57 Facts About 5G: Technology That Can Lead To Human Growth

5G is short for 'fifth generation'.

It is a revolutionary new mobile broadband network. 5G network supposedly helps to connect devices, objects, and machines in a seamless manner.

It is a 'fifth generation' technology, meaning it has arrived after 1G, 2G, 3G, and 4G mobile technologies. 5G technology will provide mobile users far superior multi-Gbps data speed, along with very low latency, better reliability, higher network adaptability, broader network coverage, and an overall improvement in digital experience.

This, in turn, will allow more and more people worldwide to get access to a high-quality mobile broadband connection at a lower cost.

Performance-Related Aspects

5G technology is the newest telecommunication network technology.

5G technology has been introduced in the telecommunications market with the aim to give consumers a whole new level of sophisticated user experience.

It has essentially been designed to cater to the needs of the current generation, who want only the best connection for their new phone and new devices.

 5G mobile technology has lower latency than all the previous technology models.

This will allow mobile broadband users to surf the internet on their connected devices at very low data rates.

Low latency will also allow the new 5G Network to penetrate far-flung regions where presently there is low to negligible mobile connectivity.

This new vista will help industries to ensure better logistical support for the movements of goods and services both domestically and internationally.

The healthcare and agriculture sectors will also benefit to a great extent because of the lower latency of the 5G network.

With the help of the low latency 5G mobile connection, complicated medical procedures can be carried out now in remote corners of the world.

5G technology is being used in three primary connected services. Firstly, the vastly improved mobile broadband services, secondly, the industry and factory-based mission-critical communication services, and thirdly, the enormous Internet of Things or IoT.

One of the novel characteristics of 5G technology is that it has been built with an eye to the future.

Scientists and engineers who have worked on making turning this technology a reality have remarked that 5G mobile technology will make the transition from current technology to all future technologies a far easier process.

In other words, it will be easy for 5G networks to support new technologies of the future, that are yet to be invented.

Another revolutionary feature of 5G technology is the fact that it is now turning smartphones into far more intelligent devices; it could also allow people to indulge in brand-new immersive experiences such as Virtual Reality (VR) and Augmented Reality (AR).

You may perhaps be wondering at this point what these terms stand for. Virtual Reality or VR is a kind of experience that is generated when a person wears a headset device, which transports the person to a different reality.

Augmented Reality, or AR, on the other hand, is a type of technology in which a person can change the characteristics of both the virtual and the real world using a variety of devices, including a smartphone.

Both AR and VR require very high-speed internet connections, which is where 5G mobile technology can make its mark.

With top internet speeds far superior to that of the current 4G LTE mobile technology, low latency levels, much cheaper data rates, the 5G revolution can give smartphone users a whole new level of virtual experience.

Along with the monumental changes in personal usage, 5G mobile technology has the potential to transform the face of industries and the manufacturing sector.

With its super-reliable internet speed and low latency connectivity, 5G technology can transform regular factories into smart factories.

At the top of it all, industry leaders would not have to spend too much money on 5G technology since it consumes low data rates in the first place.

It won't be really long before we actually get to see self-driving cars, fully automated machines, and assembly units turning the entire manufacturing sector into a machine-intensive sector.

When it comes to 5G technology, it has the capacity to ease the connectivity of a host of devices with one another.

Since individual devices would have the chance to adapt to 5G mobile technology as per individual needs, most IoT devices would be able to make use of the low band 5G mobile connection to connect to the digital world seamlessly.
 

Changes In Technology Over Time

5G technology is a successor of previous mobile network technologies, namely 1G, 2G, 3G, and 4G.

The First Generation or 1G mobile network was dominant the first of any kind of mobile connectivity technology. It was present during the '80s when mobile devices were considered a luxury.

The best feature of 1G technology was that it allowed analog voice to be transferred from one device to the other.

The technology that came after 1G was named 2G or Second Generation mobile network. It was launched in the early '90s and had a major impact on the number of mobile users the world over.

2G technology's marquee feature was that it supported digital voice to be transferred between devices. This technology was named CDMA, which stood for Code Division Multiple Acces.

The beginning of the 2000s saw the introduction of 3G technology in the consumer market. This was the first time that mobile data was introduced.

One of the terms through which this technology was marketed was 'CDMA 2000'.

Finally, the direct predecessor to 5G mobile technology, 4G LTE, or fourth-generation, brought about a complete change in the way mobile users viewed the world around them. 4G LTE allowed mobile device users to get access to the best in entertainment at low data rates.

This meant that the not so well-off around the world were able to afford high-quality internet services for the first time.

It has been reported that the new 5G mobile technology is around 500% faster than the 4G LTE technology.

A device running on a 5G network would provide internet speeds of about 20 Gbps.

What makes 5G stand out from all the mobile technologies that have come to the consumer market so far, is its capacity to increase its outreach capability by making use of a whole new spectrum. This is also referred to as the millimeter wave spectrum.

Millimeter waves are actually super high-frequency radio waves, which travel through our atmosphere.

Millimeter-wave is a form of electromagnetic wave that stays within the range of 30-330 GHz. In other words, a millimeter-wave band has a wavelength range of around 0.4 in (10 mm). Millimeter waves are static at 30 GHz, to around 0.039 in (1 mm) when millimeter waves hover around 300 GHz.

The new 5G mobile technology comes with the novelty of being able to provide mobile device users with consistent, high-quality internet service, even in places that are away from mobile towers.

