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Military and civil products catalogue

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2 3Military and civil products catalogue // 2018

VITIM IS DESIGNED TO CARRY OUT THE FOLLOWING MISSIONS:

• search, detection and tracking of ballistic missiles (BM) and their re-entry vehicles (RV), satellites (Sat), and air-breathing targets (ABT) in surveillance zone;

• determination of coordinates and parameters of movement of BM, RV, AS and ABT flying through the surveillance zone;

• classification of tracked targets as BM, Sat, and ABT;

• detection, tracking and determination of radiation characteristics, trajectory

• parameters and areas of impact of active jamming sources, radiating in the working range of the Vitim radar;

• generation of reports and transmission of information on detected and tracked targets and jamming sources to the operator.

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Technical characteristics

Wave band: Decimeter

Surveillance zone:on range, kmon azimuth, deg.on elevation, deg.

50 - 4000902,0 – 50

Max detection range, km:WH (radar cross section = 0,2 sq. m)Final stage of carrier rocket ( with radar cross section = 5 sq. m)Aerodynamic targets

20004000

in direct sight of view

Accuracy of Measurement (Mean-Square-Root Error (MSRE)): on range, mon radial speed, m/s elevation, on elevation, angular minuteon azimuth, angular minuteangular speed, angular minute/s

1001 – 3660,2

Vitim is the radar system for aerospace surveillance that con-tinuously provides search, acquisition, tracking and discrimi-nation of ballistic, space and air-born targets moving through the assigned zone of surveillance.

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MISSIONS:

• automatic detection and tracking of surface and aerial objects beyond radio-horizon and within the line of direct-sight;

• automatic determination of coordinates and movement parameters of detected and tracked objects;

• automatic classification of detected and tracking objects (as: marine - aerial, single - group, big – small);

• generation and transmission of information on tracking objects to customers for operational decision-taking;

PRINCIPLE OF OPERATION

Unlike the traditional coastal microwave radar principle operation of the OTH SW radar is based on distribution of propagation of HF radio waves of

vertical polarization along the sea surface over the horizon due to diffraction of vertical polarization along sea.

ADVANTAGES:

• the range of the radar station is not limited to the horizon;

• meteorological conditions do not affect the range of the radar station;

• resource of non-stop operation of radar station is not limited;

• there is no impact of «STEALTH» technology on the range of detection (ships and aircraft, manufactured by technology «STEALTH», could be found in almost the same ranges as regular aircraft and ships).

Podsolnukh-E is designed for surveil-lance of aerial and marine situation in the interests of national security of coastal States. It transmits data to command and control centres of the coastal surveillance system and national Forces for coastal de-fence for proper decision taking on the use of weapons, mobile forces, etc. It is a sys-tem of all-weather and around-the-clock monitoring of surface and air situation.

Stationary single position radar station is designed for space measure-ments of SHF-waves and control of low-orbit space objects and sat-ellites. Space range radar will perform measurements of coordinates, velocities and effective radar cross-sections of controlled objects.

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Electromagnetic compatibility of the space range radar with other radio aids will be provided by means of a frequency-geographical gap.

Data processing equipment of the space range radar will provide its mating with various users via standard interfaces complying with the agreed Customer’s requirements.

The information will be transmitted to the users via allocated communication links and interface equipment. At that, some additional software-hardware aids may be used.

TASKS:

• Automatic detection and monitoring of space objects according to preliminary target designation

• Automatic positionfinding and detection of effective radar cross-section (RCS) of the monitored objects

• Transmission of data about monitored objects

Over-the-horizon surface wave radar Podsolnukh-E

Space range radar

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> 450 kmMax range of surveillance


Wave band SHF

Monitored area:by range, kmby azimuth, deg by elevation, deg

120 ÷ 20000 to 3600 to 90

Range resolution (for objects with similar RCS), m 40

Number of simultaneously monitored objects up 15

Parameters of antenna’s mechanical rotation:by azimuth, degby elevation, degby azimuth rate, deg/sby azimuth acceleration, deg/s2

by elevation rate, deg/sby elevation acceleration, deg/s2

± 2701…870…±100…±50…±100…±5


Surveillance zone:Max range, km Min range, km Surveillance sector width, deg.

45015100 – 120

Number of simultaneously tracking targets:Surface targetsAir targets

200100



Wave band HF

Responsibility area:maximal range (across Earth surface), kmminimal range (across Earth surface), kmazimuth width (no more than), deg

27001000 60

Within responsibility area:number of continuously monitored zoneslength by range, kmwidth by azimuth, deg

445015

Detection parameters:probability of correct detection of a single airborne target (aircraft)time of aircraft detection in a continuously monitored zone, sprobability of correct detection of a group of aircrafts (12–14) for 6–15 minutes after the takeoff

min 0,8max 350min 0,9

Number of simultaneously monitored air targets min 350

Multifunctional over-the-horizon radar station of various location and high detection range intended for determina-tion of coordinates and movement parameters of a wide class of air targets (including “STEALTH” technology).

The radar provides high reliability and quality of output data while ensuring electromagnetic compatibility with external radio-electronic devices of other HF users. In conditions of intended active interference of various type and intensity the radar stays operable due to the algorithms and systems of adaptive spatial-frequency compensation with its own minimal out-of-band interference.

The radar has some additional options providing its wider use and higher efficiency of information systems where this radar is deployed, including, among others, the following:

• target class detection by signal and trajectory parameters;

• providing information support in solving the problems of rescue operations in territorial waters, hard-to-reach areas;

• notification of command centres, territorial and regional bodies of the Ministry of Emergency Situations notifying them of any hazardous nature events.

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General-purpose radar station of various location and high detection range

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On-board polarimetric radar with Р and Х bands is designed for 24-hour all-weather remote surface sensing. It is used for reconnaissance, marine hydrography, ice conditions monitor-ing, natural resources surveying and emergencies monitoring.

FEATURES:

• Dual wavelength bands and polarimetric processing

• Real-time data processing

• Various types of configuration according to the Customer’s requirements andrequirements and different types of aircrafts

• Robust high-speed data transmitting interfaces

TYPICAL LOCATION OBJECTS:

• Ground objects (fixed and moving targets): industrial areas, railways and transport hubs, runways, high power transmitting lines, parked and moving vehicles.

• Water surface targets: ships and vessels, oil platforms, bridges, passages, dams, sea and river ports.

COMPONENTS:

• Dual-band range and polarimetric processing

• Specialized computer with digital signal processor

• Inertial navigation system

• Data acquisition equipment

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Range P X

Wave length, cm 68 3,14

Maximal operating range, km 200 100

Limiting resolution by range, m 5 1

Limiting resolution by azimuth, m 2,5 1

Polarization: transmit/receive H÷(H+V); V÷(V+H) H÷H; V÷V; H÷V; V÷H

Weight, kg ≈90

Operating temperatures, deg -40 – +50

On-board polarimetric radar complex

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The radar station may be used in the ground-based systems of air situation continuous monitoring for the purpose of informational support of:

• air intrusions protection systems in the areas of critical objects locations: NPP, dams and etc.

• aviation flights safety systems, including flights of light airplanes in the aerodromes not fitted with other radio navigation equipment;

• prevention of unauthorized air intrusion and transportation of cargoes (contraband goods, weapons, explosive substances, drugs and etc.).

MISSIONS:

• The radar station shall provide fulfillment of the following air situation control missions:

• automatic detection, traction and position- and motion parameters finding of airborne objectives in a vigil mode;

• generating and sending to the users the information about tracked objects for the purpose of prompt decisions making.


