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Tactical Thuraya Satellite Interceptor (TIS)

Main characteristics
Vendor	Intercept
Category	Satellite interception
Standart	Thuraya/L-band
Frequency	L Band (950–1750 MHz)
System output	Voice, SMS and call related data
Power source	115/230V AC, or 12/24V DC, 300W
Active range (m)	600000
OS	Windows
Decryption	Built In
Battery	Optional
Display	17” TFT, 1366 x 768
SMS(MMS)	in all languages
Antenna	Single, Active, Omni Directional
Q'ty of channels	48
Protocols	IMEI, TMSI, IMSI
Analogue Fax support	Yes
Management	API, IP
Dimensions, HWD	331 x 82 x 268 mm
Weight	7 kg
Shipment	According to EUC

The main functions and characteristics

One platform for Thuraya and Iridium

You can make Iridium from Thuraya system and vice versa by purchasing an additional license.

Intercept of Up Channel - up to 15 km, Down Channel - up to 2000 km

TIS can monitor the following Thuraya services:

Voice, SMS, fax and data;

Interception of up to 8 spot-beams simultaneously monitored;

Interception of up to 48 duplex calls simultaneously;

Decryption unit built in.

TIS is designed to be easily transported to the places of operations. Quickly deployable and operational in a couple of minutes. The system is suitable for use in land, sea and air applications.

TIS is a rapidly deployable system for monitoring communications on the Thuraya satellite mobile communications systems. Call interception is passive, and thus not detectable by either the mobile user or the satellite network.

Control of the system is via an intuitive windows-based GUI. Incoming calls are displayed in real-time, and voice is played via laptop unit. Software to decode and display a number of fax and data protocols is included. Information relating to the identification of called and calling parties is recorder.

The system consists of the receiver, the control unit (laptop) and an antenna set.

Key features:

Mobile satellite monitoring in radio line of sight

Map functionality (own position, target position and beam position)

Small, portable form factor

Light weight

L-band „target“ and „satellite“ inputs

DC powered via AC adapter or vehicle adapter

Antennas:

TIS is supplied with antennas and cables for quick and easy deployment. One antenna is required to capture the satellite downlink, while the second (target) antenna captures the signal by the mobile terminal. Optional a range of antennas for a variety of deployment scenarios can be supplied by our company, including vehicle mounted and omni-directional antennas. The system also features variable attenuation to allow effective operation under a wide range of signal conditions typically experienced in the tactical environment.

Main services of the Thuraya Satellite Interceptor

• Voice communication;
• Dial‐up data transmission;
• GmPRS batch communication;
• Facsimile communication;
• Transmission of short messages;
• Defining of geographical position of subscribers.

TIS provides

• Interception of voice communication;
• Interception of Facsimile communications;
• Interception of short text messages;
• Interception of data transmitted between terminals of the system;
• Interception of call related information;
• Defining of geographical position of Thuraya terminals;
• Continued (24/7) operation, processing and storage of information;
• Full‐range and flexible retrieval of stored information on the user demand;
• Issuing of reports and recommendations based on stored information assessments.

System structure

The system consists of a receiver, a control unit (laptop) and an antenna kit.

The receiver is designed to receive and amplify the signal, and the computing part is for processing and storing intercepted data

Detailed Components List

a. TIS‐RF‐L The subsystem receives and amplifies high‐frequency signal which comes from a L‐band satellite antenna and rely it to processing subsystem TIS‐P.
b. TIS‐RF‐L‐M The system is similar to the TIS‐RF‐L but used for configuration with multiple L‐band antennas and works in conjunction with TIS‐P‐M subsystem.
c. TIS‐P The subsystem is for processing of communication signals relied from TIS‐RF‐L and TIS‐RF‐L‐M subsystems. It identifies communication sessions and carries out other necessary functions related to data processing, as well as storage and processing of accumulated data.
d. TIS‐P‐M The subsystem is for processing of communication signals relied from TIS‐RF‐L‐M subsystem. For full operation of entire system a communication link with TIS‐P subsystem will be required.

*Detailed documentation is available only to registered partners with STS status

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