4 thoughts on “What is 5G, what value can you bring to the society, how to use 5G, and what industry is suitable for?”
Glen
At present, 5G does not mean operating commercial networks. Generally speaking of 5G, we will mention that 5G supports three basic types of communication: enhanced mobile broadband (EMBB), large -scale machine type communication (MMTC) and high reliability Low delayed communication (URLLC). It is the various advantages of these three communication that make people imagine 5G's application in industry. The 5G network in the factory: device data communication, large -scale data transmission, etc. With the development of the industrial Internet, more and more workshop equipment, such as machine tools, robots, AGV, etc. The communication of mobile devices such as the network, especially the AGV, is difficult to meet the wired network, and the requirements for the flexibility and bandwidth of the inner network of the factory are getting higher and higher. Traditional factories wired network reliability bandwidth, but poor flexibility, high flexibility in wireless networks, but inadequate reliability, coverage, and number of access. 5G, which has the characteristics of flexibility, high bandwidth, and multi -terminal access, has become a new choice for equipment access and communication in the factory. The 5G device data communication of the current application pilot is mainly based on the characteristics of 5G large bandwidth and the number of access equipment. The delayed decline and better reliability brought by the current WIFI wireless communication scheme. WiFi is currently used for device communication. The main problem is that it is close to the 4G network frequency band, which is easy to be disturbed, the coverage capacity is insufficient, and the access ability is insufficient. Compared with WIFI, the advantages of 5G networks are mainly the transmission rate faster, lower -delay, and more equipment that supports the simultaneous access, and more anti -interference in communication. 5G transmission speed is obvious compared to WIFI. 5G era, the connection will exceed the upper limit of the 7 billion population and expand to the entire physical world. The number of connections will increase at least 2-3 levels. The key businesses connecting empowerment will also expand from consumption to industry, covering various scenarios such as industry, car networking, smart cities, and smart energy. Faced with the needs of industrial development, Tu Po software believes that the combination of industrial and Internet is inseparable from the support of data visualization. The essence of the Industrial Internet is to achieve the interconnection between machines, and rely on extraction of the generated data to better control the machine work. It can make the work achieve more effort. The map software has always been explored in the field of data visualization. It is constantly pursuing the belief of digging potential data value for enterprises or institutions, and providing accurate data support for emergency decisions. In data collected by the Internet of Things and sensors, real -time monitoring of industrial equipment and network cables and analyzing data generate data. The 3D visualization system provides pictures that are closer to reality equipment, which is easy to accept users and enhance the recognition of the equipment. At the same time, users can understand the entire system, and some details can be observed. Taking into account the overall and part, it provides a wealth of interaction experience. And with the support of mature 5G technologies, because it is more than 4G more bandwidth, the transmission rate of 4G is 100 times the transmission rate can better make the HT for web lightweight visualization of Tuku software achieve remote visual monitoring on the browser or mobile terminal ; IOTOPO Web Configuration Software, operators and system engineers can achieve real -time monitoring of the entire system through mobile phones, tablets, and ordinary PCs in any network. Flexibility also provides a more flexible and convenient new platform for the surveillance, maintenance and emergency maintenance of the entire system. 5G wide -area network: Realize equipment remote control and large -scale data transmission, and some operating vehicles and aircraft running on the vast outdoor. Due to the dangerous operating conditions and remote operations, there are certain remote control needs. Some remote control functions. However, these remote controls either use close communication methods. The scene is limited, or the wide -area wireless network is used, but the data transmission capacity is limited. Vast scenes, such as large mines, can only use wide -area networks, but 4G's real -time driving screen transmission is obviously delayed, which makes the vehicle's operating speed cannot be improved, and the effective application of remote control cannot be achieved. In addition to remote control, vehicles, drones, etc. operate and operate, and there is a need for returning information to the operation information. With the development of communication networks, vehicle returning information has continued to improve from the basic GPS information in the 2G era to various types of operating parameters in the 3G era, and the 4G era video. The 5G large bandwidth network uses lower delay real -time real -time transmission high -definition videos, and the real -time cloud analysis and results return of data can form a series of real -time analysis and control applications. The technology born as an operator network, 5G network naturally builds a huge public network, but there is a significant difference between this network and the internal network demand of daily industrial enterprises. The difference is that the factory network is generally a local area network. For security, many physical isolation is pursuing the public network. Summary: 5G adaptive industry scenes In the short term, 5G is more suitable for priority applications: 1. General factory workshops, 5G for mobile devices such as AGV. 2. General factory workshops, 5G for large -scale data transmission and real -time analysis of background. 3. Port, mines and other large -closed industrial scenes, 5G is used for remote control operations of equipment. 4. Gas pipelines, electric power conveying lines, rivers and other open scenarios, remote inspections and monitoring through 5G With the support of 5G IoT, all infrastructure, production equipment, and various electronic products in the industry They will be connected, and more innovative space will follow, and traditional industries will usher in a huge market opportunity. These industries are huge, and each is no less than the consumer industry. Industry and urban management are all the size of the industry. The logistics industry has a scale of 200 trillion yuan, and the volume of energy is more than trillion. Itly, 5G represents a exaggerated revolution, and it is also an important underlying infrastructure that supports industrial innovation in the next 5 years. There are three innovative directions in the industrial field: digitalization and networking of enterprises; data asset management, driving production capacity upgrades; industrial ecological innovation, vertical transformation of the efficiency of different links in the industrial chain of vertical industry, and realizing upstream and downstream information interconnection and efficient collaboration.
