KASANDRA-TM30 extended set, Radio monitoring and digital signal analysis complex (portable)

Radio monitoring and digital signal analysis complex (portable) KASANDRA-TM30, 9 kHz - 30 GHz (extended set).

Radio monitoring and digital signal analysis complex KASANDRA-TM30 is designed for round-the-clock, continuous radio monitoring of an object and detection of unauthorized radio emissions, including those with complex concealment algorithms, as well as for analysis of digital communication standards. The complex can be used as an IQ recorder with a recording band of up to 32 MHz.

The complex carries out radio monitoring in the operating frequency range, saves range panoramas, spectra of individual signals and the main radiotechnical parameters of detected radio signals in the computer memory.

When using two or more complexes together, it is possible to create a unified radio monitoring network with a single control and management center. Information about the state of the complexes comes from the servers of the complexes to the PC of the control operator. On the operator's PC, the I_RemoteCheck program displays all information about signal detection, operation of the complexes, their switching on and off.

If it is necessary to compare signal spectra, it is possible to display the spectra of another complex selected for comparison in the control program of any complex. The RT-Group option is used to operate this function.

Built-in in a protected PELI 1495 case (a similar design is possible for the KASANDRA-TM9 complex). It has built-in batteries (2.5 hours of autonomous operation) and a 4-channel antenna switch in the range of 25 MHz - 9 GHz.

All complexes with built-in batteries can charge the batteries during operation. The type of batteries used (LiFePO4) allows using the device in extreme operating conditions. Operating temperatures from -20 to +50 degrees Celsius. Storage temperatures from - 30 to + 60. Maximum safety in use - do not ignite or explode, even if depressurized. The extended input voltage range (9 - 36 V) allows the complex to be used on various infrastructures and types of transport.

The KASANDRA-TM30 complex solves the following tasks:
reception of signals in the entire operating frequency range and recording in the computer memory of the main radiotechnical parameters of detected radio signals in automatic mode;
panoramic spectral analysis;
evaluation of radio signal parameters;
digital analysis and automatic identification of digital signals, such as TETRA, APCO-P25, DMR, NXDN, dPMR, DECT, Bluetooth, 802.15.4 (ZigBee), DVB-T, DVB-T2; GSM (2G), UMTS (3G), LTE (4G) - network topology (if the DTest option is available);
digital analysis and automatic identification of analog signals AM, FM, USB, LSB, Analog TV (if the DTest option is available);
analysis of Wi-Fi networks (if RadioInspectorWiFi is available);
vector signal analysis;
demodulation of analog video transmitters in the frequency band of 30 - 6,000 MHz;
localization of radio emission sources in the premises;
documentation of the monitoring results.

TECHNICAL SPECIFICATIONS

Input 1 operating frequency range 25 MHz - 9,000 MHz
Input 2 operating frequency range 9 GHz - 30 GHz
Input 3 operating frequency range 9 kHz - 25 MHz
Maximum RBW tuning speed 54 kHz*, more than 200 GHz/s.
Maximum RBW tuning speed 13 kHz* 120 GHz/s. (in the range of 25 - 9,000 MHz)
Maximum RBW tuning speed 13 kHz*, more than 70 GHz/s. (in the range of 9 -30 GHz)
Average level of own noise, without preamplifier (DANL) - 158 dBm (1 Hz)
Dynamic range at the compression point of 1 dB (without attenuator), not less than 120 dB
Instantaneous analysis band 0.256 - 32 MHz
IQ recording band 12 MHz (without limitation on IQ recording time), 32 MHz (not less than 2 minutes with LAN interface 1 GbE)
Maximum frequency resolution 1 Hz
Type of software demodulators AM, FM, USB, LSB, TETRA, APCO-P25, DMR, dPM, AnalogTV (PAL/ SECAM/ NTSC), DVB-T2, DVB-T
Type of analyzed digital communication standards TETRA, APCO-P25, DMR, dPMR, NXDN, PAL/ SECAM/ NTSC, Bluetooth (receiving MAC and LAP addresses of detected devices), DECT, 802.15.4 (Zigbee, etc.), DVB-T, DVB-T2, 2G (GSM) - network topology, (UMTS) - network topology, 4G (LTE) - network topology
24-hour operation
Receiving unit cooling method active cooling using a low-noise fan with a noise level of 60 dB
Unique features maintaining high speed with a narrow bandwidth;
use as a manual amplitude direction finder (if directional antennas with an electronic compass and the RT-Geo software option are included in the delivery set);
separate RF inputs for connecting range antennas.
Computer connection interface type LAN 1 GbE
Power supply ~ 220 V/ 50 Hz, 9 - 36 V
Operating temperature range from + 5 °C to + 70 °C (in the version without battery)
Storage temperature range up to - 20 °C to + 70 °C (in the version without battery)
Overall dimensions of the main unit 549 x 438 x 124 mm. KASANDRA-TM9/TM30 (Case PELI 1495)
Weight 9 kg. KASANDRA-TM30 (PELI 1495 Case)
Technical characteristics of the control PC (not worse)
Installed operating system Windows 10 (11)
Processor frequency 2,200 MHz
RAM size, not less than 8 GB
Memory type, not worse than DDR4
Screen size 15.6 - 17"
Screen resolution, not less than 1,920 x 1,080
Screen type widescreen
Hard disk size, not less than 512 MB
LAN adapter speed 1,000 Mbit/s.
* - depends on computer performance.

