A Brief Guide on 5G Mobile Signal Booster New Zealand
Today, we are witnessing wireless networks of the 5th generation coming into our lives. With faster internet, more simultaneous connections, and the possibility of introducing virtual networks, 5G really is a life-changer. That said, so far only a handful of people in New Zealand can take the fullest advantage of a 5G connection. While the others rely on things like signal repeaters to enhance their connectivity.
5G cell towers are still few and far between, which means that signal strength doesn’t always meet our expectations. If poor reception doesn’t tickle your fancy, consider signal repeaters as a simple solution to enhance your connectivity.
In this guide, you’ll learn how these devices can significantly enhance your connectivity experience. Not only do they boost weak signals, but they also provide a more reliable connection, allowing you to enjoy all the benefits of 5G technology.
What are Signal Repeaters?
Simplistically, a signal repeater is an amplifier of the mobile signal broadcast from your network. It enhances both reception, which is coming from the cell tower to your device, and transmission, going from your phone back to the cellular network.
A repeater for the signal will be connected with two antennas: one is placed outside to capture the signal from your cell phone operator, and the second is installed indoors to receive the amplified signal and broadcast it throughout the premises. In this way, you will have a stronger and more reliable connection wherever you go.
It is also very important to know that 5G mobile boosters, like any other GSM mobile booster, cannot create a signal independently. It works to amplify an already detected signal. In other words, if there isn’t the slightest reception detected by you, then a repeater will do nothing in this case. It can’t transform the 3G or 4G signals into 5G, it just enhances the already detected mobile receptions to enhance the use and feel of it.
Why is My 5G Signal So Weak?
First and most obvious, the reason for weak 5G signals has to do with the limited number of 5G towers. Infrastructure takes some time to deploy and for everything to work seamlessly.
For now, New Zealand’s 5G coverage map has a lot of blind spots. Even though your area might be marked as covered by your carrier, this does not mean it will ensure good reception. Herein, there are two major reasons why you can see just one bar on your phone:
- You are too far away from a cell site.
- Something obscures the signal.
5G waves turn out to be more sensitive to the external environment. A lot of different obstacles interfere with the building and natural relief of mountains.
Foliage and bad weather, such as snow and rain, are also interfering with their propagation. Modern houses with brick, concrete, metal, and low-emission glass will turn into a serious challenge for 5G waves. You may have good reception outside your house, but often the service deteriorates indoors. Now you have an idea why it happens that way.
You don’t have to live with such a poor connection, though. Signal repeaters can finally put an end to your problem.
Features of a 5G Mobile Signal Repeaters
While all repeaters work about the same, there are a few differences in features that set them apart. Here are the main technical specifications you would want to consider:
- Signal Gain (dB): The higher this number in dB, the stronger your signal could be with that specific amplifier. For example, +3dB doubles it, +6 dB is improved fourfold, and +10 dB is tenfold better reception.
- Output power in dBm: This means the maximum intensity of a signal that a booster can give out. The stronger the output power, the better your connection will be.
- Coverage: It is the distance within which a booster can rebroadcast an enhanced signal inside your complex. Most domestic boosters usually serve an area of 300 or 500 square metres. However, for offices, hospitals, hotels, and malls, commercial boosters can extend these signals to cover areas of more than 1,000 up to 5,000 square metres. Keep in mind that if the outside signal is weak, this would knock coverage many times over. For a house of about 300 square metres, a booster rated at 500 square metres can be the most fitting choice.
- Frequency: This is the spectrum on which a signal booster operates. In New Zealand, during the present initial phase of 5G deployment, network carriers operate on the 3.5 GHz band as part of 5G network frequency. While they intend to introduce a high-band spectrum (millimetre waves) later, this will not occur immediately. Therefore, if you require a 5G repeater in New Zealand now, look for models that support the 3.5 GHz frequency.
Are 4G Signal Boosters Compatible with 5G?
Unfortunately, they are not. Basically, this is for the fact that these networks operate on different frequencies. As such, some New Zealand mobile operators use bands like 700/1800 MHz (B28, B3) bands for their 4G networks. On the other side, the frequency that 5G is configured with falls at 3.5 GHz or 3500 MHz (n78) bands.
Since some 4G networks may be operating on frequencies similar to this, they are not common in New Zealand. So, when it comes to 5G vs 4G, it’s important to know that a 4G signal booster just won’t work effectively for a 5G connection.
Conclusion
In all probability, it may take a few years before 5G becomes as wide as 4G coverage. While that reality is in the waiting, your reception might just not be perfect. Fortunately, improving your signal strength drastically is as easy as ABC. Just select a 5G mobile phone signal booster in New Zealand that works on your operator’s frequency and watch it work its magic.
Our website also has an easy-to-use product wizard that can guide you in selecting an appropriate signal booster according to the coverage objectives and bands supported. Feel free to ask for any assistance with this or any other question via our customer service. We’re here to support your use of the 5th generation mobile network for improved benefits and perfect connectivity with signal repeaters. Shop with us now!