By looking back on the development of mobile communication technology it is possible to pinpoint some key technologies for each generation. 1G utilized FDMA technology and was limited to providing voice connections. 2G utilized TDMA technology to provide voice connection services and low speed data services. 3G utilized CDMA technology as its characteristic technology and achieved connection speeds between 2~10Mbps and was the first communication technology to support multimedia streaming. 4G technology utilizes OFDMA technology as its core and provides true multimedia streaming support through connection speeds between 100Mbps~1Gbps.
5G differentiates itself from previous generations of communication technology by being faster than previous generations by a large margin, with reports of improved user experience, connection width, reduced lag and increased peak speeds and mobility are some of the key features of 5G. What makes 5G truly stand out from among its predecessors however is the decreased emphasis on peak speeds and an increased emphasis on user experience. Due to the technical demands required in usage scenarios, 5G users will be able to experience connection speeds faster than previous generations.
Due to the large number of scenarios that will require the use of 5G technology, it is difficult to pinpoint a single feature of the technology as a defining aspect unlike previous generations of communication technology. Wireless technological innovations have begun branching into many different paths, with multiple access technology, mass antenna arrays and new internet structures being considered some of the development paths of 5G technology.
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Chapter 1 Chinese 5G industry chain segment analysis
1.1 General analysis
1.1.1 Components
1.1.2 Planning stages
1.1.3 Construction stages
1.1.4 Application stages
1.2 Upstream analysis: Telecommunications equipment industry analysis
1.2.1 Structural analysis
1.2.2 Development opportunities
1.3 Midstream analysis: Telecommunication operations industry analysis
1.3.1 Structural analysis
1.3.2 Operation analysis
1.3.3 Development opportunities
1.4 Downstream analysis: Telecommunication terminals industry analysis
1.4.1 Terminal user analysis
1.4.2 Applications
1.4.2.1 IIoT
1.4.2.2 VIoT
1.4.2.3 Virtual Reality
1.4.3 Terminal development opportunities
Chapter 2 Chinese 5G industry development analysis
2.1 Chinese 5G industry development overview
2.1.1 Development background
2.1.2 Development stage
2.1.3 Research progress
2.1.3.1 Technological research (2015-2018)
2.1.3.2 Product development research (2018-2020)
2.1.4 Business types
2.1.5 Major research projects
2.1.5.1 New generation wireless mobile telecommunication network patents
2.1.5.2 National R&D plans (The ‘863’ plan)
2.1.6 Deployment time
2.1.6.1 Industry timetable
2.1.6.2 A shares investment timetable
2.1.7 Development challenges and opportunities
2.1.7.1 5G technology challenges analysis
2.1.7.2 5G core technologies development trends
2.1.7.3 5G industry development opportunities
2.2 Chinese 5G standardization process analysis
2.2.1 Standardization route
2.2.2 Technical route
2.2.3 Standardization progress
2.2.4 Standardization research and measures
2.2.5 Standardization prospects
2.3 5G contributions to society development and prospects
2.3.1 Contributions to economic output
2.3.2 Contributions of related activities to added values
2.3.3 Contributions to added value
2.3.4 Contributions to employment
2.4 Industry competitiveness
2.4.1 Competitive focus
2.4.2 Corporate competition
2.4.3 Microchip manufacturers
2.5 5G industry development demands
2.5.1 User demands
2.5.2 Network demands
2.5.3 Market and business demands
2.5.4 Sustainable development
2.5.5 Efficiency demands
2.6 5G commercialization in China
2.6.1 Commercialization progress
2.6.2 Prospects
2.6.3 Feasibility
2.7 Industry developments
2.7.1 First 5G industry union formed in Guangdong
2.7.2 5G licenses
2.7.3 China mobile gathering 5G terminals
Chapter 3 5G demand driving industry development
