Transition From 5G to 6G - How Fast is the Network Speed Expected to Be?
6G technology is the sixth generation of telecommunication standards for wireless communication technologies that are currently being developed. The 6G communication standard will succeed the 5G communication standard, which was commercially released in 2019.
6G is predicted to be at the forefront of innovations in the telecoms and technology industries, offering major gains over earlier telecommunications standards. Many new applications, including driverless cars, Industry 4.0, and eHealthcare, have been made possible by the 5G communications standard. With its enhancements over 5G, 6G is likely to boost these use-cases even more.
Ultra-low latency rates, high data speeds, and the usage of terahertz frequency bandwidth are just a few of the enhancements in 6G communication.
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Industry Overview
The overall number of internet users in the globe is 4.13 billion, accounting for more than half of the world's population. As a result, for the automated, intelligent, and digital world, dependable data communication is essential.
5G services have ushered in a slew of advancements in the industrial world, including the shift to industry 4.0 and smart cities. The industrialized sector will undoubtedly adapt once 6G becomes available, as it is far superior to 5G in terms of low latency and speed.
The new emphasis on holographic transmission is likely to enhance the 6G industry. Holographic connection is a potential technology given the high data rates and low latency that will be available in 6G, owing to intelligent connectivity technology such as artificial intelligence (AI) and the Internet of Things (IoT).
During the forecast period 2031-2035, the?6G market?is estimated to reach $8.76 billion in 2030, increasing at a CAGR of 133.89 %.
In addition, market players can use IoT technology in their electrical devices to improve the integration of 6G communications networks. IoT and blockchain integration will change important industries such as healthcare, agriculture, food, and automated vehicles.
Transition from 5G to 6G
The 4G telecommunication system was commercially released in 2009, and by 2019, it had reached its peak global presence, which coincided with the debut of the 5G.
Because of the infrastructure requirements, 5G was introduced in 2019, and only a few nations have attained the communication level to date. It is projected that after nearly a decade of commercial deployment, 6G would attain worldwide significance.
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However, this may not be a simple transition due to several reasons. The substantial expenditure and the slow transition from the previous communication standard are a few of the several obstacles that may elongate this transition.
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Speed of 6G
Nobody knows exactly how fast 6G will be, although it is expected to be 100 times faster compared to 5G. The International Telecommunication Union (ITU) will most likely be in charge of defining the speed of the 6G connection.
After more than eight years of labor, the International Telecommunication Union (ITU) has finalized 5G (IMT-2020) standards and is likely to begin a similar procedure for 6G soon.
That hasn't prevented experts from making educated guesses about how fast 6G will be. Dr. Mahyar Shirvanimoghaddam of the University of Sydney is one of the most active experts speaking on the evolution of 6G. In one of his excerpts, he claimed that 6G might function at a mind-boggling speed of 1TB per second or 8,000 gigabits per second.
Forget about downloading one movie within a few seconds with 5G; with 6G speeds like that, one might acquire 142 hours of movies in a single second!
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Conclusion
6G and additional features that may be added have been conceptualized in recent research studies. AI has been included in most of these forecasts, from 6G continuing to support AI infrastructure to AI designing and enhancing 6G configurations, procedures, and operations.
The explanation of what frequencies 6G would use is still up for debate. According to the Institute of Electrical and Electronics Engineers, the large expanses of the unused and undiscovered spectrum, the frequencies from 100 GHz to 3 THz, are potential areas for the next era of wireless communication systems.
Limiting energy/power consumption and related heat production in electronic circuits to acceptable proportions will be one of the most challenges in enabling the requisite high transmission speeds.
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