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Military IP Radio Remote Control System
WHERE IDEAS AND TECHNOLOGY MEET!
Military IP Radio
Remote Control System

The Radio Remoto Control System is a set of control devices consisting of IP based Radio Remote Control Unit and Local Communication Unit, which provide remote control of the radio regardless of distance from military networks. A single Radio Control Unit uses as a Remote Control Unit, or Local Communication Unit with its modern design developed, and the same device is capable of controlling both V / UHF marine radio and HF ground radio.

IP Radio Remote Control System to monitor the radio functions and to listen VoIP communication of multiple Remote Control Units at a time. The Remote Control Unit can monitor the functions of different types of radios on one screen. A Remote Control Unit can listen to different types of radios at the same time by connecting with multiple Local Communication Units. The Remote Control Unit monitors the communication of all terminals, including military radios that communicate with VoIP. The IP Remote Control System can be integrated into the user’s existing command control systems and can be customized to suit future needs.

Functions
  • Remote control capability for all functions of the software-based radios.
  • Remote control of military V/UHF and HF Radios through IP/Fiber optic network; Audio and Data communication.
  • Modular and flexible architecture.
  • One Remote Control Unit can listen to different types of radios simultaneously with the ability to connect with multiple Local Communication Units.
  • Connections between radios and Local Communication Units such as a router, switch, etc. if it is done over; The connected radio can be selected with the MAC Address via the Remote Command Unit or Local Communication Unit.
  • Alphanumeric keypad, screen brightness adjustment, fast channel selection, volume adjustment, guide, navigation keys and LEDs are available on the device.
  • PC Connection capability for remote data transfer.
  • External Crypto Device Support.
  • Channel List Filtering, Adjustable Screen Saver.
  • Easy monitoring of audible and visual alerts.
  • Convenient user interface.
  • Static and Dynamic IP Setting capability.
Technical Features
  • A 4.3-inch LCD display and shortcut keys provide easier access to sub-menu items for the user
  • Speaker and Voice Recorder Connections
  • Alphanumerical keypad with LED backlighting
  • Reliable and Durable IP Communication
  • In-Device Test
  • SNMPv3 protocol support
  • Processor
    Texas Instrument 32-Bit/375Mhz
  • Memory
    1 Gbyte Flash, 64 Kbit FRAM
  • RAM
    128 Mbyte DDRI
  • Operating System
    Linux OS
  • Dimensions
    224.9 x 166.2 x 130.5mm
  • Operating Temperature
    0 °C / +55 °C
  • Weight of Remote Control Unit
    2430 g
  • Storage Temperature
    -40 °C / +70 °C
  • Relative humidity
    %95
EMI/EMC and Environmental Conditions Test Features
Neets the requirements of MIL-STD-461F EMI/EMC standards
  • CE-101, Audio Frequency Currents, 30 Hz to 10 KHz propagation transmitted from the power cable input ends.
  • CE-102, Radio Frequency Potentials - Power Leads 10 KHz to 10 MHz Propagation transmitted from the power cable input ends.
  • CS-101, Conducted Susceptibility, Power Leads, 30 Hz to 150 kHz.
  • CS-114, Conducted Susceptibility, Bulk Cable Injection, 10 kHz-200MHz.
  • CS-116, Conducted Susceptibility, Damped Sinusoid Transients, 10 kHz to 100 MHz.
  • RE-101, Radiated Emissions, Magnetic Field.
  • RE-102, Radiated Emissions, Electric Field.
  • RS-101, Radiated Susceptibility to magnetic field 30 Hz to 100 KHz.
  • RS-103, Radiated Susceptibility to electric field 10 KHz to 18 GHz.
  • CS-115, Conducted Susceptibility, Bulk Cable Injection, Impulse Excitation (5A,30ns, 30Hz).
  • CS-106, Conducted Susceptibility.
Meets the requirements of MIL-STD-810G Environmental Conditions
  • Method 501.5, 8 hours storage at + 70 °C in accordance with Procedure I
  • Method 501.5, 4 hours operation at +55 °C in accordance with Procedure II
  • Method 502.5, 8 hours storage at -40 °C in accordance with Procedure I
  • Method 502.5, 4 hours operation at 0 °C in accordance with Procedure II
  • Method 507.2, Cycle-1 at +40 C and 95% relative humidity for 7 days in accordance with Procedure I
  • Method 514.6, Category 5 withstand the transport test for 60 minutes at 300 rpm in accordance with Procedure II
  • Method 506.5, withstand rain in accordance with Procedure III
  • Method 514.3, Category 1, withstand vibration test.
  • Method 516.6, the framework withstand the test shock accord- ance with Procedure I limits specified.
  • Method 510.5, withstand dust test in accordance with Procedure I, sand test in accordance with Procedure II
  • Method 509.5, withstand the salt fog test.

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