The distance between cell phones and transmitting towers has a major influence on cellular reception. The closer you are to the transmitting tower, the greater are the chances of getting stronger signals on your phone.
Many factors influence the maximum distance up to which cell towers can operate. They include the nature of the landscape, connecting technology, and transmitter power. Trees, hills, and similar natural barriers interfere with signal transmission. The transmitter power has to be set to low in some cases to prevent interference.
What Can Be The Maximum Distance Between Cell Phone And Tower?
A typical cell phone has the power to connect to a cell tower that is up to 45 miles away. The maximum distance is not constant but may vary according to the cell phone network technology. In some cases, the maximum distance may be as low as 22 miles.
What we observe in most cases is that the cellular signals do not reach near these maximum distances.
What Are The Typical Sources Of Cellular Interference?
Cell phone signals travel in a straight line and belong to a particular frequency range. They have limited penetration capacities. Due to interference, the signals turn weak and our phones will not get good enough cellular reception even if the transmitting tower is close by.
Natural obstacles like trees, hills, and human-made obstacles like buildings, tunnels, and walls interfere with signal transmission. As urban areas mostly have many cell towers, cell phones can connect to one or the other tower. But the choices are limited in rural areas that mostly have a lesser number of transmitting towers.
Why Do Carriers Reduce The Transmission Distance Between Tower And Phone?
Carriers reduce the maximum distance between tower and phone to address capacity issues. A cell phone carrier is permitted to use a certain number of frequencies alone in their network at a given location. The number of calls that can be handled by each cell tower is determined by the number of individual frequencies.
Carriers often reduce the size of cells and reuse the frequencies in the neighboring cell. When the cell size reduces, the mobile carriers often reduce transmitter power to prevent interference with adjacent cells that use the same frequencies. As the transmitting power is set to low, the cell phones have to be more close to the cell tower to receive appreciable signals.
When signal blocking factors disrupt signals seriously, you will have to look for signal boosting solutions like a cell phone booster.