A Brief Look at How a Cellular Signal Booster Works

Choosing The Best Cell Signal Booster For Your Home

Choosing the best cell signal boosters for your home is important for getting the desired results. There are several factors that you need to take into account while choosing a signal booster that can fit your requirements. Some of them are listed below:

Ability To Boost Both Uplink And Downlink Signals

Downlink signals are those that are coming from the cell tower to your cellular devices, whereas, the signals leaving your phone to the cell tower are known as uplink signals. When making a call, the downlink signals are needed for hearing the voice from the other end and the uplink signals are necessary for sending your voice to the other person. Therefore, you need high-quality uplink and downlink signals for establishing a reliable call. 

When selecting a cellular signal booster, make sure that it can boost both the uplink and downlink signals for helping you to establish a reliable connection. 

Capability To Receive Downlink Signals

Your signal booster should be highly sensitive to downlink signals. It should be able to receive even the faintest signals that your cellular device may not be able to detect. This will help you to get better cell reception even if you are living in an area where there is poor signal strength. Therefore, check whether your booster has good downlink sensitivity. 

High Uplink Output Power

The lack of high-quality output signals from the phone is responsible for most of the dropped calls. So if you are experiencing dropped calls frequently, make sure to get a signal booster that gives high uplink output power. 

Oscillation Detection 

FCC requires the cell signal boosters to detect oscillation. This is a problem that can occur when the signals from the internal antenna of the booster reach the external antenna, thereby creating a feedback loop. This phenomenon can damage your boosters and even the cellular network. Therefore, your signal booster should have the capability to detect oscillation and take corrective measures. 

A cell signal booster usually reduces the gain to lower the strength of the signals for preventing them from reaching the external antenna. But if the problem is not solved, then the booster should shut itself off for preventing further damage. So when buying a signal booster, enquire whether it can detect oscillation and take corrective measures. 

Getting a signal booster for your home can be a confusing task. But considering the factors listed above will help to choose a cell signal booster that can fit your requirements.