About the Speaker

Our guest speaker in this session was Ms Taruna. She is a postgraduate in the ECE department of Guru Gobind Singh Indraprastha University, Delhi. Besides that, she is also worked as an assistant professor for four years. Her work as a research analyst in various trending technologies, such as machine learning, has showcased her interest in these fields. Meanwhile, she has also provided valuable insights to various research students. She provided an insightful session where the audience was thoroughly interested in learning about the advancements in 6G technology.

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Learn about the evolution of Mobile Network

0G

The concept of wireless communication started with 0 G technology which has its origins post World War 2 Period. Likewise, as with any technology in its initial stage, there was limited availability and range. Nevertheless, it was a watershed moment in the field of wireless technology. This technology laid the foundation for future mobile telephony-based technologies in the future. This technology was also known as handover technology. The main purpose of this technology is to provide a possibility of voice-based communication to be possible via wireless networks.

1G

This was undoubtedly the 1st generation of telephone technology that was introduced in the 1980s. Likewise, it was the 1st generation where the mobile phone as a device was introduced to the users. Among the different drawbacks, this technology had limited battery life and bandwidth. These shortcomings got further resolved in upcoming generations. This technology primarily relied on the analog signal to ensure communication.

2G

This mobile phone technology utilised the digital aspect of technology was utilised. The users of this technology were able to transfer text and images with this technology. In addition, this technology also introduced several security features. Internet is a feature of mobile phones that was introduced with this generation of technological usage.

3G

With this technology, the standards of the phone also significantly improved. One can also send and receive emails. Furthermore, with this technology, ones can use social media such as Facebook and youtube.

4G

With this technology, it was possible to do social streaming at a rapid pace. People consistently were able to consume large amounts of data on their mobile

5G

This is the current fastest technology that is used in a holistic manner. With this technology, the milestone of 1GBPS was achieved.

The drawback of 5G Technology

5G technology is the technology that is used in current times. However, with this technology, there is its fair share of drawbacks that are required to be considered in a proper manner.

Firstly there are numerous obstructions based around this technological network which can impact the overall efficiency and technology as a whole. Besides, it has been found that the initial rollout cost for this network-based technology tends to be high. In addition, it has been found that this technology tends to have high limitations in terms of rural access. The current devices that use the 5g Band have been found to cause a huge amount of battery drain on their devices.

Due to the aforementioned aspects mentioned above, there was the requirement of a network technology that needs to be implemented in a proper manner that assures all these shortcomings are resolved in a proper manner. As previously mentioned, there is 6 G technology that is being developed to ensure the adequate development of networking.

Introduction to 6G technology

The 6G technology is an upcoming wireless technology. Specifically, this technology utilises wireless network technology without any limitations. The transmissive power in this technology usually involves around the terabit range. As a result, you will find that when this technology is implemented, it will have greater capacity, fast speed and a low level of latency. This technology is expected to come out by 2030. You will note that the overall data throughput could be utilised using the IOPS technology.

In the meantime, you will find several prominent corporations, such as Samsung and LG, have already started working on the development of 6G networks. Among the different primary objectives of this technology is to reach the mark of 1-microsecond latency communication.

Features of 6 G technology

Basically, the 6G technology is developed to overcome all the current challenges faced by the users of 5G technology. In the first place, there is Mutiband-based ultrafast transmission which can be used by the bandwidth in the ranges of terahertz. Furthermore, this technology would be energy efficient, and thus, one would be able to use this technology to harvest energy from the sunlight. All the users of this technology would be able to do wireless power charging. In the meantime, you could also find the utilisation of artificial intelligence-based technology. Namely the operational, environmental and service-based intelligence.

You will find with 6G technology, the data passes through the cloud with the air fibre technology. As a result, there won't be any packet data loss that happened with its predecessors. Accordingly, the data would be connected using the smart antennas, which would be developed from the smooth transmission.

When you use this technology, you can be assured that all your data will be completely secure and safe. Furthermore, you would be able to enjoy the streaming of various platforms without any buffer issues. Likewise, there is a high-level Tv resolution that one can use for mobile platforms.

Potential Applications of this technology

One can use this technology to implement multi-sensor-based XR applications. In addition, you would be able to connect robotics and autonomous systems. In the meantime, you will find wireless brain-computer interactions could be used to include accurate indoor-based positioning.

Holographic communication would not just be a technological fiction but could now be used in future. In addition, there is the internet of things which is a revolutionary technology that one could be used to operate several technologies using the networks. One can expect that internet of medical things could be holistically utilised in a proper manner.

Challenges while implementing this technology

However, it is important to note that this technology has its fair share of challenges that make it difficult to implement in future cases. For instance, there is the major challenge of high probation in the atmosphere, thus leading to issues based on its absorption. Accordingly, there are also complexity-based issues in management using 3d networking techniques. In addition, there is the major challenge of hardware-based constraints. You will find that there is an autonomous wireless system that poses a huge threat to users.

It becomes important to learn about the overall device's capability. It becomes important to learn about the high capacity and backhaul connectivity. As a result, spectrum management involves the development of complexity in resource management, which can be used for 3D networking tasks and activities.

In the meantime, it becomes important to ensure that hardware constraints around the system are adequately utilised to ensure that the new devices are able to accommodate the 6G technology to its network.

As a result, it becomes essential that one is able to model the frequencies in the sense of wave particles. While the modelling related to sub-wave frequencies is required placed to ensure that the support for the devices where the 6G technology is not yet used but could be expected to be utilised in the coming times. Accordingly, it becomes necessary to do the proper planning with regard to the economic prospect of a business.

Conclusion

With the growing number of users using joining the internet network, it can be said that the 5G won't be able to support the growing demand for users when it comes to wireless communication by 2030 entirely.

Although 6G technology is currently in its development stage, there are infrastructural projects being planned to ensure that there is smooth connectivity and bandwidth for the users. As previously discussed, several corporations have provided valuable studies. With the medium of this webinar, we will provide possible applications which could be implemented to the adequate form of communication as a whole.

With this webinar, we have provided the possible application and technical applications that need to be implemented for 6G communication. Like any technology in its development phase.

We hope by reading this webinar blog on 6 G technology; you might have gained insightful knowledge on various technologies that are deployed to ensure that proper implementation for various applications that could be used in future. However, it is essential to note that these technologies are still in the development phase

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Kathy Wills