Architecting the Future of Intelligent, Ubiquitous Connectivity

At this time, as 5G and advanced 5G networks are being rolled out worldwide, the groundwork for 5G began at the same time, and the transition from every generation, whether it is 2G or 5G, is a systematic and time-consuming process. A collaborative relationship among multiple organizations, research institutions, and governments is required, and one thing is clear. The commercial launch of 5G is not expected before 2030, but its groundwork is going on at full speed.

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It is the foundation of the new generation. Recharge and Research Institute is at the national origin level. But when a new generation is defined, first of all, the advanced research results are captured and a base for standardization is created similar research has been going on for a long time for 6G and the earlier finding unit finds out what capabilities we can get from 6G.

A core feature of mobile systems is global enterprise capability and people expect that their device can work anywhere on any network for this it is very important to have a corporation at the international level and Just like there was a lot of coordination from 2G to 5G, similarly, the groundwork for CG will also continue from there and in this context, International Communications Union ITU has released its work on IMT 2030. In this work, objectives for 6G have been defined and it will be built on a future technical-specific base. Organizations like 3G will implement this.

6G will not just be a fast network. It will be a smart and mode-responsive system and will aim to address today's challenges such as climate change, sustainability, and economic reliance, and will also give enterprises and developers access to new network services, making innovations and experiences possible. This shift will not just be in speed but in the entire network architecture.

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A major growth will occur. According to traffic data and forecasts, global mobile traffic will grow by 2.5% between 2024 and 2030 and will accelerate further by 6G and net take back to normalcy is essential to handle this heavy demand. 6G will take full advantage of cloud computing and advanced hardware innovation. 6G will not only extend the capabilities of 5G but will also enable it to interact with the ICT ecosystem (Information & Communication Technology) will interact deeply with.

This 6G will create an intelligence platform in which communication as well as computer storage and eye services will be at the network level. Speed ​​also means that 6G will be the next level. It is expected that it can provide speed up to hundreds of Gbps and will also offer sub-millisecond latency. This will be a perfect base for real-time holography, AR/VR, metaverse, and autonomous systems in specific scenarios.

The specialty of 6G will be its programmable nature and developers will get deep access to network APIs, wherein the capability of the device server and different network domains will interact and this flexibility will help in building new ways of upgrading and services. From smart cities to intelligent transport systems and compared to 5G, the reach or use-cases of 6G and its range will be quite wide. In every industry, be it health care, education, manufacturing, or entertainment, everyone will get the benefit of 6G.

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In these conclusions, 6G is not an imagination, it is a future reality. Its construction has already begun. A new chapter of technology is not only going to be faster but is also going to be more responsive, intelligent, and inclusive. Now is the time to get ready because when 2030 comes, the world's progress is going to change with 6G.
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