Operating frequency range 50-70 MHz

Monitored area:maximal range, kmby azimuthby elevation

2-300360 degup to 10 km

Technical characteristicspower consumptiondeployment timemeasured velocities range

up to 15 kW24 h10-250 m/s

Resolutionby range, kmby radial velocity, m/s

1,55

(L-39) aircraft detection distanceat a height of 200 m at a height of 5000 m

10 km50 km

The Surok radar station is designed for automatic detection of low-flying aerial targets such as gliders, helicopters, planes, unmanned aerial vehicles, including “STEALTH” technology

Surok small-size radar station

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In accordance with the International Agreements since 1994, the coastal States have legal responsibility to ensure law and order in the 200-mile ex-clusive economic zone and for protecting coastal critical infrastructure. The operation of OTH Radar “Laguna” is based on effect of propagation of HF radio waves of vertical polarization along the sea surface beyond the line of horizon because of diffraction. Laguna should be located directly on the seaside. Laguna includes the transmitting and receiving antennas located on two sites, a power amplifier, and an information processing centre.

MISSIONS:

• Detection and tracking of marine and aerial targets beyond the radio horizon and within line of sight;

• Automatic determination of the coordinates of detected marine and aerial targets;

• Automatic determination of movement parameters and classification of the targets;

• Generation and transmission of the information about targets tracked to end users for operational decision-making automatic detection and measurement of coordinates and parameters of movement of the detected seagoing vessels and aircraft;

• Transmission of data on tracked targets to the external points of information acquisition and processing to take prompt decisions.

Laguna equipment was manufactured of modern Russian and foreign electronic components. All equipment installed in two autonomic containers, which are equipped with the air conditioning and fire extinguishing systems. It can be integrated with various users and can transmit coordinate and air-route information to the integrated systems and control posts in digital form through the Customer’s communication channels.

Laguna Over-the-horison radar station

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Wave length HF

Monitored area:maximal range, kmminimal range, km sector width

4005090-100 deg

Technical characteristicspower consumptionservice crew, personshours of operation

Max 80 КW324h

Measurement (RMS) accuracy:by range, kmby bearing angle, deg

1,5-21,5-2

Number of simultaneously tracked targetswater surface air

10050

Laguna has low power consumptions, material, technical and financial resources and a total specific cost of surveillance of surface and air situation.


Veer VHF-band remotely controlled radar station with circular elec-tronic plan position is designed for quick arrangement of circular radar detection and monitoring zones for low-altitude objects: sail-planes, helicopters, airplanes, cruise missiles, including unmanned combat air vehicles (like Global-Hawk) in the near-field zone.

The radar station may be used in the ground-based systems of air situation continuous monitoring for the purpose of informational support of:

• flights safety, including light airplanes, within the aerodrome zones;

• protection of air space around the state borders, sea and ocean coasts, as well as around facilities (e.g., NPP, dams) inside the national territories;

• prevention of unauthorized air intrusion of cargoes (contraband goods, weapons, explosive substances, drugs).

The radar station shall provide fulfilment of the following air situation control missions:

• automatic detection, traction and position- and motion parameters finding of airborne objectives in a vigil mode;

• generating and sending to the users the information about tracked objects for the purpose of prompt decisions making.

Veer VHF-band radar station

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Wave band VHF

Operating frequency range 50-70 MHz

Monitored area:by rangeby azimuth by elevation

2-450 km360 deg up to 60 km

Aircraft detection range (e.g. Su-27) with probabilities of correct detection 0.9 and false alarm 10-6:at a height of 200 mat a height of 1 kmat a height of 5 km

25 km50 km150 km

Resolution:by rangeby radial velocity

500-1000 m5 m/s

Number of tracked targets 200

Measurement accuracy (error RMS):rangeazimuthelevationradial velocity

300 m2 deg.2 deg.3 m/s

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Communication and on-board equipment


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Wideband radio link

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Wideband radio link is designed to provide high-speed informational support for a group of hel-icopters and a helicopter with a command post in real time.

CAPABILITIES:

• High-rate data exchange (transmission of radar, TV and infrared images)

• Low-rate data exchange (control commands, control commands acknowledgment)

KEY TECHNOLOGIES:

• Antenna system based on the multi-mode printed AFAR X and L bands, which provides minimum weight and size characteristics and high energy potential

• «Programmable radio» (SDR), which provides processing of complex signal-code structures with a large signal base and adaptation to background noise interference in real time

AVAILABLE OPTIONS:

Wideband radio link — on-board

Wideband radio link — shipboard

Wideband radio link — ground

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Frequency range, MHz 10,00…10,55 GHz

Data transmission rate:Low-rateHigh-rate

up to 16 Kbit/sup to 8 Mbit/s

Measurement accuracy: not more 10-6

Portable multi-channel VHF-radio station R-168-0.5МKmЕ

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Portable VHF radio station R-168-0.5МKmЕ with frequency modulation is designed to provide tactical single-channel and multi-channel pub-lic and CIMP protected radio communications.

IN SINGLE-CHANNEL MODE THE RADIO STATION PROVIDES:

• 1000Hz voice-frequency signal transmit/receive;

• transmission and reception of public data and security masked data using built-in CIMP in a single-frequency or double-frequency simplex modes;

• on eight frequencies (with selection of frequency with least noise amount);

• adaptive communication with PROFR on 8, 16, 32, 64, 128, 256 frequencies with a rate of 100 hops per second;

• external digital data receive/transmit mode at 1.2, 2.4 Kbit/s via S1-FL interface; at 1.2, 2.4, 4.8, 9.6, 16 Kbit/s via RS-232С interface; at 1.2, 2.4 and 16 Kbit/s via trigger interface (connection to S1-FL and trigger interface is provided through an interface module).

IN MULTI-CHANNEL MODE THE RADIO STATION PROVIDES FOR ANY CHANNEL:

• channel splitting into 5 sub-channels with time division;

• independent transmit/receive via different interfaces and voice channel (up to 5 sub-channels);

• data may be transmitted in any sub-channel in simplex mode via trigger interface, S1-FL or RS-232С interfaces, also voice data, public or masked with CIMP, may be transmitted converted into digital data with a rate of 2.4 Kbit/s;

• duplex communication may be organized in any two sub-channels with a rate of 2.4 Kbit/s (data transmission via trigger interface, S1-FL or RS-232С interfaces, or transmission of voice data, public or masked with CIMP).

OPERATING MODES:

• scanning receive in four frequencies;

• entry of radio data (operating frequencies, technical masking keys, individual number (address) and operation mode in 8 channels) from terminal equipment, radio data optical input device (RDOID) or from the headset keyboard;

• data receive with and without noise suppression;

• listening silence sleep receive;

• computer control via RS-232С interface.

RADIO STATION FEATURES:

• air-tight, impact-resistant casing;

• automated control of operability;

• battery discharge alarms.

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Frequency Range, MHz 30-80

Communication range, kmsingle- and double-frequency simplex to ASP-1.0 antennato ASS-1.5 antennaPROFR and ACto ASP-1.0 antennato ASS-1.5 antenna

1,53,0

1,02,0

Receiver sensitivity, μV 1.0

Transmitter output power, W 1.0


Portable HF radio station R-168-5KVE Akveduk-5KVE

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R-168-5KVE portable HF radio station provides public and se-cure (by the voice data masking device or using external CAC) (for versions 2 and 3) tactical radio communication between mobile and stationary objects and is designed for deployment in a wheeled command vehicle.

