1. Reception of signals in the entire operating frequency range, measurement and fixation of radio signal parameters in computer memory in automatic mode: level, estimated frequency value, occupied frequency bands, time to go on the air;

2. Panoramic analysis in the entire operating frequency range or in individual sections, identification of changes in the surrounding radio environment;

3. Accumulation and maintenance of a database of panoramas for the entire time of operation and processing of measurement results;

4. RF and LF analysis of received signals with documentation of the analysis result;

5. Technical analysis of radio signals: digital (quadrature) analysis of signals in real time, filtering, decimation of the original signal to the required frequency band, display of the IQ stream in real time;

6. Recording and playback of demodulated transmissions;

7. Localization of detected transmitters within the premises;

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8. In the mode of deferred analysis, the amplitude-frequency-time analysis of radiation for the entire observation time;

9. Demodulation of analog video transmitters in the entire operating frequency range;

 

10. Recording of radio signals on a PC hard disk in the form of spectra and quadratures (IQ) for subsequent processing;

11. Automatic identification of digital standards GSM (base stations), UMTS (base stations), DECT, BlueTooth, 802.15.4 (ZigBee), APCO, DMR, TETRA, DVB-T2 with demodulation and analysis of packet headers for networks (allocation of unique identifiers of subscriber devices and base stations) (if the DTest option is available);

12. Analysis of Wi-Fi networks (if RadioInspectorWiFi is available);

13. Demodulation of analog AM and FM and digital transmitters of APCO, DMR, TETRA standards operating in unclosed mode.