One: Fifth-generation mobile communication technology (English: 5th Mobile Networks or 5th Wireless Systems, 5th-, referred to as 5G or 5G technology) is the latest generation of honeycomb mobile communication technology. , LTE) and 2G (GSM) system extension. The performance target of 5G is high data rates, reducing delays, saving energy, reducing costs, improving system capacity and large -scale equipment connections. The first stage of the 5G specification in the Release-15 is to adapt to the early commercial deployment. The second phase of the release-16 will be completed in April 2020 as a candidate for IMT-2020 technology to the International Telecommunications Alliance (ITU)]. The ITU IMT-2020 specification requires a speed of up to 20 GBIT/s, which can realize the broad faith bandwidth and large-capacity MIMO. On October 31, 2019, the three major operators announced the 5G commercial package and officially launched a 5G commercial package on November 1. : Network features The peak rates need to meet the GBIT/s standard to meet large data transmission such as high -definition videos and virtual reality. It air interface delay levels need to be around 1MS to meet real -time applications such as autonomous driving and remote medical treatment. super large network capacity provides the connection capacity of 100 billion equipment to meet the Internet of Things communication. The spectral efficiency is more than 10 times compared to LTE. In continuous wide area coverage and high mobility, the user experience rate reaches 100Mbit/s. The traffic density and connection number density increased significantly. The system coordination and intelligent level of intelligence, manifested as multiple users, multi -point, multi -antenna, multiple intake collaborative networks, and flexibly adjustment between networks. The above is the key to 5G different from previous generations of mobile communication. It is the result of mobile communication from technology -centric to users -centered transformation! : Application field Cromotive network and autonomous driving The traffic network technology has gone through road -side units (road reminder signs) that use wired communication and 2G/3G/4G network carrier information services At the stage, we are gradually entering the era of autonomous driving relying on high -speed mobile communication technology. According to the automotive development plan of China, the United States, Japan and other countries, relying on a 5G network with higher transmission rates and lower latency, the mass production of autonomous vehicles will be fully realized in 2025. The market size will reach $ 1 trillion [34] Essence Surgery On January 19, 2019, a Chinese surgeon used 5G technology to perform the world's first remote surgery. The doctor used a 5G network in Fujian Province to control a robotic arm of 30 miles (about 48 kilometers) for surgery. During the surgery, due to the delay of only 0.1 seconds, the surgeon removed the liver of an experimental animal with a 5G network. Other benefits to 5G technology also include significantly reduced download time. The download speed rose from about 20 mega bytes per second to 50 gigabit bytes per second -equivalent to downloading more than 10 high -definition videos in 1 second. The most direct application of 5G technology is likely to improve video calls and gaming experiences, but robotic surgery is likely to bring great hope for those in need in all parts of the world for professional surgeons. 5G technology will open up many new applications. The previous mobile data transmission standards were not fast enough for these areas. The speed of 5G networks and lower latency met the requirements of remote presentation and even remote surgery for the first time. [35] Sminton grid The breadth characteristics of the high security requirements and full coverage of the grid, smart grids must achieve a high degree of high reliability of 99.999%in a massive connection and wide coverage measurement processing system; The large number of ending equipment at the same time, the ultra -low latency of less than 20 ms, and the depth coverage of the terminal, and the steady signal are the basic requirements of their safe work.
The so -called "5G" refers to the fifth -generation mobile communication technology. It belongs to the current mainstream 4G network and the next generation of upgraded version. In professional terms such as 3G, 4G, and 5G networks, G is an abbreviation of English words "" (X generation). Therefore, 5G is also the fifth -generation mobile communication technology.
