—Overview—
Chapter 1: 5G Industry Overview and Data Description**.
1.1 Definition of 5G.
1.1.1 Concept and characteristics of 5G.
G concept. gKey Indicator Definition.
Characterization of g.
1.1.2 Comparison of 5G with traditional communication technologies.
1.1.3 5G attribution in the "National Economic Industry Classification and **".
1.1.4 5G industry regulatory system.
1.2 Panoramic analysis of the 5G industry chain.
1.2.1 Sort out the structure of the 5G industry chain.
1.2.2 Ecological map of the 5G industry chain.
1.2.3 Regional heat map of the 5G industry chain.
1.3 Description of the data** and statistical standards in this report.
1.3.1 Scoping note for this report.
1.3.2 Authoritative data from this report**.
1.3.3 Methodology and statistical standards for this report.
Current Situation - Chapter 2: Analysis of the development status of the global 5G industry.
2.1 The development history of the global 5G industry.
2.2 Technological progress in the global 5G industry.
2.2.1 Global 5G technology development history.
2.2.2 Global 5G technology standardization process.
2.2.3 Global 5G patent applications and acquisitions.
1. Changes in the number of patent applications.
2. Comparison of the number of patents in major countries.
3. Hot technology.
2.2.4 Global 5G technology innovation.
2.3 The development of the global 5G industry.
2.3.1 Overview of 5G strategies in major countries around the world.
2.3.2 5G spectrum plans of major countries around the world.
2.3.3 Global 5G base station construction plan and current situation.
2.3.4 The current status of global 5G network construction.
2.3.5 5G network speeds in major countries around the world.
2.3.6 Global 5G user penetration rate and user scale.
2.4 Global 5G industry market size.
2.5 Analysis of the competitive landscape of the global 5G industry.
2.5.1 Regional competition landscape of the global 5G industry.
1. The overall regional pattern of the global 5G industry.
2. Regional distribution of global 5G subscribers.
2.5.2 The competitive landscape of global 5G industry enterprises.
1. Ranking of global 5G patent enterprises.
2. The competitive landscape of global 5G equipment companies.
2.6 Analysis of the development of the 5G industry in major countries and regions around the world.
2.6.1 Analysis of the development of the 5G industry in the United States.
g. Industrial policy planning.
g. Industrial strategic deployment.
g. Industrial technology and application progress.
1) Technological progress.
2) Application progress.
g. Industry market size.
1) Carrier spending.
2) Base station construction and 5G user scale.
g. Industrial competition pattern.
g. Prospects for the development of the industry.
2.6.2 Analysis of the development of the 5G industry in Europe.
g. Industrial policy planning.
g. Industrial strategic deployment.
g. Industrial technology and application progress.
1) Technological progress.
2) Application progress.
g. Industry market size.
g. Industrial competition pattern.
g. Prospects for the development of the industry.
2.6.3 Analysis of the development of Japan's 5G industry.
g. Industrial policy planning.
g. Industrial strategic deployment.
g. Industrial technology and application progress.
1) Technological progress.
2) Application progress.
g. Industrial investment.
g. Industrial competition pattern.
g. Prospects for the development of the industry.
2.6.4 Analysis of the development of South Korea's 5G industry.
g. Industrial policy planning.
g. Industrial strategic deployment.
g. Industrial technology and application progress.
1) Technological progress.
2) Application progress.
g. Industry market size.
1) Base station construction.
2) User scale.
g. Industrial competition pattern.
g. Prospects for the development of the industry.
2.7 Analysis of the development trend and prospect of the global 5G industry.
2.7.1 The development trend of the global 5G industry.
1. The development trend of global 5G industry technology.
2. The development trend of the global 5G equipment market.
3. The development trend of the global 5G service market.
2.7.2 Analysis of the development prospect of the global 5G industry.
1. The scale of global 5G industry users**.
2. The global 5G industry market size**.
Chapter 3: Analysis of the development status of China's 5G industry.
3.1 The development history of China's 5G industry.
3.2 Current status of 5G network construction in China.
3.2.1 The overall situation of 5G network construction in China.
3.2.2 The construction of the three major 5G network operators in China.
1. China Mobile.
2. China Unicom and China Telecom.
3.3 China's 5G user penetration rate and user scale.
3.3.1 The overall penetration rate and user scale of 5G users in China.
3.3.2 5G user penetration rate and user scale of the three major operators.
1. China Mobile.
2. China Telecom.
3. China Unicom.
3.4 Market size analysis of China's 5G industry.
3.4.1 The scale of the direct economic output of the 5G industry.
3.4.2 The scale of indirect economic output of the 5G industry.
3.5 Analysis of the pain points of China's 5G industry development.
3.5.1 There is a large gap of 5G compound high-end talents.
The demand for g-related jobs is growing rapidly.
g The position has higher requirements for the comprehensive ability of talents.
3.5.2 The localization of 5G core components still needs to be accelerated.
Chapter 4: Technology R&D and Capital Trends in China's 5G Industry.
