Field Strength at the Receiver Location
-    Strongest Server (Best Server)
-    FCC contours

-    ITU-R P.1546-6 contours
-    Calculation of the population in the coverage area based on the OpenStreetMap project database
-    Generation of the list of localities covered by broadcasting

Area studies for air-to-ground communication systems:
-    Received power Air-to-Ground link
-    Received power Ground-to-Air link
-    Strongest (most likely) Server Air-to-Ground link

RadioPlanner allows you to do:
-    Frequency planning of radio networks considering co-channel and adjacent channels interference
-    Points calculation showing the path profile, losses, and levels of the signal and interference on co-channel and adjacent channels

-    Calculation of uplink/downlink Rx levels for a set of IoT end-devices: LoRa, SigFox, and others, located in different conditions.
-    Import the measurement results of the received signal power levels for comparison with calculated values and adjust propagation model parameters
-    Save the coverage prediction result as an interactive web page, PNG image, CSV file, MIF file, or a KMZ file
-    Flexible adjusting of the layers on the base map and show custom vector layers

GIS features:
-    Terrain elevation data 2-30-m plane resolution (for more details on data sources see Appendix 3. Terrain Elevation Data in User Manual)
-  A clutter model with nine clutter types. The built-in clutter model was created from the OpenStreetMap (www.openstreetmap.org) and Global Forest Change (www.earthenginepartners.appspot.com) projects. If necessary, the simple and easy-to-use Clutter Editor will allow the user to prepare their own clutter model based on new satellite imagery.
-    Any kind of base map—both common (such as OpenStreetMap, OpenTopoMap, US Topo, etc.) and custom ones.