![]() ![]() The donor antenna connects to the outside port on the cell signal booster via a run of coax cable. You can also mount this antenna on a pole or tower next to your home. You’ll usually mount the donor antenna on your roof, high enough so that it has an unobstructed line of sight to one or more cell phone towers. ( See examples of outdoor donor antennas.) The donor antenna sends and receives signal to and from the cell tower. The outside donor antennaĭirectional (left) and omnidirectional (right) outside antennas ![]() The cellular booster will have LED lights, an LCD display, or a smartphone app that tells you how it’s performing and if there are any problems that need to be addressed. The booster is the only component of the system that requires electrical power. The booster’s power supply plugs into a standard 120-volt AC outlet. Most cell signal boosters have two ports for connecting coax cables: One port runs to an outside antenna and the other runs to an inside antenna. See examples of boosters for small and midsized homes and boosters for large homes. As booster models increase in power and indoor coverage area, they generally go up in price: The weaker the available outside signal and/or the more area you need to cover inside your home, the more powerful the booster needs to be and the higher the price you can expect pay for one. It’s a bidirectional (two-way) amplifier that receives, amplifies, and transmits signal to and from cell towers (outside) and to and from cell phones (inside).ĭifferent booster models provide different levels of power to cover homes of different sizes. The cell signal booster is the heart of the system. The weBoost Home Complete cell signal booster for large homes. ![]()
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