5G Advanced: Moving A Step Ahead in Networking

May 10, 2022
4 min read

You've probably heard about 5G. The hype surrounding it has been enormous. We all know that 5G technology is revolutionary. By the end of 2018, this generation of telecom networks (also known as 5G) had begun to hit the market and was rapidly expanding around the world.

Beyond speed, the technology establishes a gigantic 5G IoT (Internet of Things) ecosystem in which networks can meet the networking needs of all those infinite linked devices while balancing speed, latency, and cost. And, just as we envision 5G's future in the market, the industry is transitioning to a new standard known as 5G Advanced. It promises to increase intelligence, and improve overall performance, along with keeping the environment in mind.

So, you must be wondering what is 5G Advanced, exactly? What new features can we expect, and how does it improve on the existing 5G network? Here's everything you need to know about the 5G version of the future.

What is 5G Advanced?

The foundation for the creation of the 6G network will be built with 5G Advanced, says the claims going around. According to industry standards, 5G Advanced is a step higher than the current 5G network connection. Telecoms anticipate a significant increase in network coverage, allowing you to enjoy consistently excellent internet connections. With 5G Advanced, though, it won't just be about connectivity; its capabilities are designed to outperform the 5G network's current characteristics.

Its purpose is to provide solutions with more intelligence and improve the end-user experience. Over the next decade, 5G-Advanced will unleash the full potential of 5G, tearing down barriers and expanding connection. 5G-Advanced will alter what you can achieve with your network, from immersive extended reality (XR) experiences to high-precision location, presence, and timing technologies.

Evolution of 5G to 5G Advanced

When comparing the evolution of 2G to 5G, the value of 5G Advanced for the 5G business becomes evident. The transition between each generation has taken around ten years, such as the transition from 3G to 4G in 2010 and 5G in 2020.

6G is now undergoing preliminary testing, and it is projected to hit the market around 2030. During these 10-year cycles, however, neither the requirement for technological evolution nor the desire for service innovation remain static; 3G, for example, progressed to HSPA+ with the arrival of the smartphone. This is where 5G Advanced enters the picture: Continuous improvement of 5G technology is required to fully unlock the promise of this technology and accelerate the progress of the 5G sector in a world that is becoming increasingly intelligently connected ahead of 2030.

What Should You Expect From 5G Advanced?

Improved Autonomous Vehicles:
Whether it's totally autonomous self-driving cars or companies embracing technologies for more efficient operations, automation is the way of the future. The 5G network has been all about responding to your questions, but 5G Advanced is believed to be the actual solution for autonomous car development. These solutions will be supplemented by 5G Advanced's better navigation algorithms, and the end result will see the products thrive in the near future.

Immersive New lifelike Virtual Simulations:
The Metaverse has come to life and is growing to become as real as life. 5G Advanced possesses all of the necessary capabilities to make the metaverse concept a success. The immersive nature of 5G Advanced encourages the creation of an extended reality ecosystem in which a person can be in their bedroom while experiencing the beach with the waves crashing right near them. This is something you can do before buying flights for your next holiday to get a real sense of the weather in the area. It will also help bridge the gap between a physical and virtual event, allowing additional hybrid events like drone racing to emerge.

Enabling Day-to-Day Operations for IoT-enabled Devices and Providing Solutions
The network has progressed, but there are still areas where any type of connectivity is difficult to reach. With the proper solutions, 5G Advanced can help bridge the gap and support daily operations. It can assist in the creation of smart networks for electrical outlets, as well as the effective management of agricultural resources and activities by farmers. The interconnection of devices lowers the cost of connectivity without sacrificing performance.

What Technologies Are Used Behind 5G Advanced and How It Works?

It helps to think of three different possible usage scenarios – ultra-reliable low-latency communication (URLLC), enhanced Mobile Broadband (eMBB), and large machine-type communications – to comprehend how 5G Advanced can intelligently change 5G. (mMTC). Without a doubt, 5G is enabling consumers and businesses to connect an enormous number of devices to connect and exchange data faster than ever before through these three scenarios and hence also provides access to more advanced applications.

However, in an increasingly connected world, a steady increase in connections necessitates technological advancements as we approach closer to 6G.

For 5G Advanced to properly fulfill future service needs for both consumers and verticals, three areas of technological growth are critical. UCBC (Uplink Centric Broadband Communications) will significantly improve uplink performance, allowing verticals to take advantage of new technologies like machine vision, while RTBC (real-time broadband communications) will provide ultra-wide bandwidth and high reliability, which will be used in areas like holographic communications. Finally, because of its ultra-reliable, low latency connectivity and great location accuracy, HCS (harmonized communication and sensing) will be employed in linked cars, drones, and industrial applications.

When Can We All Experience It?

After the completion of Rel-17 of 5G Advanced, which is scheduled in the early half of next year, nominal work on Rel-18 will begin. Today, we live in the midst of some highly interesting technologies that will shape the future of 5G Advanced and beyond. With long-term wireless research, the route has been built for 6G, which is predicted to become the next platform of innovation by the end of the decade. For the time being, we'll leave you with the thrill of reaching this significant milestone, and we can't wait for you to get started on this wild trip of experiencing 5G Advanced.