If a larger coverage area is more important to you than being able to boost signal while in motion, then the weBoost Destination RV is a better option for you to boost signal while stopped only. Since it can be used while in motion, it is limited to only 50 dB of boosting by the FCC, so the size of the boosted signal coverage area will only be a few feet from the inside antenna, but that's most likely all you need, especially if you're using a hotspot for Internet. The SureCall Fusion2Go 3.0 RV is the best signal booster for giving you better signal while both driving and stopped. If you're ok with boosting just Verizon in your home or office, and especially if you have a weak existing outside signal, then we highly recommend the Cel-Fi GO X for Verizon. Plus, it can be configured with pretty much any type of outside and inside antennas, so you get the best possible solution customized to your needs. This makes the GO X by far the smartest signal booster solution that we offer. Unlike the other boosters we offer, you use an app on your smartphone to connect to the amplifier, which allows you to see all of the data about boosting, the strength and quality of the incoming cell signal, switch to boosting a different carrier, and test outside antenna aiming positions. To put that boosting difference in perspective, that's more than 100x more powerful than any signal booster that amplifies multiple carriers at the same time.įor this reason alone, the GO X would be an attractive solution, but it goes far beyond that. This is because the GO X only boosts one carrier at a time, so it falls under a different set of regulations than any of our other boosters. The GO X is an amazing booster and is unique in the fact that it's allowed to boost up to 100 dB of gain, rather than 72 dB like other boosters. A wideband mobile phone antenna will generally cover the 800-900 MHz bands as well as the1800-2100 MHz bands.The Cel-Fi GO X is the best all around signal booster for your home or business. The antenna bandwidth refers to the range of frequencies the antenna can support efficiently. Omni-directional antennas always have vertical polarisation. Horizontal polarisation will usually provide a wider beamwidth and vertical polarisation will provide a higher/lower beamwidth in orientation to the earth. By doing this you modify the radiation pattern of antenna changing its beamwidth. Omni-Directional antennas have a 360° beamwidth and receive a signal from all directions.ĭifferent polarisation can be achieved by positioning the antenna vertically or horizontally. Beamwidth will also affect the gain of an antenna, generally the smaller the beamwidth and therefore more concentrated the signal, the higher the gain will be. The wider the bandwidth the larger the angle at which the antenna can receive a signal. The beamwidth of antenna specifies the boundaries within the antenna's radiation pattern and therefore its limits of receiving or transmitting a signal. Radiation patterns are three dimensional, measuring both the sending and receiving signal of an antenna. The radiation pattern diagram is used to describe the strength of the radiation field in various directions from the antenna. If an antenna's gain is only listed with a dB reference then it could be either a dBd or a dBi measurement. Antenna gain is either measured in:ĭBi - ' dB isotropic' compares the focus applied by an antenna to a 'Isotropic Radiator' (an imaginary sphere)ĭBd - ' dB dipole' compares the antenna to the power received by a loss less half-wave dipole antenna.

The higher the gain the more focused the antenna is and the narrower the field of reception. They are ideal in low to medium signal areas where there is line of site or near line of site to the tower.Īntenna Gain is not an amplification of a signal, it's the antennas effectiveness in focusing radio frequency energy in a particular direction. Sometimes called a beam or yagi antenna, they are often much higher gain.

Ii) Directional Antennas - As the name suggest these antennas are designed to receive a signal from a particular direction. Omni-Directional antennas are usually lower in gain. They are useful in situations where the mobile device is constantly moving such as on a vehicle, where the location of the nearest mobile tower is not known or when there is not a clear line of site to the tower and the signal is bouncing off nearby objects. I) Omni-Directional Antennas - These antennas will receive a signal from all directions and are often called a whip antenna. We will explain the difference between each antenna and the common terms, so you can select the appropriate antenna for your application. Antennas come in all shapes and sizes, from vehicle whip style antennas, marine grade, vandal proof, desktop, wallmount, ceiling mount and even antennas shaped like lamp posts.

Cell phone antenna booster for home