Command and Control systems provide required methods to collect, process, and propagate the information related to staff, equipment, and military installations. This information is necessary for commanders and decision makers to plan, organize, manage, coordinate, and control the operation in a mission.
Main applications of commander and control systems are as follows:
Considering the unique role of command & control systems in coordinating goals and activities of fighting units with environmental conditions and their fighting power, establishing secure and reliable intercommunication/external communication between parts of the command & control systems available in different locations of the country is highly important.
Strong and effective informational support at the command sight as the main core of the command & control systems, including battlefield coordinates, audio/video reports of enemies’ activities and location, and so on have a direct influence on the commanders’ correct, accurate, and on-time decision making. Therefore, operating mobile communication centers connected to the command sights via secure communication infrastructures protects the commanders from dangers due to direct operation of the communication equipment in these sights by providing a variety of secure and reliable communications capabilities.
Key Features:
Additionally, it is equipped with modern MUXs with the capability of transmitting Ethernet, E1, and telephone lines (FXO, FXS) over fiber optics with a capacity of 155Mb. It has the capability of establishing parallel links as an alternative and establishing communication with lower and upper layers via pair wire with a capacity of up to 11.6Mb. It can establish a microwave network with other nodes in distances of up to 30km.
The system operates the local data network and supports the WAN network as well as data transmission via different communication infrastructures (fiber optics, cable, and microwave). It can connect to/communicate with various communication systems all over the country and is resistant against chemical attacks by the technique of making positive pressure inside the shelter using air capsules available in the system. It also has a thermal/audio insulator on the shelter’s body and the capability of using thermal nets, infrared, environmental concealment, and band X.
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