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SW RadioInspectorRT(RC) is designed for long-term round-the-clock, periodic or operational monitoring of radio placement, digital signal processing and analysis, detection of unauthorized radio emissions in the premises being checked, detailed study of radio signals, localization of radiation sources, as well as for cre- ating archives of  radio monitoring results.

Possible application areas of the program:


Main application areas of the program:

RadioInspectorRC is a version of RadioInspectorRT with metrological measurement support (taking into account the parameters of the measuring path).

Main application areas of the program:

- Monitoring of a given frequency range (frequency ranges), storing all measure- ment results of signal spectra and panoramas of frequency ranges in a database with reference of each measurement to time and geographical coordinates (when using a navigation receiver) and the possibility of deferred analysis;

- Automatic detection of signals exceeding the specified parameters (threshold line);

- Demodulation and audio control of radio signals, including digital communica- tion standards;

- Recording of the demodulated audio signal of the signal with subsequent analysis and its reproduction;

- Recording data in IQ format;

- Expert analysis of the state of the radio frequency spectrum, in real time and in delayed mode with marker and cursor measurements. Analysis of har- monic components;

- Analysis of a single signal in time in zero-view mode;

- Vector analysis;

- Performing other tasks related to the observation of the radio frequency spec- trum.

DTest Option



“DTest” (Digital Test) is designed for digital signal processing and analysis, as well as demodulation of digital communication standards.


- Work with the software in automatic mode (according to the principle - launched

the program - got the result) and, without having special deep skills in digital analysis, receive radio signal parameters (determining the types of digital standards, device IDs, MAC addresses, network parameters, etc.);

- Digital signal processing and analysis (TETRA, APCO-P25, DMR, NXDN, dPMR, DECT, Bluetooth, 802.15.4 (ZigBee), DVB-T, DVB-T2; GSM (2G), UMTS (3G), LTE (4G) - network topology);

- Identification of digital TV signals DVB-T2, DVB-T and receiving a picture of the video signal

and sound;

- Analysis and automatic identification of analog television (PAL, SECAM, NTSC) before receiving

a picture of the video signal;

- Demodulation before receiving speech various types of analog and digital modulations: TETRA, APCO-P25, DMR (MOTOTRBO), NXDN, dPMR, AM, FM, USB, LSB, Analog TV, DVB-T, DVB-T2.

Geo Option



The geoinformation system as part of the RadioInspector software is designed to display measurement results on an electronic terrain map (including the results of amplitude direction finding), processing measurement results using the geographical coordinates of measurement points.


- Display the points and the measurement route on the electronic map;

- Display the current measurement point, display the speed of movement, azimuth and altitude;

- Perform distance measurements along an arbitrary route, specify the distance to the target point;

- Display the results of the amplitude direction finding while storing the pelengs

histories in memory;

- Perform other service functions.


- Display the results of the amplitude direction finding;

- Display the current measurement point (the current measurement point here means the point whose measurement result is shown in the panorama graph field), select and display the necessary panorama graph corresponding to the measurement point when it is selected on the map;

- Evaluate the radio-electronic situation at any point along the route;

- Perform distance measurements along an arbitrary route;

- Perform other service functions.

Option RT-Group



When performing radio monitoring, it may be necessary to compare in dynamics (in real time) the radio-electronic situation not only with the reference outdoor antenna, but also with another radio monitoring complex installed in conditions similar to the tested cabinet. For example, in offices located on different sides of the same corridor, on different floors.

Under these conditions, street signals fade out equally and it is possible to better isolate signals that have a higher signal level in the tested cabinet. To implement such a technique, the RadioInspectorRT software has the ability to download a spectrogram obtained on any of the complexes operating in a single network for comparison in the frequency range control task window.


- During setup, a group of computers (IP addresses, names) is loaded into the program with which it is possible to compare signal spectra.


- When selecting the number of the compared complex, an additional graph appears on the spectrum, which displays the scan results obtained on another complex in real time.


- A panorama loaded from another complex can be used as a reference to create a threshold line.


- All previously existing algorithms of operation in this version of the program are preserved. Complexes can be compared with others without restrictions. For example, 1 with 2, 4 with 1 and 3, 3 with 1 and 2, etc.

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