- Search, detection, direction finding, recording, parameters measuring, technical analysis and classification of HF, VHF, UHF and SHF signals, as well as localization of their sources (being operated as a part of DF pair or automated spectrum monitoring systems).
- ARGAMAK-IS Panoramic Field Strength Meter with additional coherent receiving channel (simultaneous bandwidth up to 22 MHz, frequency range 20-3000 MHz, integrated high-stable reference frequency generator, Certificate of Approval of Measuring Equipment Type No 47238, certified measuring procedure), installed inside receiving unit.
- AS-HP5 Antenna System for automatic direction finding within 20 – 3000 MHz, with integrated navigation equipment
- External Field Sensor Unit (EFSU) - omni-directional measuring antenna (operating frequency range 20 – 3000 MHz)
- Power supply and communication unit
- Control and display unit with SMO-PAI, SMO-STA, SMO-ASPD, SMO-KN Software Packages.
ARCHA-IT with AS-HP5 Antenna System
- Built-in module for extension of operating frequency range (3–8 GHz)
- DF antenna systems: AS-HP-HF (1.5-30 MHz), AS-HP2 (3-8 GHz)
- Navigation and timing equipment GLONASS/GPS for location finding and synchronization of the stations when joint operating.
- Communication and data transmission equipment
- Luggage box to mount the antenna system on a carrier
- Collapsible mast (up to 3 meters high)
- Portable electric generator
- SMO-BS Software Package for Automated Monitoring of Base Stations Certificate of state registration of software packages No. 2015662409
- SMO-BS 3GPP Software Package for Automated Monitoring of GSM, UMTS, LTE Base Stations Certificate of state registration of software packages No. 2021681273
- SMO-BS DECT Software Package for Automated Monitoring of DECT Base Stations Certificate of state registration of software packages No. 2015662411
- SMO-BS TETRA Software Package for Automated Monitoring of TETRA Base Stations Certificate of state registration of software packages No. 2015662742
- SMO-BS CDMA/EVDO Software Package for Automated Monitoring of CDMA/EVDO Base Stations Certificate of state registration of software packages No. 2015662423
- SMO-BS TRUNK Customized Software for Automated Monitoring of DMR, dPMR, NXDN, APCO P25 Network. Certificate of state registration of software packages No. 2016661912
- SMO-BS Wireless Customized Software for Automated Monitoring of short-range wireless networks (Wi-Fi, Bluetooth, Zigbee). Certificate of state registration of software packages No. 2021669703
- SMO-CT Customized Software for Automated Monitoring of digital TV signals (DVB-T/T2/H, DTMB). Certificate of state registration of software packages No. 2015613938.
Features of Station:
- It meets the following ITU-R recommendations: SM.328, SM.377, SM.378, SM.443, SM 1047, SM 1050, SM.1139, SM 1268, SM 1370, SM 1392, SM 1537, SM 1600, SM 1682, SM 1836, SM 1837, SM 1838, SM 1840, SM 2039, SM 1880
- It meets the requirements of Unified Technical Policy (ETP) of RF Federal Service for Supervision in the Sphere of Telecom, Information Technologies and Mass Communications concerning transportable radio monitoring systems
- Operation as a direction finding (with AS-HP5 DF Antenna System) or measuring (with external field sensor unit) station
- ARGAMAK-IS Measuring Receiver is located close to antenna system, which allows avoiding antenna effect and provides high sensitivity and accuracy of measuring and direction finding
- To prevent digital path overloading and to increase measuring accuracy in complicated electromagnetic environment, additional built-in analogue path with 500 kHz bandwidth can be used
- Operation at stops and while moving (when the equipment is installed on a vehicle)
- Joint operation of several stations (when communication equipment is available), e.g. as a part of Automated Spectrum Monitoring Systems (ARMADA, AREAL etc.)
- The distance between antenna systems and operator's location can be up to 100 m
- Power supply from portable electro generator, external AC mains or vehicle on-board DC.
- Panoramic spectrum analysis within the entire operating frequency range or within separate intervals in complicated electromagnetic environment, accommodation to ambient radio environment and detection of its changes
- Search for emission sources within selected frequency ranges, including frequency hopping signals
- Plotting frequency-time diagram of loading within analyzed frequency ranges.
- Signal parameter measurement
- Automatic direction finding of radio emission sources with random modulation types and spectrum width in single-channel and multi-channel modes
- Real-time display of bearings, spectrum panorama, bearing history and signal amplitude history
- Transmitter localization based on direction finding results while moving
- Recording of radio emission spectrum
- Recording of signal samples within the band up to 40 MHz
- Technical analysis with finding of basic time and frequency parameters of radio emissions
- Detailed technical analysis (parsing of complicated signal-code structures, and analysis of transferred data bitstreams)
- Check of frequency/time parameters and service information of base station of modern communication and data transmission systems (GSM, IS-95, cdma2000, EV-DO, UMTS, TETRA, DECT, LTE, 5G, Wi-Fi, DMR, APCO P25, dPMR, NXDN)
- Monitoring and measuring of digital TV signal parameters (DVB-T/T2/H).
- Automated radio monitoring based on preset schedule or under operator control
- Automated control of equipment health
- Remote control based on TCP/IP via wire and wireless communication channels
- Review and processing of the data from DB
- Mapping DB information on the electronic map
- Generation of reports with radio monitoring results in Microsoft Office, OpenOffice, HTML and PDF file formats.
In case of joint operation, the stations provides:
- Interaction via low-speed communication channel when out of line-of-sight location
- Assigning tasks on search, scanning (monitoring) and direction finding from master unit to slave stations of the system
- Transfer of radio monitoring data from slave stations to master station for further analysis and processing
- Synchronization of all system stations based on GLONASS/GPS (when navigation timing equipment is available)
- Synchronous direction finding of radio signal sources
- Transmitter location evaluation based on direction finding data
- Transmitter location evaluation based on time difference of arrival method (when navigation timing equipment is available).
Typical curves of RMS and DF sensitivity vs. frequency are the same as curves given for ARTIKUL-H1 Manpack Direction Finder.