A cell phone signal booster will be an essential part of the 5G cellular network due to the type of radiofrequency waves used for signal transmission. As of now, it is deployed in the urban areas where the infrastructure can be installed or upgraded systemically. Implementation of this telecommunication technology can make truly smart cities a reality. For example, it enables the deployment of autonomous driving vehicles, virtual reality (VR) entertainment on handheld devices, extremely fast media streaming, etc. The purpose of this article is to give you a better understanding of 5G and 5G signal boosters.
What Is 5G?
5G is a cellular communication technology that brings major improvements over the existing 4G in 4 different ways.
- Speed: 5G will be 100 times faster than the first iteration of the 4G and 20 times faster than the current 4G LTE standard.
- Data: 5G can transmit more data as its capacity is 100 times that of the current 4G LTE standard.
- Lower Latency: The 5G cellular communication technology has extremely lower latency than the current standard version of 4G LTE.
- More Devices: Because 5G can transmit more data, it can connect, and monitor multiple devices simultaneously.
Due to these improvements, it can increase the overall data transmitted by 10,000 times, and it can achieve a peak data transfer rate of more than 10Gbps. Also, the latency is less than 1 milliseconds, and this enables playing multiplayer 4K video games easily, control connected cars, and make other forms of virtual communication more seamless. Above all, it increases the reliability of cellular networks and improves the overall battery performance of mobile devices.
What Is The Difference Between 5G And 4G LTE?
The biggest differences between 5G and 4G LTE are the higher data speeds, data transmission capacity, and the lower latency. To make these possible, additional portions of the radio frequency spectrum are made available for a 5G network, and they are the following:
- Sub -6 GHz 5G
- Millimeter-Wave 5G
Sub -6GHz 5G: This type of 5G network uses radio frequency bands like the current 4G LTE networks. So, it can be deployed using the existing infrastructure of cellular carriers, i.e. traditional cellular towers that have a range of 10 miles or more. A 5G network running on these frequencies will have higher data speeds. But this must be combined with the millimeter-wave 5G to bring out the revolutionary potential of this new cellular communication technology.
Millimeter-Wave 5G: The real advantage of 5G that many are talking about is due to the millimeter-wave 5G network. It uses high radio frequency bands 28 GHz, 37 GHz, and 39 GHz. The advantage of using them is that they have high data transfer capacities, data transfer speeds, and low latency. However, due to their higher frequencies, they can only travel shorter distances because they are easily attenuated by various environmental and geographical factors. Keep in mind that these millimeter-waves have more difficulty transmitting across obstacles. So, to avoid this, carriers will have to install thousands of minicells in an area to ensure good connectivity.
5G will make extensive use of technologies like Multiple Input Multiple Output (MIMO). It consists of multiple antennas at the base station, as well as on individual devices to increase connectivity and speed. Also, another important device is the 5G signal booster that ensures good connectivity inside homes and offices as rigid structures like walls, furniture, etc., weaken millimeter-wave 5G signals.
How Does Millimeter-Wave 5G Work?
As already stated, millimeter-wave 5G uses 28, 37, and 39 GHz frequency bands, and they travel shorter distances than sub -6 GHz waves which are currently in use. These are used in urban and suburban areas and have a range of about 2,000 ft or 0.38 miles. Also, they are easily blocked by buildings, trees, crowds, rain, snow, etc.
To increase the coverage and connectivity, a technology called beam focusing or tracking is used to focus the RF signal onto a 5G device. This is also one of the main reasons for the lower latency of 5G cellular technology. Above all, it enables the easy deployment of autonomous vehicles inside cities, as well as on the highways.
What Is The Importance Of A 5G Signal Booster?
5G signal boosters will play a pivotal role in the deployment of the 5G network because of the attenuation of millimeter-waves by obstacles. They will ensure proper signal reception in every nook and corner of buildings, as well as augment the performance of 5G enabled smart devices. Also, they are multi-band devices that can utilize multiple frequency bands, and thereby increasing the reliability of this new telecommunication technology.
It is assumed that during the initial stages of 5G deployment, cellular carriers might provide 5G signal boosters to their customers to ensure the quality of services. But keep in mind that it will take many years for the total transition to 5G because of the high cost involved in upgrading or replacing the current cellular infrastructure.
These are some of the major points that you must know about 5G cellular technology and 5G signal booster.