The KASANDRA-TM30 complex is supplied with the RadioInspector software. The software performs the following functions:

performs round-the-clock radio monitoring with saving all the results of panorama and signal spectrum measurements in the panorama database without time limitation;
forms scanning tasks within the operating frequency range with any number of sub-ranges with their own scanning parameters in each, while the complex. Saves and loads tasks. Continues recording the measurement results in the existing panorama database;
presents the measurement results for analysis in the form of panoramas, signal spectra, spectrograms in 2D and 3D modes with each measurement linked to frequency, amplitude and time;
performs statistical processing of the received data - displays graphs of maximum, minimum and average panorama values, performs marker and cursor measurements;
performs analysis of the amplitude-frequency-time characteristics of high-frequency signals, a group of signals or the entire radio frequency spectrum in the delayed mode (for the entire monitoring period) and in real time;
uses methods of comparison with a reference panorama, methods of difference of panoramas received from different antennas, uses a threshold line (including an adaptive threshold line enveloping the spectra of legal signals), forms lists of signals that have exceeded the threshold and collects statistical data for signals that have exceeded the threshold;
records a phonogram of a demodulated audio signal, analyzes and edits the recorded phonograms. Records a demodulated audio signal in automatic mode when the signal exceeds the threshold line;
analyzes the amplitude-frequency-time characteristics of demodulated signals, including in an octave spectrum analyzer;
maintains a list of detected signals, analyzes the list (numerical and graphical);
uses a frequency assignment database and displays information on legal radiation sources on a graph;
records signal quadratures (IQ) in a band of up to 32 MHz in .wav format;
performs search and identifies radiation from analog video cameras with a radio channel for data transmission, operating in PAL, SECAM, NTSC standards, including simple methods of radiation masking (spectrum inversion, inversion of horizontal and vertical pulses, etc.);
performs search, registration and analysis of characteristics of wireless Wi-Fi networks, determines SSID, MAC addresses of the access point, number and level of the channel;
performs search, registration and analysis of characteristics of wireless networks of the TETRA standard: determines DMO modes with the issuance of Src SSI of the device, identifies base stations of the TETRA standard, with the display of BS operating parameters;
performs search, registration and analysis of characteristics of wireless networks of the DECT standard: records all base stations and their unique identifiers (RFPI), signal levels for each base station (BS DECT), records the number and affiliation to the base station of operating mobile terminals (MS DECT), maintains a list of legal (identified) BS and identifies newly appeared BS, records the frequency distribution of BS and MS, determines channel loading, checks all standard frequencies of the DECT standard, with the ability to analyze any added frequencies for affiliation to a given transmission class;
performs other standard functions for studying frequency ranges and measuring signal parameters, documents the results of work:
scales along the time and frequency axes, adapts the user interface to the operator, documents graphic and symbolic information in text and graphic files.

EXTENDED KIT
Main unit (in PELI 1495 case) 1 pc.
Control PC included 1 pc.
RadioInspectorRT software with Dtest option 1 pc.
RadioInspectorRP software 1 pc.
RadioInspectorWiFi software with receiving module 1 pc.
AShP-12 antenna (20 - 12,000 MHz) 3 pcs.
AShP-30 antenna (6 - 30 GHz) 1 pc.
Directional antenna ASHN-2060 (20 - 600 MHz) 1 pc.
Directional antenna ASHN-600 - 6,000 MHz) 1 pc.
Directional antenna ASHN-630 (6 - 30 GHz) 1 pc.
Handle with mount for directional antenna with clamping screw 1 pc.
High-frequency extension cable 20 m. 2 pcs.
High-frequency extension cable 10 m. 1 pc.
LAN control cable 1 pc.
Mouse manipulator 1 pc.
Headphones 1 pc.
USB splitter 1 pc.
Carrying bag 2 pcs.
Charger 1 pc.
Operation manual and user manual for software on electronic media with RadioInspectorRT software 1 pc.
Passport 1 pc.