What is 5G? What is the most important role of 5G? You can understand after watching this video!
n00:00 / 01: 4670% shortcut keys to describe space: Play / pause ESC: Exit full screen ↑: increase volume 10% ↓: decreases by 10% →: Single fast forward 5 seconds studio Here you can drag no longer appear in the player settings to reopen the small window shortcut key description
At present, 5G does not mean operating commercial networks. Generally speaking of 5G, we will mention that 5G supports three basic types of communication: enhanced mobile broadband (EMBB), large -scale machine type communication (MMTC) and high reliability Low delayed communication (URLLC). It is the various advantages of these three communication that make people imagine 5G's application in industry.
The 5G network in the factory: device data communication, large -scale data transmission, etc.
With the development of the industrial Internet, more and more workshop equipment, such as machine tools, robots, AGV, etc. The communication of mobile devices such as the network, especially the AGV, is difficult to meet the wired network, and the requirements for the flexibility and bandwidth of the inner network of the factory are getting higher and higher. Traditional factories wired network reliability bandwidth, but poor flexibility, high flexibility in wireless networks, but inadequate reliability, coverage, and number of access. 5G, which has the characteristics of flexibility, high bandwidth, and multi -terminal access, has become a new choice for equipment access and communication in the factory.
The 5G device data communication of the current application pilot is mainly based on the characteristics of 5G large bandwidth and the number of access equipment. The delayed decline and better reliability brought by the current WIFI wireless communication scheme. WiFi is currently used for device communication. The main problem is that it is close to the 4G network frequency band, which is easy to be disturbed, the coverage capacity is insufficient, and the access ability is insufficient. Compared with WIFI, the advantages of 5G networks are mainly the transmission rate faster, lower -delay, and more equipment that supports the simultaneous access, and more anti -interference in communication. 5G transmission speed is obvious compared to WIFI.
5G era, the connection will exceed the upper limit of the 7 billion population and expand to the entire physical world. The number of connections will increase at least 2-3 levels. The key businesses connecting empowerment will also expand from consumption to industry, covering various scenarios such as industry, car networking, smart cities, and smart energy.
Faced with the needs of industrial development, Tu Po software believes that the combination of industrial and Internet is inseparable from the support of data visualization. The essence of the Industrial Internet is to achieve the interconnection between machines, and rely on extraction of the generated data to better control the machine work. It can make the work achieve more effort. The map software has always been explored in the field of data visualization. It is constantly pursuing the belief of digging potential data value for enterprises or institutions, and providing accurate data support for emergency decisions.
In data collected by the Internet of Things and sensors, real -time monitoring of industrial equipment and network cables and analyzing data generate data. The 3D visualization system provides pictures that are closer to reality equipment, which is easy to accept users and enhance the recognition of the equipment. At the same time, users can understand the entire system, and some details can be observed. Taking into account the overall and part, it provides a wealth of interaction experience. And with the support of mature 5G technologies, because it is more than 4G more bandwidth, the transmission rate of 4G is 100 times the transmission rate can better make the HT for web lightweight visualization of Tuku software achieve remote visual monitoring on the browser or mobile terminal ; IOTOPO Web Configuration Software, operators and system engineers can achieve real -time monitoring of the entire system through mobile phones, tablets, and ordinary PCs in any network. Flexibility also provides a more flexible and convenient new platform for the surveillance, maintenance and emergency maintenance of the entire system.
5G wide -area network: Realize equipment remote control and large -scale data transmission, and some operating vehicles and aircraft running on the vast outdoor. Due to the dangerous operating conditions and remote operations, there are certain remote control needs. Some remote control functions. However, these remote controls either use close communication methods. The scene is limited, or the wide -area wireless network is used, but the data transmission capacity is limited. Vast scenes, such as large mines, can only use wide -area networks, but 4G's real -time driving screen transmission is obviously delayed, which makes the vehicle's operating speed cannot be improved, and the effective application of remote control cannot be achieved.
In addition to remote control, vehicles, drones, etc. operate and operate, and there is a need for returning information to the operation information. With the development of communication networks, vehicle returning information has continued to improve from the basic GPS information in the 2G era to various types of operating parameters in the 3G era, and the 4G era video. The 5G large bandwidth network uses lower delay real -time real -time transmission high -definition videos, and the real -time cloud analysis and results return of data can form a series of real -time analysis and control applications.
The technology born as an operator network, 5G network naturally builds a huge public network, but there is a significant difference between this network and the internal network demand of daily industrial enterprises. The difference is that the factory network is generally a local area network. For security, many physical isolation is pursuing the public network.
Summary: 5G adaptive industry scenes
In the short term, 5G is more suitable for priority applications:
1. General factory workshops, 5G for mobile devices such as AGV.
2. General factory workshops, 5G for large -scale data transmission and real -time analysis of background.
3. Port, mines and other large -closed industrial scenes, 5G is used for remote control operations of equipment.
4. Gas pipelines, electric power conveying lines, rivers and other open scenarios, remote inspections and monitoring through 5G
With the support of 5G IoT, all infrastructure, production equipment, and various electronic products in the industry They will be connected, and more innovative space will follow, and traditional industries will usher in a huge market opportunity. These industries are huge, and each is no less than the consumer industry. Industry and urban management are all the size of the industry. The logistics industry has a scale of 200 trillion yuan, and the volume of energy is more than trillion.
