What Makes 5G Stand Out?

If you ask whether there is anything better than a 4G signal booster for home, undoubtedly you’ll be recommended a 5G signal booster.  Let us look at what makes 5G different. 

What Is 5G?

5G stands for Fifth Generation. It represents the fifth generation of mobile network connectivity. Yes, it is the next big thing! It is expected to replace 4G. 

Why Is It Special?

Of course, it is the data speed that makes it stand out. The users of smartphones are increasing in number and as a result, the available bandwidths are beginning to get crowded. When talking about cell phone networks, the result of crowded bands is the longer time needed for downloads; needless to mention the biggest disadvantage of all – dropped calls. Using 5G, you could download an entire movie in a matter of very little time. A downloading process that consumed over ten minutes of your time previously can now be completed within seconds.  

How Does It Work?

The technology behind 5G allows it to be much more efficient than previous networks. Let us have a closer look at the technologies used in making 5G super-efficient. 

Millimeter Waves

To guarantee the requisite speed to support the 5G infrastructure, a higher frequency is introduced. Although it is faster, it can travel only for short distances. This is the same reason that you may have trouble accessing FM stations while accessing AM stations from the same location is far easier. To overcome the flaws, the engineers are overlooking the use of millimeter waves. These are typically radio waves that use high frequencies to operate. Until today, this technology was used in satellite and radar systems. 

 

These waves were originally measured in millimeters, hence the name. On the contrary, the technology that is currently used is measured in centimeters. We know that radio frequencies are the backbone of cellular technology. However, there is a major setback that is worth mentioning. When it comes down to penetrating the thick building materials, it becomes tougher for these waves since these waves are small. A cellular signal booster can help you bypass building materials.

Small Cells

The drawback mentioned in the case of millimeter waves can be overcome by using small cell technology. Small cells are miniatures of network towers. Because of its size, these are highly portable, together with being energy efficient. It means that these miniature tower versions can be moved around and placed at locations that require additional coverage. Furthermore, the most advantageous feature of all is its easy installation.

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