Development of 6G technology

Author: Hosecom Release time: 2024-05-09 10:12:01 View number: 728

6G, the sixth generation of mobile communication standards, is a conceptual wireless network mobile communication technology, also known as the sixth generation of mobile communication technology. It can promote the development of industrial Internet and Internet of Things. The 6G network will be a fully connected world integrating ground wireless and satellite communications. By integrating satellite communications into 6G mobile communications, global seamless coverage can be achieved, and network signals can reach any remote village, allowing patients in deep mountainous areas to receive telemedicine and children to receive remote education. In addition, with the linkage support of the global satellite positioning system, telecommunications satellite system, earth image satellite system and 6G ground network, the ground-to-air full coverage network can also help humans predict weather and respond quickly to natural disasters. This is the future of 6G. 6G communication technology is no longer a simple breakthrough in network capacity and transmission rate. It is more about narrowing the digital divide and realizing the "ultimate goal" of the Internet of Everything. This is the meaning of 6G. The data transmission rate of 6G may reach 50 times that of 5G, and the delay is shortened to one-tenth of 5G. It is far superior to 5G in terms of peak rate, delay, traffic density, connection density, mobility, spectrum efficiency, positioning capability, etc.

6G development

6G technology development trend:

As the next generation of mobile communication technology, 6G will usher in a new era of information technology in which "wisdom is endowed with all things and wisdom is endogenous".
6G research has become a new craze in the mobile communications industry.
The research team of the Chinese Academy of Engineering has published an article on 6G development, detailing the strategic deployment of 6G in developed and developing countries.

Key trends in 6G:

Commercial use continues to empower the optimization and upgrading of traditional industries.
Key core technologies will achieve major breakthroughs.
Cybersecurity will be related to the modernization of the national security system.

6G challenges and suggestions:

my country's 6G development faces outstanding challenges and requires the use of a new national system to break through technological innovation barriers.
It is necessary to deepen international cooperation on 6G to build an open and win-win global industrial ecosystem.
Research 6G core technologies to establish a safe and controllable technology system.

In short, 6G will promote more immersive holographic videos, realize the linkage of the physical world, the virtual world, and the human world, and provide more efficient and reliable communication services for the future digital society.

6G technical specifications

6G (sixth generation mobile communication technology), as the next generation of mobile communication technology, has many exciting features. Here are some key information about 6G technical specifications:

Rate bandwidth:

The downlink rate of 6G is expected to reach 100 Gbps to 1 Tbps, which is a huge improvement compared to 5G’s 10 Gbps.
Uplink speeds will also be significantly improved.

Low latency:

The communication delay of 6G will be reduced to 0.1 milliseconds, which is one-tenth of the delay of 5G.

Indoor positioning accuracy:

The indoor positioning accuracy of 6G will reach 10 centimeters, and the outdoor positioning accuracy will be 1 meter, which is 10 times higher than 5G.

In short, 6G will provide users with more efficient and reliable communication services and support a wider range of application scenarios, including virtual reality, augmented reality, intelligent manufacturing, smart cities, etc.

Application scenarios of 6G

As the next generation of mobile communication technology, 6G will develop and become popular around the world, providing more efficient and reliable communication services for the digital society. The following are some key application scenarios of 6G:

Super Wireless Broadband:

6G will further increase the speed of mobile broadband and achieve seamless coverage anywhere in the world.
Typical applications include immersive virtual reality (XR), synaesthesia interconnection, holographic communication, etc.

Extremely reliable communications:

6G will further enhance capabilities based on ultra-reliable low-latency communications (uRLLC).
Typical applications include robot collaboration, autonomous driving, precision medicine, etc. in the field of intelligent industry.

Hyperscale connections:

6G will support various devices deployed in scenarios such as smart cities, smart life, smart transportation, and smart agriculture.
Typical applications include remote meter reading, environmental monitoring, and smart light pole interconnection.

Communication perception fusion:

6G will integrate perception and communication to provide diversified capabilities such as high-precision positioning, environmental reconstruction, and imaging.
Typical applications include multi-dimensional perception, intelligent interaction, etc.

Inclusive intelligent services:

6G will provide integrated communications and AI computing power for intelligent services.
Typical applications include digital twin data training, intelligent interaction, etc.

In short, 6G will provide users with more efficient and reliable communication services, support a wider range of application scenarios, and help the development of a digital society.

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