Broadband Radio Signal Spectrum Monitoring System
Broadband Radio Signal Spectrum Monitoring System. The SSR is designed for searching, interception and analysis of radio emissions. The system allows for continuous monitoring of the radio signal spectrum in 24/7 operating mode. During operation, the system performs tasks automatically, solely under the supervision of the managing administrator, and the system's results can be viewed at any time.
Radio frequency spectrum monitoring
Broad-spectral multi-criteria analysis
Archiving of reconnaissance data acquired using COMINT sensors
Analysis of acquired (OFFLINE) data of narrowband and broadband signals
Demodulation of analogue radio signals FM,AM,LSB,USB,CW |
Demodulation and decoding of digital radio signals A1A, F1B, (2FSK), F7B(4FSK), 2PSK, 4PSK, 8PSK, 2DPSK, 4DQPSK, F3E, H3E, H7D, J7D, J3E, 12CPSK, BURST, CHIRP, OFDM in the form of text files - in the case of decoding radio signals, the selection of appropriate decoders is necessary |
Data export to external media in the form of *.wav, (I/Q) |
Defining white and black lists, priority lists |
Tools allowing for the creation of classifiers |
Visualisation of processing (analysis) status |
Extraction of narrowband channels from a broadband recording and determination of their parameters through analysis of the waterfall display at the workstation (graphical analysis) as well as through selection of detected signals from the database |
Conducting independent interception at operator workstations |
System management from the administrative workstation |
signal waveforms as a function of time, power spectral density analysis, signal selection based on defined criteria, the ability to independently configure interfaces and select signal analysis tools (filters, demodulators, oscilloscopes, waterfall, etc.)
deletion, flagging of data stored on the data array, time parameter for sample stream recording (default 60 s.)
centre frequency, signal bandwidth, modulation type and modulation parameters (e.g. symbol rate of the applied modulation, frequency deviation, matching the decoder to the radio emission)