TYPES OF OPERATION:

• Single-sideband (SSB) modulation phone

• Voice data security masking phone

• Automatic telegraph ChT-200 (ЧТ-200), ChT-500 (BD1, BD2) (ЧТ-500 (БД1, БД2)) (for versions 2 and 3 – only ChT-500 with a rate of 100 Baud)

• Telegraph ChT-200, ChT-500 for aural reception (for versions 2 and 3 – only ChT-500)

• Amplitude telegraph

• Transmittance and reception of address, conference and voice-frequency calls

• Transmittance and reception of digital data via S1-FL, S2, LAN interfaces (for version 1 only S1-FL using R-168 UPS-2 (Р-168 УПС-2) modem)

OPERATING MODES:

• Fixed single-frequency simplex

• Fixed double-frequency simplex

• Listening silence with banned transmission

• Scanning receive in 2-8 pre-set frequencies

• Adaptive automatic communication

• Pseudorandom operational frequency readjustment

• Manual and automatic radio data entry

• Operation on 8 pre-set channels

• Operation control from the built-in control panel

• Operation control from remote control panel (for version 1)

• Operation control from external computer via RS-232 interface and via Ethernet through LAN-interface from inter-communications, switching and control equipment (ICSCE) (for version 1 – using R-168 UPS-2 modem only via RS-232)

• Automatic control of equipment performance

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Frequency range 1,5...29,9999

Frequency Spacing 0,1

Data transmission rate, bit/s:for version 1 (using R-168 UPS-2 modem)for versions 2, 3 (using built-in modem)for versions 2, 3 (via Ethernet between radio station and ICSCE)

1200, 24001200, 2400, 480010 Mbits/s

Communication range in static position and in motion to ASh-4 antenna, kmfor version 1for version 2

15…3525…60

Communication range, in static position to dipole aerial (on R-168MK (Р-168МК) mast), kmfor version 1for version 2

300350

Communication range in static position and in motion to NVIS loop antenna(only for version 2), km 350

Portable VHF radio station R-168-0.1U(М)1Е

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Designed to provide public and security masked radio communica-tions of carrier-loader radio networks: company commander – pla-toon commander – section commander – soldier and is a means of data cryptographic protection.

TYPES OF OPERATION:

• telephone (TLF) without cryptographic information protection means (CIPM) but with frequency modulation (FM);

• telephone with cryptographic information protection and frequency modulation;

• data transmission from external equipment.

OPERATING MODES:

• single-frequency simplex or double-frequency simplex in one of 8 pre-set channels;

• data receiving with noise suppression;

• entry of radio data;

• voice information reporting system;

• listening silence sleep receive (LS);

• scanning receive operation on 2-4 pre-set channels;

• voice-frequency calls transmit/receive mode;

• automated control of operability.

TYPES OF INFORMATION BEING TRANSMITTED AND RECEIVED:

• analogue data without built-in cryptographic information protection means (CIMP);

• analogue data protected by built-in CIMP;

• digital data from external terminal equipment;

• 1000 Hz frequency calls;

• RS-232С interface with computer.

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Frequency range 44,025…55,975 MHz

Frequency Spacing 25 kHz

Data transmission rate:analogue encrypted datadigital data from external terminal equipment

16 Kbit/s1,2; 2,4; 4,8; 16 Kbit/s

Number of keys 2128

Communication range:voice data transmissionencrypted data transmission

3 km2,4 km

Output power, min. 2 W


Portable UHF station R-168-0.5U(D)E

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Portable UHF station R-168-0.5U(D)E is designed to provide public or security masked radio communications in the fol-lowing command level: platoon commander – section com-mander – soldier of the load-carrier and is a means of data cryptographic protection. R-168-0.5U(D)E (transport version) may be installed in any types of cabins of trucks and cars. The station is powered from 10.8 V to 30 V vehicle’s voltage system. The radio station provides radio communications of the load-carriers with the aircrafts and Navy fleet in the same frequency bands and operating modes.

TYPES OF OPERATION:

• telephone without cryptographic information protection means but with frequency modulation;

• telephone with cryptographic information protection means and frequency modulation;

• data transmission from external equipment.

OPERATING MODES:

• single-frequency simplex or double-frequency simplex in one of 8 pre-set channels;

• data receiving with noise suppression;

• entry of radio data;

• voice information reporting system;

• scanning receive operation on 2-4 pre-set channels;

• listening silence sleep receive (LS);




• analogue data not protected by the built-in cryptographic information protection means CIMP;





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Frequency range, MHz 390,025…439,975

Frequency Spacing: 25 kHz

Communication range:voice data transmissionencrypted data transmission

2,5 km2,0 km


16 Kbit/s1,2; 2,4; 4,8; 16 Kbit/s

Number of applied keys 2128

Output power 1 W

Receiver Sensitivity 0,6 μV

Portable HF radio station R-168-1КЕ Quartz-N

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Portable radio station R-168-1KE is developed for HF single-band telephone radio communications in the upper sideband and lower sideband in public or se-cured modes in command level tactical radio networks. Designed for deployment of radio-networks in condi-tions of normal and rugged terrain. The station has a Conformity Certificate No. РОСС RU.АЯ60.Н81403

RADIO STATION FEATURES:

• indication on display: «USB/LSB» (upper side-band/lower side-band), «PC/SC» (public communication/secure communication), operating frequency, abnormal operation;

• automatic tuning with antennas: ASh-1.5m, Slope Beam and Dipole (slanting vibrator);

• automatic protection in transmission mode in case of antenna failure or antenna short-circuit to frame;

• automatic protection at the receiver input from 5V signal;

• 10m cable to organize remote transceiver;

• battery discharge sound alarm;

• timely changeover of operating frequencies.

TYPES OF OPERATION:

• single-sideband (SSB) modulation phone;

• voice data security masking phone.

OPERATING MODES:

• simplex;

• sleep receive;

• operation on 8 pre-set channels;

• automatic control of equipment operability.

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Frequency range, MHz 1,5…9,999

Frequency Spacing 1 kHz

Communication range (day/night), km: to ASh-1.5 antennato Slope Beam antenna (earth wave), not less thanto Dipole antenna, min.

10/730/20300

Receiver Sensitivity, max. 1 μV

Number of PSCs 8

Frequency shifting across pre-set channel, ms 100

50 Ω load output power, min. 4 W


HF radio station R-168-5KNE

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Provides public and masked radio communications in tactical command radio-networks in harsh operating conditions. The radio station is supplied to the military forces of RF Ministry of Defence and other agencies and also goes for export. Operation in public and tech-nically masked communication modes. May be includ-ed in communications systems of transport vehicles.

TYPES OF OPERATION:

• single-sideband modulation phone with upper sideband;

• telephone with voice data security masking;

• frequency telegraph;

• amplitude telegraph.

THE STATION CAN OPERATE AND CAN BE INTERFACED WITH:

• headset, GID IP3.842.048;

• 100 Baud telegraph channel data transmitters;

• telegraph key, ShIZ.609.010-01;

• remote telephone ТА-57.

OPERATING MODES:

• single-frequency simplex;

• double-frequency simplex;

• listening silence;

• scanning receive;

• adaptive communication;

• pseudorandom operational frequency readjustment:

• PROFR1 (3 hops/s), PROFR2 (22 hops/s) ;

• sleep receive;

• Transmittance and reception of address, conference and voice-frequency calls;

• operation on 8 pre-set channels (PSC);

• scanning receive via 8 PSC;

• remote control from remote telephone;

• automatic control of equipment operability;

• manual and automated radio data recording;

• radio data erasure.