We usually face connectivity issues while we are traveling. 5G mobile technology comes with the promise of providing users with a kind of mobile connectivity that would remain constant during long-distance movements.

To make internet usage better on the move, telecommunication companies invested with the task of spreading the use of 5G mobile technology, are setting up a new breed of mobile towers.

This new type of service is being called the 5G NR mobile network and is supported by a completely new mobile connectivity system known as the Gigabit LTE coverage foundation.

Compatibility Of 5G Devices

5G technology enables easy connectivity among machines and new devices and would allow people to control their connected devices better.

In order to use 5G mobile network, a person's smartphone should be compatible with the new technology.

Mobile companies around the world have already rolled out smartphones that are 5G compatible.

If someone is currently using a 4G LTE-enabled smartphone, then it would not be suitable for the new technology.

Only a smartphone that has the in-built machinery will be able to support a 5G network.

For example, the latest smartphones having built-in Snapdragon 5G Mobile Platforms would be able to access a 5G mobile network.

The new 5G mobile technology has already begun changing the lives of millions of people around the world.

The commercial use of 5G mobile technology has started on a wide scale from the year 2019.

Leading global mobile operators have taken it upon themselves to make accessibility to the 5G network a reality for the general public. Take, for example, the German mobile telecommunications company T Mobile.

T Mobile has been at the forefront of building 5G mobile infrastructure in countries such as the United States of America, the Netherlands, Poland, the Czech Republic, Romania, and of course, its home base country, Germany.

Apart from T Mobile, several other major global telecommunications companies are working day and night to bring the superior technology of 5G to a worldwide user base.

As a push towards making 5G the next big thing in the telecommunications market, leading smartphone manufacturers like Apple and Samsung have begun designing their new series of smartphones devices to be 5G compatible.

Even in advertisements, the top smartphone companies are showcasing their new line of 5G-enabled smartphones. This is a clear indication of what the telecommunications market is heading toward in the next phase of the internet revolution.

More than 60 countries worldwide have already installed the machinery required to support the novel 5G mobile technology.

In fact, the rate at which some of the countries are transitioning from 4G to 5G technology is nothing short of phenomenal.

When 4G LTE was introduced back in the early 2010s, it took a far longer time for countries to get serious about the technology.

But now, since people are well aware of the amazing features of the 4G LTE technology, they cannot wait any longer to check out the technology that is being marketed as being many times better than its predecessor.

It is still way too early for us to say how far common people across the world will be able to get access to 5G mobile technology. It is in its early stages, so a fully-fledged launch will take a few more years at least.

FAQs

What are the two benefits of 5G?

5G will enable faster connectivity in smartphones. It would allow a user to enjoy the wonders of augmented reality or AR.

How does 5G work?

5G works by utilizing the super high-frequency radio waves of the atmosphere to reach a wide coverage area. By successfully doing this, a 5G network can penetrate regions where other networks fail to reach.

What is 5G all about?

5G is the newest mobile technology. It is the successor of 4G LTE mobile technology and is supposed to be many times faster and more efficient than its predecessor.

Is 5G dangerous to humans?

Studies conducted by the European Union have shown that radiation caused by 5G could be dangerous to humans.

When will 5G be available?

5G mobile technology is already available in over 60 countries worldwide. However, it may take a few more years to spread over most parts of the world.

Does 5G cause radiation?

Yes, 5G technology causes non-ionizing radiofrequency radiation, which could have severe health effects on human beings and other living beings.

How many GHz is 5G?

5G makes use of the radio waves ranging from 30-330 GHz.

When will 5G be available everywhere?

It is expected that 5G mobile technology will become a common feature by the end of the 2020s. The new technology has already been launched in approximately 60 countries worldwide.

Why is 5G better?

5G mobile technology is better than 4G LTE technology because of several reasons. 5G connectivity will make self-driving cars a reality. The low latency characteristic of 5G mobile technology would make the usage of smartphones a far better experience than it is today. The wide reach of the 5G networks would allow people in the remote parts of the planet to extract the benefits of modern services in health and education, for example, at a lower cost.

Is 5G non-ionizing radiation?

Yes, the new 5G networks are carriers of non-ionizing radiation. This is because the 5G mobile network makes use of the radio waves with very low frequency, also known as millimeter waves. This type of radiofrequency reportedly has harmful health effects not only for human beings but for all many other life forms.

What is good about 5G?

5G mobile technology is a low band mobile connectivity technology that will make the lives of millions around the world many times better. Due to its highly powerful network strength and consistency, people from far corners of the globe would be better able to integrate themselves into the economy of the world.

Will 5G have better coverage?

Market analysts and technology experts are of the view that 5G mobile technology will be far better than 4G LTE technology. 5G networks will have superior coverage as it is a low band network and has the potential to change the face of factories and the medical profession.

What is the difference between 4G and 5G?

In short, 4G and 5G are both mobile technologies. 4G stands for fourth generation mobile technology, which was rolled into the market by telecommunications companies in the early 2010s. It was revolutionary in its own right, as it brought with the feature of mobile broadband coverage.

5G is the newest and most powerful mobile technology that has been launched into the telecommunications consumer market as late as 2019. This latest mobile technology makes use of a new kind of radio waves to reach parts of the world where other mobile connections are not able to reach. Still, in its infancy, 5G networks have begun to take hold of the market in a handful of countries like the United States, Germany, and the Netherlands, and it would take a few more years before a large portion of the world population gets a chance to access this novel technology.