There are different modes of communication but for the military, theirs is even more modified, emphasized, and developed. If anything goes wrong with the communication systems, they are all risking their lives too much. They need backup in worse case scenarios but if they are not able to communicate exactly where they are and where the enemies are, this will indicate failure in operations, which will cause numerous deaths.
Communication in the field with other bases can be done using radio. A military antenna mast is not easy to manufacture. There are so many considerations like the cost of production including the raw materials and labor. On the other hand, the size, bandwidth, and capacity to deter radio signal interferences are notable considerations as well.
Users like to use lighter and handier antennas and communication system. Designers and engineers are having trouble regarding this because the demand for lighter and handier equipment has increased. These professionals are working on it but they cannot guarantee immediate outcome. They are still researching and altering the properties of these devices. They say that the bigger and higher radio waves can be captured more if the devices are taller, heavier, and bigger.
In the battle grounds, where the tension is very high, the men still need to bring along with them antennas that are too heavy and are too tall they overtake the height of a man. Hence, the inconvenience will cause the life of the one assigned to carry it. Again, according to the physics explained by the experts, the taller the material is, the better the reception.
Unfortunately, there is still no known device and innovation of antennas that are handier and least heavy. If there already are, it would be much easier for the army to carry them while on the battlefield or wherever they may be assigned. But the professionals are on their way as they are continuously finding ways to make this possible.
A given option is to use the cell phone in military operations instead of radio. Signal wires are already mounted in the cell phone so it should be a lot lighter to bring. However, the concern of the experts is that these devices are more susceptible to frequency interferences.
Cell phones still need extensive and intensive signals that are based on the ground because they do not depend on radio frequencies. There are few or no signal infrastructures for mobile phones in war areas so it will be such a hassle trying to get a reception that will likely give the best communication systems integration from one area to another. Having limited service will lead to risks especially in emergency cases.
Hence, only RF communications systems are suitable in these areas, the experts reiterate. But applications engineers are already finding ways to shrink down the size of these antennas although it is nearly impossible to do so. Studies and experiments are still ongoing while the demand for smaller devices for battle increase dramatically.
Also, satellite communications are very efficient. These can be used in information dissemination quicker and more efficiently. These are the ones being used by armies to report the locations of enemies using communication codes.
Communication in the field with other bases can be done using radio. A military antenna mast is not easy to manufacture. There are so many considerations like the cost of production including the raw materials and labor. On the other hand, the size, bandwidth, and capacity to deter radio signal interferences are notable considerations as well.
Users like to use lighter and handier antennas and communication system. Designers and engineers are having trouble regarding this because the demand for lighter and handier equipment has increased. These professionals are working on it but they cannot guarantee immediate outcome. They are still researching and altering the properties of these devices. They say that the bigger and higher radio waves can be captured more if the devices are taller, heavier, and bigger.
In the battle grounds, where the tension is very high, the men still need to bring along with them antennas that are too heavy and are too tall they overtake the height of a man. Hence, the inconvenience will cause the life of the one assigned to carry it. Again, according to the physics explained by the experts, the taller the material is, the better the reception.
Unfortunately, there is still no known device and innovation of antennas that are handier and least heavy. If there already are, it would be much easier for the army to carry them while on the battlefield or wherever they may be assigned. But the professionals are on their way as they are continuously finding ways to make this possible.
A given option is to use the cell phone in military operations instead of radio. Signal wires are already mounted in the cell phone so it should be a lot lighter to bring. However, the concern of the experts is that these devices are more susceptible to frequency interferences.
Cell phones still need extensive and intensive signals that are based on the ground because they do not depend on radio frequencies. There are few or no signal infrastructures for mobile phones in war areas so it will be such a hassle trying to get a reception that will likely give the best communication systems integration from one area to another. Having limited service will lead to risks especially in emergency cases.
Hence, only RF communications systems are suitable in these areas, the experts reiterate. But applications engineers are already finding ways to shrink down the size of these antennas although it is nearly impossible to do so. Studies and experiments are still ongoing while the demand for smaller devices for battle increase dramatically.
Also, satellite communications are very efficient. These can be used in information dissemination quicker and more efficiently. These are the ones being used by armies to report the locations of enemies using communication codes.
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