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November 16, 2015 — by KEN PERKINSSHARE ARTICLE
Click on the question below to see the answer.
A. There are really only 2 culprits that cause cell phone reception problems: distance and obstructions. Distance everyone understands. If your phone is too far from the cell tower, then the signal will be weak or maybe undetectable.
Obstructions are not so well understood. Below is a list of the most common signal blockers:
To learn more about this topic, watch this short video.
Or see our blog post at https://www.weboost.com/news/blog/why-do-i-have-such-poor-cell-phone-reception/
To read more on this topic, see our blog post at https://www.weboost.com/news/blog/better-cell-phone-reception-8-things-you-can-do-right-now/
A. Yes, depending on your situation you may have several options.
Each has advantages and disadvantages. You can learn more about all of them in our post here https://www.weboost.com/news/blog/how-to-get-better-cell-phone-reception-with-technology/
A. How cell phone boosters work is pretty simple. All the complexity operates behind the scenes to make them operate transparently and efficiently.
Mobile phones are really two-way radios. Your cell phone, at least the communications function, is essentially a two-way radio operating behind a very modern user interface. Your mobile phone communicates with the cell tower by means of radio frequency (RF) signals.
A cellular signal booster works like this:
When your phone transmits a signal back to the tower, the process is repeated in reverse order.
A cell signal booster system comprises just three basic components, and coax cables to connect those components.
1) First is the outside (or tower-side) antenna. This antenna, mounted on the roof or an exterior wall, communicates with the cell tower. Signals are passed along coax cable to the second component . . .
2) . . . the booster unit mounted in a utility closet or storage space. This unit amplifies the signal and passes it along another length of coax cable to . . .
3) . . . the inside (or device-side) antenna mounted on an interior wall or on the ceiling which distributes the amplified signal to the interior space where cellular devices can use it.
To read more, check out our blog post here: https://www.weboost.com/news/blog/how-does-a-cell-phone-booster-work/
Here are a couple of illustrations that show how a booster works.
A. There’s a relatively simple exercise to determine if a cell phone booster can help you get better reception and stronger signal in your home, office or other interior space. Ask yourself these questions:
1) When I am inside, do I have problems with dropped calls or lost connections, poor call audio quality, or texts, emails and voicemails that show up in my in-box hours after they were sent?
2) When I go outside, do the problems identified above seem to go away? Is it easier to keep connections or complete calls? Does the audio quality of my calls improve? Can I download files to my phone faster than when I’m indoors?
If you answer ‘yes’ to these questions, a cell signal booster can probably bring better signal coverage into your home, office or other building.
If you’re still not sure a cell phone booster can help, talk with a weBoost Customer Service agent. This service is free. By going through a few questions with you an agent can quickly determine if a signal booster can help.
You can reach weBoost Customer Service by phone at 1-866-294-1660, or type a question in the chat box here www.weboost.com/us/support-center/. Hours are Monday – Friday 8 am – 9 pm Eastern, and Saturday – Sunday 10 am – 7 pm Eastern.
Gain is simply the measure of a booster’s or antenna’s signal output relative to its signal input. Gain is usually expressed in decibels (dB), a standard unit of measure for signal strength.
If a booster provides a maximum 50 dB gain, then the boosted signal coming out of the unit is up to 50 dB stronger than the unboosted signal that went into the unit.
In a practical terms, gain represents the relative level of signal boost that a booster and/or antenna is capable of providing. All other factors being equal, a booster with a higher gain value will provide a stronger signal and/or a larger coverage area than one with a lower gain value.
A. It depends on the cell signal booster model you need.
A driver-only vehicle booster like the Drive 3G-S can be purchased for well under $100.
The Drive 4G-X that provides 4G LTE coverage for multiple simultaneous users and max uplink/downlink power for reliable connections at long distances from the nearest cell tower will likely cost a little over $400.
A. Bottom line: it depends. Generally speaking, vehicle cell signal boosters can be installed faster than indoor boosters. Installation of the weBoost Drive 4G-S might take between 5 and 10 minutes, and the Drive 4G-M or Drive 4G-X slightly longer.
A simple installation of the Home 4G indoor booster might require 10 – 15 minutes, and for the Connect 4G you would need to allow more time. Obviously if the building requires a more complex installation, like multiple device-side antennas or pulling coax cable through an attic or crawl space, the job may take 2 or 3 hours.
Watch this short video.
Or you can view this blog post to find the precise location of your carrier’s nearest tower.
Here are suggestions for iPhone and Android apps that help you find cell tower locations.
TAGS: cell phone signal booster, faq