Why does 5G mmWave require more cells to achieve a better signal?
A. Lower bandwidth requires consistent coverage.
B. Higher frequencies have a shorter range.
C. Lower frequencies are more easily blocked.
D. Higher bandwidth requires more transmitters.
E. I don't know this yet.
The Answer
The answer to the question of why 5G mmWave requires more cells to achieve a better signal is B. Higher frequencies have a shorter range.
This is due to the fact that higher frequencies, such as those used in 5G mmWave, have a shorter range than lower frequencies. This means that for a given area, more cells need to be used in order to provide the same coverage as a lower frequency.A lower bandwidth does not require consistent coverage. Lower frequencies are not more easily blocked; in fact, higher frequencies are more easily blocked. Higher bandwidth does not require more transmitters, but rather requires more spectrum to be used.
In conclusion, the answer to the question of why 5G mmWave requires more cells to achieve a better signal is B. Higher frequencies have a shorter range. This means that more cells need to be used in order to provide the same coverage as a lower frequency. Understanding this helps us to better understand why 5G mmWave requires more cells to achieve a better signal.