Military operations are very critical and those in the base need to know the whereabouts of the other men in the field. Hence, communication systems are very helpful in such critical situations, especially in asking for backups when the situation gets out of hand. When it comes to military communication systems, radio and antenna devices are the most reliable. There are light antennas but they do not guarantee high frequency signals. Most of the time, size and weight are the primary issues with military antennas.
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.
Some of the most efficiently working systems are those that have antennas even taller than a man. These are very inconvenient to bring especially in battlegrounds where the men will be running around and using their heavy armors. The taller they are, the better they will be able to receive radio signals.
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.
There is a need to modify first the structure of the cell phones to make its signals reach extensive distances. Phones normally need ground based signals to function more effectively. Most war zones have very limited or no access at all because of very few or even absence of infrastructures for phone networks.
With these information made known, it can be concluded safely that the RF communication systems could be the only mode of communication in the field. But studies are still ongoing on how to grant the requests of users about a less heavier and more handy antennas. This is the work of an applications engineer and a designer to make sure that the devices are then tested properly.
Experts have reiterated that the best device to use in military operations is RF. But this is not a conclusion. To them, this is only a variable in the continuous studies and research. A series of experiments and tests are to be done in order to ensure the efficiency of any new innovation discovery.
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.
Some of the most efficiently working systems are those that have antennas even taller than a man. These are very inconvenient to bring especially in battlegrounds where the men will be running around and using their heavy armors. The taller they are, the better they will be able to receive radio signals.
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.
There is a need to modify first the structure of the cell phones to make its signals reach extensive distances. Phones normally need ground based signals to function more effectively. Most war zones have very limited or no access at all because of very few or even absence of infrastructures for phone networks.
With these information made known, it can be concluded safely that the RF communication systems could be the only mode of communication in the field. But studies are still ongoing on how to grant the requests of users about a less heavier and more handy antennas. This is the work of an applications engineer and a designer to make sure that the devices are then tested properly.
Experts have reiterated that the best device to use in military operations is RF. But this is not a conclusion. To them, this is only a variable in the continuous studies and research. A series of experiments and tests are to be done in order to ensure the efficiency of any new innovation discovery.
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