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Frequency range, MHz 1.5…29.9999

Frequency Spacing, Hzsingle-frequency simplexAC, PROFR

1001000

Transmitter output power in single-frequency simplex mode, min., Wfulllow

81

Sensitivity, max., μV:for J3E emission classfor F1B emission class

1,51,0

Communication range to antenna, km: ASh-2,4 antenna (stationary and in motion)V/SB in stationary mode

10-20300 / 40

PROFR rate, min., hops/s 20

Portable VHF radio stations R-168-5UNE, R-168-5UN(1)Е

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Provides public and masked VHF radio communica-tions in carrier-loader radio-networks in harsh oper-ating conditions. This station is popular among the specialists of RF MIA internal military forces and other agencies, and also is well-known among foreign part-ners. Supplied to the forces of RF Ministry of Defence.

TYPES OF OPERATION:

• telephone without cryptographic information protection but with frequency modulation;

• telephone with cryptographic information protection and frequency modulation;

• transmission and reception of digital data from external terminal equipment..


• analogue data without protection by built-in CIMP;





OPERATING MODES:

• single- or double-frequency simplex in one of 6 pre-set channels;

• scanning receive in 6 pre-set frequencies;

• noise suppression;

• radio data input from the recording panel;


• listening silence sleep receive;

• remote control from remote telephone;

• radio data erasure;

• automatic setup of ACS;


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Frequency range, MHz 30…87,975

Frequency Spacing: 25 kHz


16 Kbit/s1,2; 2,4; 4,8; 9,6; 16 Kbit/s

Receiver Sensitivity:analogue data receive modeanalogue encrypted data receive mode

1,0 μV1,2 μV

Number of applied keys 2128

Distance of communication, minimum:antenna АSh-1.5;antenna АSh-2.4;“traveling wave” antenna (in stationary mode)

10 km12 km25 km

Output power (two levels) 1,0; 8,0 W


Portable HF radio station R-168-100КАЕ Akveduk-100КАE

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Provides automatic public, technically masked communica-tions using technical masking device, as well as secured com-munications using external Coded Automatic Communication (CAC) radio systems between movable and stationary objects in Navy carrier-loaders. The radio station is designed for in-stallation in the command vehicle (movable wheeled vehicles with 27V system voltage). Receiver-exciter is based on R-168-5КNE portable radio station and may be used independently.

TYPES AND MODES OF OPERATION:

• TLF (J3E) transmission and reception of public analogue or voice data, in single-band channel with upper sideband;

• TLF (13E) transmission and reception of technically masked voice data in single-band channel with upper sideband;

• Transit balance/unbalance converter (UPS) (J2D) – transmission and reception of digital data from external terminal equipment with a rate of 1200, 2400 and 4800 bit/s in single-band channel with upper sideband;

• Frequency telegraphy (F1B) – transmission and reception of telegraph data with a rate of 100 Baud, in frequency telegraphy channel ChT-500;

• simplex and double-frequency simplex (SFS, DFS);

• listening silence and scanning receive (LS,SR);

• АС and PROFR with rates of 3 and 22 hops per second;

• radio data recording via optical interface;

• remote control and interfacing via RS-232, Ethernet.

CAPABILITIES:

• data control, transmission and reception via local area network (Ethernet) with a technical transmission rate of 10 Mbit/s;

• automatic operability control when turning ON and upon operator’s command; interactive mode of operation;

• fully compatible with R-168-100KAE old version radio station.

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Frequency Spacing, Hzsingle-frequency simplexadaptive communication, PROFR

0,11

Transmitter output power full/medium/low, W, min. 100/8,0/0,5

Receiver Sensitivity, μV, not worse:telephonytelegraphy

2,01,5

Distance of communication, km, min.:to ASh-4 antenna (stationary and in motion)to Dipole antenna (stationary)to one-pin NVIS antenna, connector NVIS antenna (stationary and in motion)

25-60350350

Portable HF radio station R-168-100KBE

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Provides automatic public, technically masked communica-tions using technical masking device, as well as secured com-munications using external Coded Automatic Communication (CAC) radio systems between movable and stationary objects in Navy carrier-loaders. The radio station is designed for instal-lation in the tanks and armoured vehicles (wheeled and tracked) with 27V system voltage. Receiver-exciter is based on R-168-5КNE portable radio station and may be used independently.


• TLF (J3E) transmission and reception of public analogue or voice data, in single-band channel with upper sideband;

• TLF (13E) transmission and reception of technically masked voice data in single-band channel with upper sideband;

• Transit balance/unbalance converter (UPS) (J2D) – transmission and reception of digital data from external terminal equipment with a rate of 1200, 2400 and 4800 bit/s in single-band channel with upper sideband;

• Frequency telegraphy (F1B) – transmission and reception of telegraph data with a rate of 100 Baud, in frequency telegraphy channel ChT-500;

• simplex and double-frequency simplex (SFS, DFS);

• listening silence and scanning receive (LS,SR);

• АС and PROFR with rates of 3 and 22 hops per second;

• radio data recording via optical interface;

• remote control and interfacing via RS-232, Ethernet.

CAPABILITIES:

• data control, transmission and reception via local area network (Ethernet) with a technical transmission rate of 10 Mbit/s;

• automatic operability control when turning ON and upon operator’s command; interactive mode of operation

• fully compatible with R-168-100KBE old version radio station.

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Frequency Spacing, Hzsingle-frequency simplexadaptive communication, PROFR

0,11

Transmitter output power full/medium/low, W, min. 50/8,0/0,5

Receiver Sensitivity, μV, not worse:telephonytelegraphy

2,01,5

Distance of communication, km, min.:to ASh-4 antenna (stationary and in motion)to Dipole antenna (stationary)to one-pin NVIS antenna, connector NVIS antenna (stationary and in motion)

20-50350350


MCW multi-channel radio stations, R-168MRAE

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Subscriber multi-channel wideband MCW radio station is de-signed for deployment of high-speed radio networks and car-rier-loader packet radio communications when installed on a command vehicle using principle of time division of data recep-tion/transmission, compression and provision of radio access.

RADIO STATION FEATURES:• secure masking 2256 prevents any unauthorized

calls listening;

• Interfaces: IR-port, S1-TCh, S1-FL (up to 16 Kbit/s), 10/100 Ваsе Т Ethernet, RS-2З2, (up to 115 Kbit/s);

• Protocols: ТСР/IР, НТТР, FТР, ТFТР;

• data transmission rate: without secure masking – 3.5 Mbit/s;

• data transmission rate: with secure masking – 1.75 Mbit/s;

• use of beam antennas in two channels simultaneously;

• packet data transmission, including video and sound;

• common channel capacity and signals format for all subscriber stations;

• adaptive change of data transmission rate depending on the interference environment;

• efficient suppression of radio interference due to duplication of data in different radio channels and possibility of 2d channel tuning to an interference-free radio frequency;

• power gain due to connection of external power amplifier (PA);

• relaying without loss of transmission rate;

• each radio-modem is a source of user data transmission.

OPERATING MODES:• packet data transmission;

• remote control via RS-232С;

• input, output and emergency erasure of radio data;

• “dot-multiple dots” without central station;

• automatic networking and entrance into existing networks.

