antenna homemade cell phone signal booster

Antenna homemade cell phone signal booster series#

Therefore, we decided to write about it to hopefully help those that are clueless and still decide to buy them. It is 2018 and we're shocked to see that it is still being sold at Amazon in a 3-pack for $9.99. Unfortunately, most of these promises are too good to be true, and this is certainly the case with cell phone signal booster stickers. Scams come in all shapes and sizes, promising massive results at an ultra-low price. This makes it resilient in extremely bad weather including rain, snow, storms and hurricanes.Cell Phone Signal Booster Stickers: Legit or Scam? As with others, the metallic grid allows wind to pass through it.

Antenna homemade cell phone signal booster series#

The 9 inch low-loss RG58 antenna lead in most cases is terminated with an N Female connector which is typically used with 50 Ohm low loss coaxial cable such as 400 or 600 series cables. These gridded log periodic yagi antennas are completely weatherproof and can be mounted on a pole with the hardware included. The grid improves the Gain, Front to Back Ratio, and Return Loss. The 10 dBi Yagi/ Log Periodic Antenna with Metallic Grid Reflector (50 Ohm) works the same as the product above, but is slightly cheaper as it has a 10dBi gain instead of 12dBi.īoth antennas detailed above feature a die-cast aluminum reflector grid that is corrosion resistant and mounted on the rear of antenna. It can be mounted on top of any house or building on roof outside to improve access to cell phone tower signals for signal boosters and amplifiers installed inside. This antenna covers wide frequency bands from 698 to 2700 MHz. It works on all 3G, 4G LTE, WiFi technologies and operates on 50 Ohm impedance.

The 12 dBi Log Periodic/ Yagi Antenna with Metal Reflector Grid (50 Ohm) antenna is a premium quality most powerful 12 dBi Gain Wide Band Outdoor Log Periodic/ Yagi Antenna with Reflector Grid. Examples of three types of Parabolic (Horn or Yagi with metal grid) antennas: This means that the signal amplifier must be capable or have multiple donor antenna input connectors where cables from exterior antennas can be connected. In this case, the multiple antennas are connected to the booster with a signal splitter. If weak signals from multiple different directions need to be boosted, it is possible to use more than one yagi antenna with the same booster. They will however normally only pick up the signal of a single carrier, unless there are cell towers for more than one carrier in the same direction. They are often used in situations where the existing outside cellular signal is weak. Yagi antennas are very good at picking up weak signals in a specific direction. They will only pick up signal from the direction to which they are pointed. These powerful antennas are directional, which means that they need to be set up to point in the direction of the cell tower. Parabolic dish antennas are similar to Yagi antennas with a metal grid that deflects signals in the same direction.

However, if outside signal is weak, you may need the directional Yagi or Log Periodic antenna instead (also referred to, as 'log-periodic array antenna'). As they are able to receive signals from numerous cell towers all around your location, they are most often used when there is a need to boost the signal for multiple carriers. These antennas are suitable for situations where the outside signal strength is moderate to strong.

Omnidirectional antennas send and receive signals in a 360º radius.

There are two types of outside antennas used with cell phone signal boosters – omnidirectional and parabolic dish antennas. Antennas with a higher gain will transmit more powerful signals from cell phone towers. Gain shows the reach and strength of the antenna’s signal. The power of outside antennas is measured by its “gain”. This signal is then sent to the booster via cable, where it is amplified before being distributed inside of the building or vehicle through inside antenna. A cellphone signal booster system typically use an outside antenna to pick up the cellular signal from the nearest cellular tower.