Speed, IoT, and Immersiveness are all part of the 5G Revolution

Are you scratching your head why the whole hoopla about 5G? How is its going to impact your life and business? Know all about how 5G is going to have an impact on network speed, IoT and Immersiveness.

We're on the verge of another technological revolution, and it'll come soon. According to the Ericsson estimate, 5G will account for roughly half of all mobile data traffic by 2025, potentially covering up to 65 percent of the global population. The predictions are becoming more accurate each month as the adoption of 5G technology accelerates.

Our lifestyles will be drastically altered by 5G. Some industries will be impacted, while others will benefit greatly. What does the future hold for mobile development? How do you prepare as a developer or entrepreneur? This piece should give you a comprehensive overview.

What exactly is 5G?

To begin, 5G is not a more advanced version of 4G. It's an entirely new network system. The fifth generation of cellular technology is a game-changer designed to improve wireless communication speed and quality dramatically.

How does 5G technology work?

Here's how it works: mobile phones have an antenna built-in that can send and receive digital data over radio waves using cell towers. The frequency of radio waves varies depending on their length: the shorter the lock, the higher the frequency. 5G will use millimetre-scale wavelengths ranging from 30 to 300 gigahertz. The technology is known as mmWave (millimetre wave). The speed (700 MHz-2500 MHz) is much greater than in 4G, allowing for faster and better data transmission. To be specific, 5G is divided into three bands: low, mid, and high. Due to the shortest waves, the latter is the fastest of the three. However, it has flaws: high-band 5G can't reach far or penetrate walls. As a result, 5G will require far more antennas than 4G in the city.

The Impact of 5G on People

There are no enhancements that come with 5G that will save it from conspiracy theories. Of fact, the notion that radio waves of any length may trigger a virus pandemic is demonstrably untrue. Radiation from mmWave technology has piqued the interest of specific researchers. Several professional institutes have refuted the theory that it can be hazardous. Here's why: all radio waves are classified as ionizing or non-ionizing. Ionizing radiation (such as X-rays and ultraviolet from the sun) has an ultra-high frequency, which can damage your DNA and cause cancer. Non-ionizing waves are safe because they don't produce enough energy to destroy your body's cells. This group includes the 5G wavelength, which is not even near the line.

Precursors to 5G

For nearly eight years, 4G has been the most popular network type. You may also recall 2G and 3G, which first appeared in the 1990s and early 2000s. Every generation has been revolutionary in some way. While the initial mobile phones could only make analog calls, the second generation of phones could make digital calls and send text messages. 3G was a significant step forward in mobile internet connectivity, allowing for video conversations, web browsing, and movie and music downloads. Everything was a lot faster with 4G. (150 Mbps compared to 42 Mbps on 3G). It sparked the start of a new era in mobile development: applications. However, the 5G network can provide far more than just increased speed.

What is the difference between 5G and 4G?

Maximum data transfer rates: Up to 20 Gigabits per second (Gbps) is promised in 5G, roughly 100 times faster than 4G. It implies that instead of taking minutes to download a full HD movie, you may do so in a matter of seconds.

Latency has been reduced: The time it takes for devices to interact with each other or with the server is known as latency. The typical delay of 4G is 50 milliseconds, while 5G reduces it to one millisecond. As a result, incoming communications will be registered even faster, with nearly no wait. This characteristic of 5G will elevate remote real-time gaming and self-driving cars, and other IoT solutions that require a quick response.

A higher density of connections: Have you ever been to a concert or somewhere else with a large crowd and could not utilize mobile internet? It's no surprise, given that 4G only has a capacity of 2,000 devices every 0.38 square mile. It will only get worse as the number of linked gadgets grows. With the ability to connect 1 million devices in the exact location, 5G solves the problem.

Precision is improved: Only within a 10-500 meter range can 4G provide accurate positioning. The accuracy within 1 meter is possible with 5G. This improvement would greatly assist GPS-enabled services and apps.

Battery life has been extended: Because of the qualities described above, 5G will extend the battery life of gadgets by up to ten times. The app development sector and IoT devices will benefit from extended lengths of time spent on mobile devices.

What impact will 5G have on the mobile industry?

With all of the previous developments, 5G will elevate the mobile development business to new heights. So, what will the world look like when it is connected and intelligent? Listed below are a few forthcoming trends that will be seen in the following years.

App speed and UX have been improved: Apps will be significantly enhanced with 5G. The performance and responsiveness of apps will surge with increased speed, minimal delays, and the ability to instantly transfer massive amounts of data. Businesses will gain from the knowledge of developers to implement more advanced app functionalities.

The cloud will replace hardware: That comes with a slew of perks. First and foremost, physical storage will no longer be an issue. It does not require the installation of any software. It will serve as yet another motivator for mobile development, as it will be unrestricted by hardware limits. Any device could run cutting-edge apps because of the increased computing power and faster data transfer that 5G provides.

Combination of immersive technology: AR/VR/MR will become more prevalent in our daily lives as 5G expands its applications. (Not to mention video streaming in 4k, 8k, and 360 degrees.) More tailored interactions and immediate responses will be available through apps. 3D printing and modeling will become more widely available. It will have an impact on a variety of industries, including education, healthcare, and manufacturing.

Furthermore, 5G will allow developers to design out-of-the-box interfaces for a variety of applications. Mobile gaming will, of course, become more popular. It's only the beginning with PokémonGo!

The Internet of Things (IoT) with 5G will usher in a new era

One of the most significant effects that 5G can have is a large increase in IoT. For smartphone developers, the Internet of Things will open up a whole new world. Autonomous vehicles, telehealth, and remote surgery will join voice assistants, smart homes, watches, and TVs. So, what makes 5G such a potent force multiplier? The number of linked devices determines the viability of IoT, yet 4G has significant constraints.

Furthermore, 5G speeds allow for real-time processing of all data from these devices. Consider self-driving cars: a device's response needs, of course, to be fast and unfailing. 5G will enable IoT to revolutionize various industries, including supply chain, manufacturing, oil & gas, utilities, and healthcare. As a result, intelligent industries and cities will emerge.


The growing number of users and their changing needs will hasten the transition to 5G technology. In a few years, it will displace 4G, causing a revolution in the mobile sector. Next-generation mobile apps will offer even more sophisticated user experiences. That will translate into higher user engagement and retention rates for businesses and mobile app developers in the following years.

Bio of Anton Malyy, CTO for TRIARE.net:

For the last 8 years, his attention has been focused on building web and mobile applications. The main approach which he applies to all his projects is creating products that bring superb value to the clients. The core principle is not in producing the code, but in making an impact on businesses with the tools and services that TRIARE IT company provides.

Technologies: Ruby on Rails, PHP, JavaScript, React.JS, Angular, iOS, Android.


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