TYPES OF OPERATION:• interfacing with headset and terminal equipment;

• transmission and reception of service, digital and voice data;

• interfacing with data sources via S1-FL, S1-TCh, RS-232С, Ethernet 10/100;

• interference-resistant encoding of transmitted data;

• adaptive frequency hopping;

• data encryption;


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Frequency range, GHz 1,5…1,75

Frequency Spacing, MHz 1,0

Number of PSCs 10

Channel capacity, Mbit/s 1; 2; 5,5; 11

Number of HF channels 2

Transmitter output power, W 0,1; 0,25; 1,0

Distance of communication, km, min.AB – AB KR – KR MRA – MRA

6920

Antennas power gain, dB, min.: AB – non-directional, for operation in stationary mode and in motion KR – non-directional, for operation in stationary mode MRA – directional, for operation in stationary mode

1,5 6 20

MCW multi-channel radio stations R-168MRDE

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The station is designed for deployment of high-speed radio networks and carrier-loader packet radio communi-cations using principle of time division of data reception/transmission, compression and provision of radio access.

FEATURES:• secure masking 2256 prevents any unauthorized

calls listening;

• interfaces: IR-port, S1-TCh, S1-FL (up to 16 Kbit/s), 10/100 Ваsе Т Ethernet, RS-2З2, (up to 115 Kbit/s);

• protocols: ТСР/IР, НТТР, FТР, ТFТР;

• data transmission rate: without secure masking – 3.5 Mbit/s; with secure masking – 1.75 Mbit/s;

• packet data transmission, including video and sound;

• common channel capacity and signals format for all subscriber stations;

• adaptive change of data transmission rate;

• possibility of relaying;

• each radio-modem is a source of user data transmission.

OPERATING MODES:• packet data transmission;

• remote control via RS-232С and Ethernet;

• input, output and emergency erasure of radio data;

• “dot-multiple dots” without central station;

• automatic relaying.

TYPES OF OPERATION:• interfacing with headset and terminal equipment;

• transmission and reception of service, digital and voice data,

• interfacing with data sources via S1-FL, S1-TCh, RS-232С, Ethernet 10/100,

• interference-resistant encoding of transmitted data;

• data encryption;


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Frequency range, GHz 1,5…1,75

Frequency Spacing, MHz 1,0

Channel capacity, Mbit/s 1; 2; 5,5; 11

Number of HF-channels, pcs 1

Transmitter output power, W 0,1; 0,25; 1,0

Distance of communication, km, minimum:AB – NB-NAB – KR

0,5 1,0

Antennas power gain, dB, min.: KR – circular (with 2m long mast) NB-N – circular for direct mounting on the station

6 1,5

Emission bandwidth, MHz, max.:3 dB level 40 dB level 50 dB level 60 dB level

26 45 50 52


Aircraft on-board radio station R-862M1 AND R-863M1

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Designed to provide public and secure radiotelephone communication of helicopters and aircrafts with the land bases, as well as for transmission and reception of telecode data in frequency telegraphy mode.

RADIO STATION FEATURES:• searchless communication and instant selection

of pre-tuned stations within 100 MHz − 150 MHz and 220 MHz − 400 MHz bands, fixed frequency radiotelephone communication, side-tone monitoring and relaying;

• operation management and setting of required frequency from remote control panel;

• non-stop 24 h operation in cycle 1:5 (Transmitter/Receiver);

• identification and indication of faults with the help of built-in control system.


• standby receiver mode at any of emergency frequencies of 121.5 MHz or 243 MHz;

• operation as a standby aircraft interphone system (AIS).

COMPETITIVE ADVANTAGES

Fully compatible with the old versions of R-862, R-862М radio stations (can be deployed without the need of aircraft (facility) retrofitting).

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R-862М1 Technical characteristics R-863М1100…150, 220…400 Frequency range, MHz 100…150, 220…400

25/8,33 Frequency Spacing, kHz 25/8,33

АЗЕ, FЗЕ, F1В Emission Class АЗЕ, FЗЕ, F1В

2525

Emission power, min., W in VHF bandin UHF band

108

3 Receiver Sensitivity, μV, not worse 3

R-862М1

R-863М1

R-620 radio station

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R-620 is designed to provide open, masked and encrypted communications using external Coded Automatic Communication (CAC) radio systems between movable and stationary objects in Navy carrier-loaders when used in subma-rines, surface vessels of all types, onshore facilities; the radio station also serves for radio communications of mobile marine service in the internationally allocated band and communications with aircrafts in common frequency band, as well as for automatic high-speed data communication networking.

FUNCTIONAL CAPABILITIES :• Up to 4 radio communication channels at a time,

including narrow-band (NB) communication channels and broadband (BB) data transmission networks.

• Narrow-band frequencies up to 30 MHz to 512 MHz.

• Narrow-band frequency spacing 1, 6.25, 8.33, 12.5 kHz.

• Software updating and upgrading options (Software Defined Radio technology, SDR).

• Pseudorandom operational frequency readjustment PROFR-B mode with a rate of 600 hops per second.

• Interfacing with terminal equipment via Ethernet 10/100/1000 Base-T interface.

• Remote control though Wi-Fi interface from the product’s control panel.

• Narrow-band switching between antennas or their combining to a common antenna (when using antenna-feeder path unit).

• Built-in navigation receiver.

NEW OPTIONS:• SDR technology in the product design allows

introduction of new operating modes and signal code sequences by simple replacement of the software instead of changes in the product hardware;

• Due to the use of new technologies the functional capabilities of VHF-UHF automated radio communications systems in surface vessels and submarines are significantly enlarged;

• Ease and convenience of handling the product operational issues due to location of the engineering and manufacturing departments in one manufacturing site;

• Due to design solutions the product may be supplied as a complete package fit for specific purpose. Economic efficiency from use of R-620 is minimum 1.5 times higher than that of the existing commercial products.

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Operating frequency range, MHz:narrow-band channelbroadband channel

30..512220..512/1500..1750/2412..2484

Frequency Spacing, kHz:narrow-band channelbroadband channel

1, 6.25, 8.33, 12.5, 25500, 1000

Narrow-band transmitter output power, W, min.:F3E, G3E, F1D, F1B emission classА3E, А1D emission classBroadband transmitter output power, W:

12/50 6/3010/5/1

Narrow-band receiver sensitivity, μV, no more than:A3E, F3E, G3E emission classA1D, F1B, F1D emission class

1,522

Data transfer speednarrow-band channel, Kbpsbroadband channel, Mbps

51254


R-855A1Memergency radio-beacon station

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Designed for position-finding and search of crews of wrecked aircrafts and helicopters.R-855A1M emergency radio-beacon station operates using international satellite system for search and rescue services Cospas-Sarsat.

OPERATING MODES::• transmission of distress signals at 406.037 MHz;

• transmittance of tone signal to the search and rescue teams at a frequency of 121.5 MHz in beacon mode;

• radio communication of the crew with the search and rescue team at a frequency of 121.5 MHz.

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Operating frequencies, MHz, satellite channel/transceiver 121,5 / 406,037

Transmitter output power, W 406,037 MHz 121,5 MHzin radio communication mode121,5 MHz in beacon mode

3.16...7.920,1 0,5

Receiver Sensitivity, μV, 121,5 MHz, not worse 10

Continuous operation time, hrs, beacon mode, min. 48

Operating temperatures range, °С -40…+55

Dimensions, mm 130х68х32

Weight of complete kit, kg 0,7

R-855S emergency radio-beacon station

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Is designed for deployment in aircrafts with the pur-pose of search and rescue of the crew members in case of emergency, for communication with the search and rescue teams via a spoofing resistant channel.

