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The above numbers are based on optimal conditions, and are unlikely to reflect reality. Commercial amplifiers can cover areas up to 100,000 sq ft. Those for medium to large homes and offices range from 5,000 to 7,500 sq ft. Kits designed for small homes and offices can cover up to 2,500 sq ft. The coverage you receive largely depends on a variety of factors, such as: Coverage AreaĪll amplifier kits vary in how many square feet they can blanket with enhanced cell reception. To achieve desired boost, we recommend measuring your signal strength and talking to a certified signal booster expert. A good multi-carrier car amplifier should have at least +25 dB with the best units topping out at +50 dB. The most powerful multi-carrier units top out at +72 dB gain. Typically, a good multi-carrier home amplifier should have at least +60 dB gain. This prevents overloading the unit and interfering with nearby cell towers. On the other hand, if you have strong outside signal, the booster will apply less gain. If you have weak outside signal, the booster will apply more gain. The actual amplification power you receive will depend on your existing signal strength. The closer you are to -50 dBm, the more reliable your signal is. The gain is applied to the captured signal, improving signal strength, which is measured in dBm (decibel-milliwatts). GainĬellular signal can only be amplified up to the signal booster's gain value, measured in dB (Decibels). To understand how amplifiers work and how to choose the best booster kit, you'll have to be familiar with different terms. It receives the signal from the outside antenna and, as the name suggests, amplifies it. The amplifier is the second major component of a signal booster. Since the antenna has to consistently point at your closest cell tower, it cannot be used while on the go. Units designed for stationary RVs, campers, and the like are the only vehicle cell boosters that use directional antennas. Ideally, the roof or fascia of the house.īest for trucks, RVs, and heavy-duty vehicles. The antenna should be installed as high as possible to reduce obstructions and improved line-of-sight with nearby towers. You can use the bars on your phone (okay method), signal strength apps (good method), or field test mode (best method). There are different methods available that can help you locate the best spot. Whether omni- or uni-directional, we recommend the outdoor antenna be set up on the side of your home that has the best signal. It can affect the power of the signal the amplifier receives. The location of donor antennas is crucial.
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