Itly, 5G represents a exaggerated revolution, and it is also an important underlying infrastructure that supports industrial innovation in the next 5 years. There are three innovative directions in the industrial field: digitalization and networking of enterprises; data asset management, driving production capacity upgrades; industrial ecological innovation, vertical transformation of the efficiency of different links in the industrial chain of vertical industry, and realizing upstream and downstream information interconnection and efficient collaboration.
One: Fifth-generation mobile communication technology (English: 5th Mobile Networks or 5th Wireless Systems, 5th-, referred to as 5G or 5G technology) is the latest generation of honeycomb mobile communication technology. , LTE) and 2G (GSM) system extension. The performance target of 5G is high data rates, reducing delays, saving energy, reducing costs, improving system capacity and large -scale equipment connections. The first stage of the 5G specification in the Release-15 is to adapt to the early commercial deployment. The second phase of the release-16 will be completed in April 2020 as a candidate for IMT-2020 technology to the International Telecommunications Alliance (ITU)]. The ITU IMT-2020 specification requires a speed of up to 20 GBIT/s, which can realize the broad faith bandwidth and large-capacity MIMO.
On October 31, 2019, the three major operators announced the 5G commercial package and officially launched a 5G commercial package on November 1.
: Network features
The peak rates need to meet the GBIT/s standard to meet large data transmission such as high -definition videos and virtual reality.
It air interface delay levels need to be around 1MS to meet real -time applications such as autonomous driving and remote medical treatment.
super large network capacity provides the connection capacity of 100 billion equipment to meet the Internet of Things communication.
The spectral efficiency is more than 10 times compared to LTE.
In continuous wide area coverage and high mobility, the user experience rate reaches 100Mbit/s.
The traffic density and connection number density increased significantly.
The system coordination and intelligent level of intelligence, manifested as multiple users, multi -point, multi -antenna, multiple intake collaborative networks, and flexibly adjustment between networks.
The above is the key to 5G different from previous generations of mobile communication. It is the result of mobile communication from technology -centric to users -centered transformation!
: Application field
Cromotive network and autonomous driving
The traffic network technology has gone through road -side units (road reminder signs) that use wired communication and 2G/3G/4G network carrier information services At the stage, we are gradually entering the era of autonomous driving relying on high -speed mobile communication technology. According to the automotive development plan of China, the United States, Japan and other countries, relying on a 5G network with higher transmission rates and lower latency, the mass production of autonomous vehicles will be fully realized in 2025. The market size will reach $ 1 trillion [34] Essence
Surgery
On January 19, 2019, a Chinese surgeon used 5G technology to perform the world's first remote surgery. The doctor used a 5G network in Fujian Province to control a robotic arm of 30 miles (about 48 kilometers) for surgery. During the surgery, due to the delay of only 0.1 seconds, the surgeon removed the liver of an experimental animal with a 5G network. Other benefits to 5G technology also include significantly reduced download time. The download speed rose from about 20 mega bytes per second to 50 gigabit bytes per second -equivalent to downloading more than 10 high -definition videos in 1 second. The most direct application of 5G technology is likely to improve video calls and gaming experiences, but robotic surgery is likely to bring great hope for those in need in all parts of the world for professional surgeons.
5G technology will open up many new applications. The previous mobile data transmission standards were not fast enough for these areas. The speed of 5G networks and lower latency met the requirements of remote presentation and even remote surgery for the first time. [35]
Sminton grid
The breadth characteristics of the high security requirements and full coverage of the grid, smart grids must achieve a high degree of high reliability of 99.999%in a massive connection and wide coverage measurement processing system; The large number of ending equipment at the same time, the ultra -low latency of less than 20 ms, and the depth coverage of the terminal, and the steady signal are the basic requirements of their safe work.
The so -called "5G" refers to the fifth -generation mobile communication technology. It belongs to the current mainstream 4G network and the next generation of upgraded version. In professional terms such as 3G, 4G, and 5G networks, G is an abbreviation of English words "" (X generation). Therefore, 5G is also the fifth -generation mobile communication technology.
What is 5G? What is the most important role of 5G? You can understand after watching this video!
n00:00 / 01: 4670% shortcut keys to describe space: Play / pause ESC: Exit full screen ↑: increase volume 10% ↓: decreases by 10% →: Single fast forward 5 seconds studio Here you can drag no longer appear in the player settings to reopen the small window shortcut key description