RADIO STATION FEATURES:• distress signals transmission at

frequencies of 121.5 MHz and 406.040 MHz using international satellite system for search and rescue services Cospas-Sarsat with a possibility of two-way communications between the crew of the wrecked aircraft and the search and rescue teams;

• compliance with the 1st class requirements of C/ST.001 technical specification of Cospas-Sarsat Committee;

• position-finding and indication of location coordinates via signals of GPS/GLONASS satellite navigation systems.

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Operating frequencies, MHz, satellite channel/transceiver 121,5000±0,0003/406,040

Transmitter output power, W 406,037 MHz 121,5 MHzin radio communication mode121,5 MHz in beacon mode

3,16 ... 7,940,1 0,05

Receiver Sensitivity, μV, 121,5 MHz, not worse 3

Continuous operation time, hrs, beacon mode, min. 48





R-855A1Memergency HF-RADIO station

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The radio station is intended to provide a sim-plex communication between the crew of a wrecked aircraft or a helicopter with the land bases and rescue aircrafts in telephone and telegraph operation modes.

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Operating frequencies, MHz 2182/4182/8364/12546

Transmitter output power, W, min 4

Receiver Sensitivity, μV, not worse 3

Continuous operation time, hrs, in transmit/receive cycle 1:6 48

Distance of communication, km 7…10



Weight of complete kit, kg 14

TYPES OF OPERATION:• amplitude telegraphy without modulating

signal during keying;

• amplitude telegraphy with carrier signal modulation when automatic distress signal sensor is operating;

• amplitude-modulated double-band telephony;

• automatic transmission of distress calls.

DESIGN FEATURES:

• ease of service;

• water-tight pack;

• the radio-station kit in a package has positive buoyancy;

• the radio station may be deployed at LAS-5M rescue boats and PSN-20, PSN-6A rafts

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Search and rescue transponder Dreif-M

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Designed for radar detection and identification of the water surface objects in distress with the help of onboard, onshore and aircraft 9.2−9.5 GHz radar stations. The search and rescue transponder DREIF-M complies with requirements of GMDSS, SOLAS convention and IMO resolutions; the device is certified by the Russian River Register and has a Pattern Approval Certificate.


Operating frequencies, GHz 9,2...9,5

Operation time in receive mode, hrs, min 96

Operation time in transmit mode, hrs, min 8

Detection distance, nautical miles, min., marine/ airborne radar 5/30


Power Supply (LSH14) 2

Battery service life, years 5

Dimensions, mm Ø102х318


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ARBM-406N marine emergency radio beaconC

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May be deployed in vessels of any navigation area and is designed for use in case of the crew and ves-sel safety hazards, provides exact positioning of the vessel’s distress area for aviation and marine res-cue services using international search and rescue system Cospas-Sarsat and GLONASS/GPS system.

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Operating frequencies, MHz: satellite channel inner locator

406,037 121,5

Transmitter output power, Wsatellite channel inner locator, peak

5 ± 2dB 0,05

Message transmission rate, baud 400

Accuracy of self-positioning, m, with a built-in navigation receiver 20

Operation period, hours, min. 48

Service life, years 10

Power supply unit service life, years 4


C/S Т.001 specification Class 1



TYPES OF OPERATION:• transmission of encoded data in a distress message

on 406.037 MHz frequency through the international satellite system Cospas-Sarsat allowing to identify the radio beacon;

• transmission in a distress message the location coordinates identified by the built-in receiver of GLONASS/GPS system. Position finding by the navigation receiver with an accuracy of at least 20 meters;

• emission of tone-modulated radio signal at a frequency of 121.5 MHz for direction finding and short-range search.

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ARB-MKS Afalina Marine Emergency Radio Beacon

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ARB-MKS Afalina may be deployed in vessels of any navigation area and is designed for use in case of the crew and vessel safety hazards, provides exact positioning of the vessel’s distress area for aviation and marine rescue services using international search and rescue system COSPAS-SARSAT. ARB-MKS Afalina com-plies with requirements of international specification C/S Т.001 of COSPAS-SARSAT Committee, IMO resolutions, requirements of Russian River Register and Russian Maritime Register of Shipping.

OPERATIONS:• The radio beacon transmits encoded data in a

distress message on 406.037 MHz frequency through the international search and rescue satellite system COSPAS-SARSAT allowing to identify the radio beacon.

• The beacon transmits tone-modulated radio signal at a frequency of 121.5 MHz for direction finding and short-range search.

RADIO BEACON FEATURES:• For visual detection, the beacon is fitted with a

flashing light automatically activated in the night.

• The beacon has an automatic disengagement device. In case of emergency it can be activated manually or automatically when entering the water environment.

• The beacon may be installed on vessels and ships of any navigation areas.

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Basic characteristics

Operating frequencies, MHz:COSPAS-SARSAT inner locatorradar transponder

406,037 121,5 9200-9500

Transmitter output power, min., W:satellite channelinner locatorradar transponder

3,2…7,8 0,05 0,4

Operation period, hours 48

Service life, years 10


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Emergency beacon Komar-2M-COSPAS

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Is designed to guide search funds for iden-tifying the location of facilities of various purposes or aircraft crew victims by pro-viding special radio signals in the interna-tional satellite search and rescue system COSPAS-SARSAT, as well as for conducting two-way radiotelephone communication.


Operating frequencies, MHz: 121,5 / 406,037

Transmitter output power, W406,037 MHz 121,5 MHz in radio communication mode121,5 MHz in beacon mode, min

5 ± 2dB 0,1 0,05

Receiver Sensitivity, μV, 121,5 MHz, not worse than 10

Continuous operation time, hrsat a positive temperatureat a temperature of minus 20 °C at a temperature of minus 40 °C

48 24 12

Detection range at the height of the search aircraft flight(helicopter) not less than 1000 m, km

up to 50

Range of detection in terrestrial conditions within the line of sight

Maximum allowable height of beacon activation, m, not more 6000

Class to specification C / S T.001 1



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Optical detection system for installation on UAV

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The system is designed for automatic detection of people in distress from wrecked ships in the sea when pa-trolling the given search territories. It allows automatic gathering and ana-lyzing visual data and promptly notify-ing the UAV control center of detected potential targets complying to the given criteria (people in distress).

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Camera coverage 90 °

Matrix 5 Mpx

Power consumption no more than 15 W

Weight of optical module (depending on the type of optical system) 1-3 kg

Weight of signal pre-processing and control module up to 1 kg

Dimensions of optical module (depending on the type of optical system) 150х60х40 mm

Dimensions of signal pre-processing and control module 150х100х50 mm

UAV platform interface Ethernet RJ45

BENEFITS AND FEATURES:• Modular system design (possibility to

use modules with various parameters: cameras for different surveillance conditions (night, day), good/poorly detailed, data processing devices (high load with high power consumption or low load with low power consumption, or processing by receiver)

• Low costs (varies depending on the modules package type)

• Minimal dimensions (quick adaption to any carrying platform)

• Recognition of specified targets

• Tracking option

SYSTEM COMPONENTS: • optical module and signal pre-processing

and control module mounted onboard the aircraft.

• Power supply unit.


VHF communications countermeasures system

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The system detects the VHF communi-cations. Upon results of signal analysis a countermeasure command is given.

