The information is displayed by means of a geographic information system (GIS), delivered free of charge and allowing display of different layers with the different parameters measured. This cartographic data display system is very easy to use and highly flexible, as it allows different maps and data files to be loaded separately. The user can easily create their own maps to obtain precisely the desired display.
Electromagnetic field level
Determination of the radiation level:
- The field level is measured using electromagnetic isotropic field probes, i.e., measuring the radiation coming from all directions.
- Levels are measured in V/m, so it is very easy to compare the registered values with the limits lines specified by all national and international standards related to human exposure to high frequency electromagnetic fields (ICNIRP, FCC, European Union recommendation, etc.)
Coverage and Quality of Service (QoS)
The following data is available, on the GIS display tool, for each measurement point:
Receive level (Rx) of the RF signal from the BTS (Base Transceiver Station). The higher the Rx level, the better the coverage. 
It allows knowing what the main (active) BTS at each point is, i.e., the BTS providing service at that point. 
Provides information on the level each BTS is emitting around it. We can see what the level is and how far each BTS coverage is detected.
Clicking at any point on the map opens a window showing the following data:
- ARFCN (Absolute Frequency Channel Number)
- RSSI (Received Signal Strength Indication)
- Rx level (Receive level)
- PLMN code (Public Land Mobile Network)
- Cell ID
- NCC (Network Colour Code)
- BCC (Base Station Colour Code)
- RACH (Max. power in dBm)
- Rx_Access_Min (Min. level to access the BTS)
- C1 (Cell selection algorithm)
The following QoS data is also available:
- Block Call Rate (% of calls that are not given access to a communication channel)
- Drop Call Rate (% of calls that are unexpectedly ended)
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