What practical impacts will 5G networks have on life?

How will our lives change in the future in the 5G era:

In life: When you get up in the morning, your 5G mobile phone will automatically control the smart home devices at home and slowly adjust the indoor light. , play melodious music to wake you up. When you put on slippers, your weight, body fat and other data are also collected and sent to the cloud. ; When you go to the bathroom, the 5G smart toilet will automatically collect urine, conduct tests, obtain relevant data, and upload it to the cloud. When it's breakfast time, your digital smart kitchen will give you the appropriate meal combination, which is the best recipe, based on your health data. Of course, your refrigerator is also 5G smart. It will automatically analyze the quantity and quality of the stored ingredients - which ingredients need to be replenished and which ingredients have expired and need to be disposed of. It will tell you through the large screen on the refrigerator door, or send reminder information to your 5G mobile phone. Except for refrigerators, virtually all appliances in the home have built-in 5G communication modules and support 5G networks, thus becoming 5G smart home appliances. Unsafe communication networks have been eliminated. 5G can bring safer, more stable, lower power consumption, and larger bandwidth network services, providing a reliable guarantee for the intelligence of home appliances.

Education: 5G has three main application scenarios in the field of education. The first is to enhance mobile bandwidth. The applications are generally ultra-high-definition video, VR, and AR, which will greatly improve transmission efficiency; the second is to massively connect. 5G can link PCs, sensors, and monitors to realize the transmission of Internet of Things-related connection data and create smart connected classrooms; third, low latency and high reliability. For education, latency requirements will improve the visual experience and even interactivity. efficiency. In actual application, the study plan will be customized for each student and the student's status, learning concentration and activity will be dynamically assessed. For areas where educational resources are scarce, 5G can provide better Internet services, ultra-high definition, voice interaction, and high-quality educational resources, bringing teachers and students closer.

Medical: 5G’s largest large traffic, large bandwidth, large connections, and low latency are suitable for future medical needs. Doctors can make full use of the high bandwidth of 5G to realize high-speed transmission of vital sign data, imaging diagnosis results, biochemical blood analysis results, electronic medical records and other data, retrieve image information faster, carry out remote consultation and remote surgery, and make diagnoses at any time Communicate with the operation status... When 5G medical treatment matures, it will bring advanced medical technology to areas with scarce medical resources, reduce patients' medical costs, and also gain speed in the first aid of patients' lives.

Transportation: 5G technology has shorter transmission delay, larger transmission bandwidth, and the entire network will be more stable, and can bring revolutionary changes to future autonomous driving and Internet of Vehicles.

Based on this real-time transmission, the vehicle-side video can be transmitted to the cloud in real time. Similarly, the cloud information can also be sent to the vehicle in real time. Through such capabilities, a smart transportation center can be realized in the cloud, which can remotely adjust and control the entire traffic flow and vehicles in real time, as well as remotely dispatch emergency vehicles, buses, etc. in the cloud. It is understood that the number of 5G jobs in 2019 will increase by 20%-80% compared with last year, and the domestic demand for 5G talents will reach 20 million in the next 10 years.

During 2020-2022, the demand for 5G talents will be the largest, and there will be a talent gap of 2 million, mainly concentrated in IoT installation and debugging operators, VR photographers/directors/live broadcast planners, autonomous driving engineers, Telemedicine solution developers, cloud game programmers, smart city practitioners, data analysts, etc.