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Countermeasures range up to 15 km

Frequency range 420-470 MHz

Output power 80 W

Power supply voltage 12 V

Weight (without battery) 6 kg

Dimensions 1400х600х60 mm

BENEFITS AND FEATURES:• time of signal analysis and jamming

countermeasures doesn’t exceed 5 ms

• fast frequency tuning

• minimum 50 MHz instantaneous frequency

• special form of emitted signal with a possibility of changes

• possibility to combine the systems via FOCL (fiber-optical communication line) for interference energy distribution. At that, one system is assigned as a leading system, other systems are subordinate. If the leading system is inaccessible its functions may be allocated to one of the subordinate systems.

Transmitter of automatic system identification of AAS AIST and the emergency beacon ALBATROS

AlbatrosAist

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Created for automatic lo-cating of a man overboard, and notification of the ves-sel and other objects (ves-sels) located in the area of the accident.

Designed for the detection of rescue craft or wrecked ships

The principle of the work is the transmission of messages in automatic identification system and displaying the information at ship equipment in order to take operative measures of search and rescue people overboard. AIST is designed to be used of an individual life-saving appliances for each member of the crew.

• The principle of work is in a continuous locational reports sending in the standard Automatic A-Class Identification System (AIS).

• ALBATROS synchronizes the time and determines the coordinates using the built-in receiver GLONASS / GPS.

• The location information is transmitted every minute in a series of eight messages (four to 161 MHz and four at 162.025 MHz). This scheme creates high probability of that messages will be received.

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Aist Technical characteristics Albatros161,975 Rated operating frequency AIS1, MHz 161,975

162,025 Rated operating frequency AIS2, MHz 162,025

48 Radiated power, not less than, W 48

10 Transmitter modulation type 10

9600 Transmission speed, bit/s 9600

30 Continuous operational time, not less than 96

-20…+55 Operating temperature range, °С -20…+55

10 Transmitter modulation type 10

1 Range of detection, not less, nautical miles 5

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Small-size electronic warfare system

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The system is a device designed for jam-ming countermeasures against satellite radio-navigation system equipment.

> BENEFITS AND FEATURES:• The system emits the target jamming

frequency interference generated in the shaper’s digital device. Output power: 1 W, 10 W or 40 W depending on the selected operating mode. Vehicle’s battery runtime (12V, 60Ah) – at least 2 hours. Only one person is required for the system deployment. The system operates independently. Countermeasures range: up to 15 km.

• jamming countermeasures for navigation systems − up to 15 km

• option for combined use with environment monitoring systems

• beam antenna of the system

• small size

• 12V battery power supply

• discrete change of output power


Frequency range L

Emission power 1, 10, 40 W

Power consumption no more than 100 W

Antenna type Beam antenna, vertical polarization

Weight 7 kg


Power supply voltage 12 V

Sector Radar Station

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Guarding of commercial and special infra-structure facilities. Detection within the guard zone of any objects with low RCS, in-cluding unmanned aircraft vehicles (UAV).

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Detection distance up to 2000 m objects like unmanned aerial vehicles

Detection sector 90 х 60°

Operating frequency range 3140-3160 MHz S-range

Emission power 20 W

Weight up to 50 kg


Power supply voltage 220 V 50 Hz

Type of modulation linear-frequency modulation Non-stop emission with a possibility of operation in pulse mode

Scan sector 180° − azimuth 60° − elevation

Scanning speed 1 sec

Minimal range 50 m Parallel scanning

Laptop interface Optical Ethernet

Operating frequency range From −40° to +50° Remotely up to 8000 m

BENEFITS AND FEATURES:• Modular design allowing to make retrofitting with

minimal changes

• Transportability and deployment of the station in the non-fitted sites for minimal period of time

• Possibility of the radar station integration into existing LAN network of the guard site

• Quick change of sounding signals parameters for getting optimal resolution and system accuracy depending on environment interference


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Integrated Intelligent Operations Centers


National Disaster Management Centre

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MISSIONS:

• On-line monitoring, collection, integration and analysis of received data;

• On-line management and emergency response to prevent and eliminate disaster situations;

• Organization of interagency cooperation (in the area of disaster management)

KEY CUSTOMERS:

• Ministry of Emergency Situations

• Ministry of Internal Affairs

• Police

INPUT DATA PROVIDER:

On duty dispatching service -112; mass media; CCTV cameras; detectors and sensors; space monitoring; other information from relevant “agents”.

INPUT DATA:

Information about emergency situations; passports, satellite images & Geo-data of facilities; hydro-meteorological conditions; forces and facilities; equipment.

OUTPUT DATA:

Structured information for decision-making; proposed draft of decisions; response & action plans; analysis and forecasting of emergency situations development; information about emergency situations; combat notes; passports & Geo-data of facilities; forces and facilities; equipment.

SERVICE RECIPIENT:

President; the Government; top officials of Ministries; emergency services; personnel of response forces; experts and analytics; external Organizations.

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Decision-Making Center of Governmental and State Bodies

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MISSIONS:

• Ensuring situational awareness;

• Monitoring and analysis;

• Modeling and forecasting;

• Strategic planning;

• Management of projects, programs, assignments;

• Risk Management;

• Coordination of interagency cooperation

KEY CUSTOMERS:

• National Government

• State / Regional Administration of the Country

• City / Municipality Administration


State and Governmental Bodies

INPUT DATA:

Diverse information from different sources (automatic data collection based on on-line monitoring, reports from executors, plans, forecasts, data from open sources, other state bodies, etc.)

OUTPUT DATA:

Structured information for decision-making (monitoring of the situation, plans, forecasts, etc.); Draft decisions to be taken; Analytical reports; Action Plans; State programs; Orders and assignments

SERVICE RECIPIENT:

National, Regional and Municipality executive bodies

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Migration Control Situational Center

MISSIONS:

• On-line monitoring, collection, integration and analysis of information on situation with migration;

• Control of entrance to the country and stay in it;

• Control of granting of temporary residence, citizenship, residence permit, registration;

• Passport Control;

• Modeling and forecasting of the situation development (in short-, medium- and long-term);

• Preparation of programs and action plans;

• Coordination of interagency cooperation.

KEY CUSTOMERS:

• Migration Service

• Secret Service

• Ministry of Internal Affairs / Police

• Coast Guard.


Border Guards; The Ministry of Internal Affairs/Police; The Ministry of Foreign Affairs.

INPUT DATA:

Data on entry into and exit from the country; Registration data.

OUTPUT DATA:

Analysis of trends in internal and external migration; Development of national policy concerning migration.

SERVICE RECIPIENT:

Migration Service; Border Guards; Coast Guards; Customs & Police; Experts & analytics; External Organizations.

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Border Protection Situational Center

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Cyber Security Situational Center

Biological Safety Center

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MISSIONS:

• General management of the state border protection system;

• On-line monitoring of the situation;

• Support of decision-making for protection of the state border (if necessary);

• Support of system to manage (control) operations on detecting, tracking and detaining illegal intruders, criminals

KEY CUSTOMERS:

• Coast Guard

• National Security Service



Border patrols and groups; CCTV Cameras; Detectors and sensors; Monitoring data from satellites

INPUT DATA:

Data from technical means of control and monitoring of the state border; Data from the UAV (unmanned aerial vehicle); Diverse information from border patrols and auxiliary forces

OUTPUT DATA:

Structured information for decision-making; Draft decisions to be taken; Analytical reports, plans of activity; Orders and assignments

SERVICE RECIPIENT:

Border guards; Coast Guards; Customs; Police; State Agency for Fitocontol; Experts and analytics

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MISSIONS:

• Protection against unauthorized access, including the use of cryptographic methods;

• Protection against unauthorized initial download (installation) of software;

• Protection against computer viruses;

• Protection against internal and external network attacks;

• Firewalling of segments of object networks;

• Protection of the virtualization environment;

• Control and monitoring of the operation of information security means.

