Your 4G or 5G mobile coverage may not be sufficient for use. How can you improve and optimize your network? Are there devices to amplify the signal? You will find the answers to these and other questions in this article, where we will talk in detail about mobile signal booster in the UK.
Why do we use mobile signal boosters?
The market for mobile signal boosters has been growing in recent years. Such a mobile signal amplifier in the UK as well as in other countries is in demand not only in rural areas, but also in large cities. There are the following reasons for this. On the one hand, both in the city and in the countryside there are places where the reception of the cellular signal is poor. On the other hand, we cannot live a single day without a smartphone. We communicate, work, study, have fun and do a lot of daily operations on our smartphones.
The absence of mobile communication nowadays is equivalent to the absence of electricity or heating. So, as soon as we have a network problem, we solve it in various ways, one of the most reliable is to use a cellular signal booster.
Mobile signal boosters: What are they?
Mobile signal boosters (also called repeaters or amplifiers) are electronic devices designed to improve existing cellular networks.
If you have a good signal outside your home, office or car, but a weak or non-existent network inside, a booster of mobile signal in the UK can help. It is also appropriate for people with really poor indoor and outdoor reception. However, the booster, from UCtel, will be useless if there is no mobile signal near your premises. While it’s certainly a great device that boosts even a weak signal from a cellular carrier, a repeater isn’t capable of creating that signal from scratch.
How network extenders work
A mobile phone amplifier, for example from UCtel, picks up the signal from the base station, amplifies it and relays it to the desired area. Mobile devices in this area automatically receive the amplified signal. The chance of missing a call or not receiving a message is significantly reduced when using such a device.
Amplifiers also work in reverse. The system receives outgoing signals from mobile devices and sends these signals to the nearest cell tower.
There are several repeater kinds designed to meet various demands. These are amplifiers designed for buildings (houses, offices, shopping centers, restaurants, hotels, etc.) and for vehicles (cars, trucks, motor homes, vans, boats, yachts, etc.).
Improved coverage of cells is achieved due to the use of such repeater components as:
- external antenna;
- amplifier box;
- room antenna;
- coaxial cables.
External antenna
An external antenna (also called a donor antenna) picks up cellular frequencies. I then sent the captured signal to an amplifier box.
There are two types of external antennas:
- Omnidirectional antenna: with a 360-degree beam, it picks up signals from all directions. Omni antennas are best suited for buildings with medium to strong outdoor signals; homes and offices with multiple cell towers nearby; moving vehicles.
- Unidirectional antenna: This antenna pulls the signal from one direction. It is designed to aim in the general direction of the closest tower and has a 45 degree beam. Your signal becomes more dependable as you approach -50dBm.
- A focused signal allows a directional antenna to reach a greater distance than an omni antenna. That is why the directional antenna is used for houses and offices with a bad signal outside; and for homes and businesses that want to upgrade just one carrier.
The location of the donor antennae is crucial. This can affect the level of the signal received by the amplifier. Ideally, the antenna should receive the strongest signal for the best results. Therefore, we recommend that you install it on the roof of a building or vehicle where the strongest signal is available.
Amplifier box
The amplifier box receives the signal from the external antenna and, as the name implies, amplifies it. A cellular signal can only be amplified up to the amplifier’s gain value. Essentially, a gain is applied to the captured signal, improving the signal’s power, which is measured in dBm (decibel milliwatts). The closer you get to -50dBm, the more reliable your signal is.
The actual gain power you get will depend on the strength of the signal present. If you have a weak external signal, the repeater will apply more amplification. On the other hand, if you have a strong external signal, the amplifier will apply less gain. This allows you to avoid overloading the device and interfering with the work of nearby base stations.
Room antenna
The amplified signal is sent to the room antenna for further distribution to the desired places.
There are different types of indoor antennas:
- Panel Antenna: This antenna is directional and usually wall mounted. Its beam varies from 45 to 70 degrees. The strongest signal will be available in the nearest areas before reaching the least-priority areas.
- Dome antenna: This antenna is omnidirectional and usually mounted on the ceiling. It distributes the signal in all directions. This type of antenna works best in large open spaces.
Your coverage depends largely on a variety of factors, such as:
- type of signal amplifier;
- type and number of indoor antennas;
- strength of the existing signal;
- building planning.
Coaxial cable
These are some of the simplest elements of a mobile network booster. It consists of a central conductor, an insulating layer, a metal screen, and an outer insulating layer. They are traditionally used in all models of amplifiers.
As a result, the area that different signal booster kits can cover varies. Some systems designed for tiny homes and workplaces may run on a space as large as 300 m2. Sets range in size from 300 to 1000 m2 for medium and big rooms. Commercial amplifiers can reach 3000 m2 of space. The aforementioned metrics are predicated on ideal circumstances.
The extent of coverage will be greatly diminished if your signal is at its lowest. The broadcast signal may not be able to reach all essential angles because of walls and furnishings. To fully maximize coverage, several antennas could be required.