3.1 Mobile internet industry developments
3.1.1 Overview
3.1.2 Characteristics
3.1.3 Development trends
3.1.4 Development scale
3.1.5 5G influence on the internet
3.2 IoT industry development
3.2.1 Overview
3.2.2 Development characteristics
3.2.3 Development scale
3.2.4 5G influence on IoT
3.2.5 5G IoT applications
3.3 Cloud computing industry development
3.4 Big data industry development
3.4.1 Overview
3.4.2 Development characteristics
3.4.3 Development scale
3.4.4 5G based big data network structure
3.4.5 5G applications for big data
Chapter 4 Chinese 5G industry equipment and instrument development
4.1 5G cell tower equipment market analysis
4.1.1 5G cell tower equipment market scale
4.1.2 5G cell tower equipment main products
4.1.3 5G cell tower manufacturers
4.1.4 5G cell tower industry development
4.2 5G transmitter market analysis
4.2.1 Market scale analysis
4.2.2 Main products
4.2.3 Main manufacturers
4.2.4 Development trends
4.3 5G optical module market analysis
4.3.1 Market scale analysis
4.3.2 Main products
4.3.3 Main manufacturers
4.3.4 Development trends
4.4 5G network optimization industry
4.4.1 Market scale
4.4.2 Main products
4.4.3 Main manufacturers
4.5 Transmission equipment industry analysis
4.5.1 Market analysis
4.5.2 Main products
4.5.3 Main manufacturers
4.6 5G terminal industry
4.6.1 Manufacturers
4.6.2 Main products
4.6.3 Demand analysis
4.6.4 Development trends
Chapter 5 Key 5G companies
5.1 Ericsson
5.1.1 Development overview
5.1.2 Business overview
5.1.3 5G advancements
5.1.4 Strategic distribution for 5G
5.2 NTT Docomo
5.2.1 Development overview
5.2.2 5G Business development
5.2.3 5G strategy distribution
5.3 Verizon
5.3.1 Development overview
5.3.2 Operational overview
5.3.3 5G business overview
5.3.4 Strategic distribution
5.4 Qualcomm
5.4.1 Development overview
5.4.2 Business overview
5.4.3 5G business developments
5.4.4 Strategic distribution
5.5 Samsung
5.5.1 Development overview
5.5.2 Operational overview
5.5.3 5G business development
5.5.4 5G strategic distribution
5.6 SKTelecom
5.6.1 Development overview
5.6.2 Operational overview
5.6.3 5G development
5.6.4 Strategic distribution
Chapter 6 Chinese 5G companies
6.1 Huawei
6.1.1 Development overview
6.1.2 5G related business
6.1.3 Operational overview
6.1.4 Strategic developments
6.2 ZTE
6.2.1 Development overview
6.2.2 5G related business
6.2.3 Operational overview
6.2.4 5G development strategies
6.3 DTT
6.3.1 Development overview
6.3.2 5G related business
6.3.3 Operational data
6.3.4 5G development strategies
6.4 China Mobile
6.4.1 Development overview
6.4.2 5G business
6.4.3 Operational overview
6.4.4 5G development strategies
6.5 China Unicom
6.5.1 Company development
6.5.2 5G businesses
6.5.3 Operational overview
6.5.4 5G development strategies
6.6 China Telecom
6.6.1 Development overview
6.6.2 5G related businesses
6.6.3 Operational overview
6.6.4 5G development strategies
Chapter 7 5G industry development trends and investment prospects
7.1 5G industry development direction
7.1.1 5G technology breakthrough
7.1.2 5G internet security
7.1.3 5G development direction
7.2 5G industry development prospects
7.2.1 5G internet construction prospects
7.2.2 5G business development trends
7.2.3 5G industry market development prospects
7.2.4 5G mobile devices industry scale
7.3 5G industry investment opportunities
7.3.1 5G to exert an influence far greater than that of 4G
7.3.2 China to become a major player in the 5G industry
7.3.3 Technical complexities may require clearer planning
7.3.3.1 Millimeter waves may provide solution for transmission problems
7.3.3.2 5G may see commercial use in 2020.
7.4 5G industry applications and investment scale
7.5 5G industry investment scale
7.6 5G internet investment strategies analysis
7.7 Suggestions regarding the full potential of 5G technology
7.7.1 Hastening the process of industrialization
7.7.2 Improved global cooperation
7.7.3 Creating stronger bases
7.7.4 Creating an environment of innovation and promoting integrated development in the industry