KEY CUSTOMERS:

• Ministry of Telecommunication and IT- technology


• Secret Service

• Other State and Governmental Bodies (Ministries, Agencies, etc.)


Various sources at all levels of management of the governmental (state) bodies, regional authorities, commercial organizations, etc.

INPUT DATA:

Data from information and control systems; Data on telecommunication traffic on all accessible channels; Information security events.

OUTPUT DATA:

Structured information for decision-making; Analytical reports; Provision of information for prompt decision making on information security incidents; Models and forecasts of information security incidents on the basis of information security events.

SERVICE RECIPIENT:

Police; Ministry of Defence; Ministry for Emergency situations; Information security divisions of ministries and departments; Emergency services; Experts and analytics.

MISSIONS:

• Integrated center for on-line monitoring, collection, integration and analysis of information on biological safety;

• On-line management and emergency response to prevent and liquidate biological threats;

• Organization of interagency cooperation.

KEY CUSTOMERS:

• Ministry of Healthcare

• Epidemiological Control Service

• Ministry of Agriculture

• Ministry of Emergency Situations.


Regional Offices; Observation posts; Detectors and sensors; Mass media; Other state bodies and agencies.

INPUT DATA:

Information about the threat of occurrence (status) of epidemics, epizootics, epiphytotic, etc.; Forces and facilities; Equipment; Data from sensors, stations and observation posts; Information on diseases from the media and social networks.

OUTPUT DATA:

Response & Action plans; Results of analysis and forecasting of the spread (implementation) of threats in the form of reports, interactive graphs and schemes attached to GIS; Information about diseases; Forces and facilities; Equipment.

SERVICE RECIPIENT:

Governmental Health authorities; Agencies for Fitocontrol; Customs; Border Guards; Coast Guards; Top officials of Governmental Bodies and Agencies; Manufacturers of medicine and drugs; Experts and analytics; External Organizations.

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Inte

grat

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Cen

tersAgricultural Control

and Monitoring CenterSafe City

PROVIDES:

• Control over the use/purpose of use of agricultural land

• Control and analysis of crops rotation, seeding funds, state expenditures on agriculture, grants, subsidies

• Export/import of agricultural products and goods monitoring.

MISSIONS:

• Integrated center for monitoring and control of agricultural lands;

• Seed analysis and control;

• Monitoring and control of agricultural production and trade;

• Information support of food security of the country/region;

• Collection, integration, audit and analysis of data important for agricultural producers + access to such data.

KEY CUSTOMERS:

• Ministry of Agriculture

• Agroholdings and companies

• Cadaster and Land Control Service

• Ministry of Economic and Trade.


Regional offices; Observation posts; Space monitoring.

INPUT DATA:

Data from the regional departments of agriculture; Information systems of organizations engaged in agricultural production or related with agro-industrial complex; Data from stations and observation posts; Data on Agrochemical surveys.

OUTPUT DATA:

Structured information for decision-making; Draft of decisions to be taken; Analytical reports and forecasts; Electronic passport of fields and agricultural producers; Ratings of fields and agricultural producers.

SERVICE RECIPIENT:

Governmental Bodies responsible for Agriculture; Agencies for Fitocontrol; Top officials of Governmental Bodies and Agencies; Agro holdings of agricultural producers; Experts and analysts; Agricultural producers.

MISSIONS:

• Collection, transmission and storage of information of urban management systems;

• On-line monitoring and analysis of the situation;

• Video surveillance and video analytics;

• Control of indicators in different sectors of the municipal economy;

• Modeling and forecasting;

• Support of decision-making;

• Risk management;

• Management of Mobile teams;

• Notification of the population.

KEY CUSTOMERS:

• City / Municipality Administration

• City / Municipal Police.


Emergency dispatching service -112 “on-duty”; Mass Media; CCTV Cameras; Detectors and sensors; Space monitoring.

INPUT DATA:

Information from CCTV cameras; Detectors and sensor data; Reports of field services; Information from mobile patrols; Information from mass media and social networks.

OUTPUT DATA:

Analysis and forecasting of the general conditions of urban infrastructure; Reports and dashboards.

SERVICE RECIPIENT:

City/region management; City services responsible for transport infrastructure, electric power an water supply; Police; Citizens; Field services; Experts and analysts; External Organizations.

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46 Military and civil products catalogue // 2018

Res

earc

h an

d de

velo

pmen

t

Research and development

Res

earc

h an

d de

velo

pmen

t

Radiophotonics

Study and data analysis systems for the Earth’s ionospheric layer

Implementation of the millimeter and submillimeter range of electromagnetic waves

RTI Company began launching the production of photonic integrated circuits for high-tech products in the field of new-generation communication and radiolocation systems.

Radiophotonics makes it possible to implement the functions of the radio-engineering system, which are difficult or absolutely impossible to develop using only radio-electronic methods. This field opens up new opportunities for information and communication systems.

Open Joint-Stock Company “Scientific and Production Complex “Research Institute for Long-Distance Radio Communication” (NPK NIIDAR, part of the RTI Group) conducts works on the development of radiophotonic systems for prospective radars and the establishment of a scientific-oriented center, which, among other concepts, will be aimed at development of integrated radiophotonic components.

The ionosphere is a region of the partially ionized plasma. Depending on the frequency range, the ionosphere state determines the performance quality of the radio aids (RA). First of all, the operation of the aids using the ionospheric propagation mechanism depends on the ionosphere state. This is a short-wave (HF) communication and an over-the-horizon radiolocation (OTHR).

Any of the known approaches to the adaptation of the operating conditions of the HF radio-engineering systems to ionospheric conditions assumes the use

of direct measurements of the radiowave propagation medium parameters with subsequent correction of the ionosphere model being used.

To adapt the environmental models, a monitoring system for geophysical parameters is being developed, which is to be allocated in the coverage sector of radio aids (RA); a center for collection and processing of measurement data; infrastructure to ensure the information communication of RAs, a data collection center and a monitoring system.

At present, intensive implementation of the millimeter and submillimeter range of electromagnetic waves (the so-called terahertz range) is being conducted by RTI in the interests of communication, radiolocation, inspection, medicine and other sectors.

In 2014-2016, RTI JSC created the promising scientific and technical direction of research on the generation of superpowerful microwave pulses (SMP), whose task was the development of a new generation of highly effective SMP generation systems on the base of accelerating and laser devices in the terahertz range.

The technologies implemented and complexes developed demonstrate the readiness of RTI to develop the following promising systems: communication systems, including the space one, diagnostic and noninvasive treatment

systems, the system for instrumental landing of civil and military aircraft, passenger and baggage examination systems, systems for detection of explosives, systems for image reception and processing.

RTI JSC has developed the technological and resource base, which allows to develop various THz and mm range systems and conduct studies of the THz radiation effect on bioobjects. A stand for synchronization of magnetron generators, a method of using multichannel phase control for phased-array power supply have been developed. A medical stand for preliminary studies of the criterial parameters has been developed, and the effect on the bioobjects has been detected. The mm-range radio-absorbing materials have been designed, and measuring chambers have been developed. The system for passenger and baggage examination and detection of explosives is being developed.

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