MINERVA wideband radiomonitoring receiver
Designed for:
– RADIOMONITORING
Search, detection and classification of radio emission sources in the 25-40,000 MHz frequency range with a maximum bandwidth 800 MHz.
Search, detection and classification of radio emission sources in the 25-40,000 MHz frequency range with a maximum bandwidth 800 MHz.
– COMMUNICATION INTELLIGENCE
Radio interception, registration, storage, data analysis and transmission of information to a remote control point.
Radio interception, registration, storage, data analysis and transmission of information to a remote control point.
– ELECTRONIC INTELLIGENCE
Detection of radar station signals, telemetry and telecontrol system signals, their registration, technical analysis, geographical reference (technical recognition of objects).
Detection of radar station signals, telemetry and telecontrol system signals, their registration, technical analysis, geographical reference (technical recognition of objects).
Key features
– simultaneous processing of up to 1024 independent subchannels in 800 MHz real-time bandwidth;
– built-in I/Q data recorder for regist-ration of digital radio signals in real time for their further analysis;
– 4 NVMe SSDs with a capacity of 2 TB each (total capacity of 8 TB);
– recording speed up to 56 Gbps;
– up to 1 hour of 400 MHz real-time bandwidth registration without bit loss;
– interception of FHSS signals.
Specifications
Operating frequency range 25-40,000 MHz
Single frequency dynamic range over 72 dB
Real-time bandwidth 800 MHz
Number of hardware-independent channels 2
One channel real-time bandwidth 400 MHz
Sensitivity up to -120 dBm
Radio frequency spectrum scanning speed for each of the receiving channels up to 4 THz/sec at RBW = 30 kHz I/Q data recorder recording speed up to 56 Gbps
Number of independent DDC channels with internal signal detectors up to 1024
Reconfigured demodulators and decoders for digital communication systems optional
Height in mounting units 2 U
It is possible to use MINERVA as a part of stationary and mobile stations of radio monitoring, direction finding and electronic intelligence for the purpose of detection, classification, demodulation, decoding of radio signals and localization of radio emission sources.
For example, as part of the COMINT complex together with the KHORTYTSIA-M mobile COMINT complex, APELLA automated multifunctional COMINT complex, etc.
For example, as part of the COMINT complex together with the KHORTYTSIA-M mobile COMINT complex, APELLA automated multifunctional COMINT complex, etc.
