F5G enables industrial Internet, leading the manufacturing industry

Industrial Internet is a new business form and application mode formed by the deep integration of new generation information technology and manufacturing industry. It is a key infrastructure to support the development of industrial intelligence. The industrial Internet is so popular, so the problem comes. To solve the connection problem of the industrial Internet, in addition to 5g, what other ways can achieve large bandwidth, low delay and wide coverage? Yes, this is the fifth generation fixed communication network,that is F5G.

What is F5G and what is the relationship between F5G and 5g

5g and F5G represent the latest technologies of mobile network and fixed network, which complement and integrate each other in the scene. When we say 5g, we generally mean 5g mobile communication network, that is, “a network in the sky”, while F5G is “a network on the ground”.

In February 2020, ETSI officially defined F5G. F5G has super bandwidth and low deterministic delay. It is oriented to various scenarios in the industry. F5G plays a great role in promoting the digital transformation of the industry. In two years, F5G has been extended to more than 20 industries such as education, medical treatment, energy, transportation and manufacturing. In the industrial scene, F5G is based on optical fiber medium, which has obvious advantages such as anti electromagnetic interference and environmental corrosion resistance.

F5G makes the problem no longer a problem

With the development of industrial digitization and intelligence, the perception of equipment, data collection, analysis and control have become a major focus of the current industrial Internet. To achieve these, the premise is the intelligent transformation of equipment and machine interconnection. The complexity of production site environment and traditional network brings the challenge of network upgrading. The broadest application scenario of F5G in the future will focus on industry, using optical fiber network to connect all kinds of machines. Facing these challenges, fttm is not whether it can be realized, but how to realize it.

In industrial scenarios, fttm realizes optical fiber to machine. In scenarios including oil and gas production Internet of things, power distribution communication network and port ultra remote control, fttm realizes optical fiber network communication between machines and between people and machines, realizes high-speed transmission of data signals and control signals, and realizes return transmission of production line detection video Early warning transmission of fault signal or remote control signal transmission, etc.

F5G enables the industrial Internet, and the manufacturing industry is leading

5g is suitable for occasions requiring mobility, such as UAV, vehicle networking, etc; Based on optical fiber technology, F5G is suitable for scenarios such as enterprise park, data center interconnection, power transportation data bearing, etc. 5g and F5G cooperate with each other to jointly meet the connection needs of thousands of banks and industries.

At present, F5G enabled industrial Internet has resonated in various industries. The industrial manufacturing field that realizes intelligent production based on industrial Internet is particularly prominent. The white paper on the social value of optical communication recently released by Ernst & Young points out that the manufacturing industry needs to use the full architecture level of F5G gigabit optical network with Super bandwidth, millisecond delay and high reliability, including multiple scenarios at the perception, processing and application levels, to support data transmission between levels and optimize the decision-making quality and efficiency of manufacturing.

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For example, in terms of interconnection of production factors, F5G can enable data transmission and storage among multiple links such as production, management, warehousing, logistics and services, effectively connect all links, and optimize the effect of intelligent decision-making on the whole value chain through artificial intelligence calculus by analyzing massive fragmented data.


Post time: Dec-06-2021