4.1 Overview of China's 5G technology development.
4.1.1 The development history of China's 5G technology.
4.1.2 China's 5G technology roadmap.
4.1.3 The mainstream mode of 5G technology innovation in China.
4.2 Summary of China's 5G industry standards.
4.2.1 The construction process of 5G industry standards.
4.2.2 Summary of Chinese standards for the 5G industry.
1. Summary of the current industry standards of China's 5G industry.
2. Summary of the current local standards of China's 5G industry.
3. Summary of the current enterprise standards of China's 5G industry.
4. Summary of the current group standards of China's 5G industry.
5. Summary of China's 5G industry national standard plan.
4.3.3 Interpretation of key standards for China's 5G industry.
4.3 China's 5G R&D investment & output.
4.3.1 China's 5G R&D investment.
1. R&D investment.
2. R&D investment intensity.
3. The number of R&D personnel.
4.3.2 China's 5G R&D Outputs - Literature.
1. The number of documents.
2. Literature theme.
3. Publishing organization.
4.3.3 China's 5G R&D Outputs - Patents.
1. Number of patents.
2. Hot technology.
3. Main institutions.
4.3.4 China's 5G technology innovation trends.
4.4 Analysis of the development status of China's 5G key technologies.
4.4.1 NSA&SA networking.
1. The specific content of NSA&SA networking.
2. Progress of NSA switching to SA networking.
4.4.2 5G core network technology.
4.4.3 Network slicing technology.
g. Network slicing technology and technical implementation scheme.
The development of g-network slicing.
4.4.4 5G New Air ** Surgery.
4.4.5 5G network security technology.
4.5 Analysis of China's 5G and Industry Convergence Technology.
4.5.1 Basic 5G and management system convergence technology.
G+ ultra-high definition** monitoring.
G+ production information collection.
G+ quality inspection.
4.5.2 5G and single-system control convergence technology.
G+PLC control.
G+DCS control.
4.5.3 5G and multi-system system integration technology.
G+ Fully Connected Factory.
G+ flexible production.
G+ Digital Twin.
4.6 Summary of China's major 5G scientific research trends.
4.7 R&D direction and trend of 5G technology in China.
4.8 Analysis of China's 5G industry investment and financing dynamics and mergers and acquisitions.
4.8.1 Investment and financing dynamics of the 5G industry.
1. Funding**.
2. Financing events.
3. Financing scale.
4. Financing rounds.
5. Popular financing tracks.
6. Popular financing areas.
4.8.2 5G industry mergers and acquisitions.
1. Stages, methods and motivations of mergers and acquisitions.
2. Mergers and acquisitions.
3. M&A cases.
4. Trend of mergers and acquisitions.
Chapter 5: China's 5G Industry Value Chain and Supporting Industry Development.
5.1 Cost structure and value chain of China's 5G industry.
5.1.1 Cost structure of the 5G industry chain.
5.1.2 Analysis of the 5G industry value chain.
5.2 5G chips for China's 5G supporting industries.
5.2.1 The development history of 5G chips.
5.2.2 The development status of the 5G chip market.
5.2.3 The competitive landscape of the 5G chip market.
5.2.4 Analysis of the demand for 5G chips in the 5G industry.
5.2.5 The development trend of 5G chips and their impact on the 5G industry.
5.3 RF devices for China's 5G supporting industries.
5.3.1 Development history of RF devices.
5.3.2 The development status of the RF device market.
5.3.3 Competitive landscape of RF device market.
5.3.4 Analysis of the demand for RF devices in the 5G industry.
5.3.5 The development trend of RF devices and their impact on the 5G industry.
5.4 Base station antennas for China's 5G supporting industries.
5.4.1 Development history of base station antennas.
5.4.2 The development status of the base station antenna market.
5.4.3 Competitive landscape of base station antenna market.
5.4.4 Analysis of the demand for base station antennas in the 5G industry.
5.4.5 The development trend of base station antennas and their impact on the 5G industry.
5.5 Optical modules for China's 5G supporting industries.
5.5.1 Development history of optical modules.
5.5.2 The development status of the optical module market.
5.5.3 Competitive landscape of optical module market.
5.5.4 Analysis of the demand for optical modules in the 5G industry.
5.5.5 The development trend of optical modules and their impact on the 5G industry.
5.6 Optical fiber and cable for China's 5G supporting industry.
5.6.1 Development history of optical fiber and cable.
5.6.2 The development status of the optical fiber and cable market.
5.6.3 Competitive landscape of optical fiber and cable market.
5.6.4 Analysis of the demand for optical fiber and cable in the 5G industry.
5.6.5 The development trend of optical fiber and cable and its impact on the 5G industry.
5.7 Communication network equipment for China's 5G supporting industries.
5.7.1 Overview of communication network equipment.
5.7.2. The development status of the communication network equipment market.
The current situation of the G base station market.
g. The current state of the transmission equipment market.
g The current situation of the mobile terminal market.
5.7.3. Development trend of communication network equipment.
G base station development trend.
The development trend of transmission equipment.
g. The development trend of mobile terminals.
5.7.4 Development prospects of communication network equipment.
G base station development prospects.
g Prospects for the development of transmission equipment.
g Prospects for the development of mobile terminals.
5.8 Communication testing of China's 5G supporting industries.
5.7.1 The development history of communication testing.
5.7.2 The development status of the communication test market.
5.7.3 Competitive landscape of the communication test market.
5.7.4 The development trend of communication testing and its impact on the 5G industry.
5.9 Summary of the impact of supporting industry layout on the 5G industry.
5.10 Analysis of the strategic position of China's 5G supporting industries.
Chapter 6: China 5G Services Segment Analysis.
6.1 Distribution of 5G service vertical markets in China.
6.2 Analysis of the size of China's 5G service market.
6.3 Analysis of 5G service communication types in China.
6.3.1 Distribution of 5G service communication types.
6.3.2 Development status of 5G FWA services.
6.3.3 Development status of 5G EMB services.
6.3.4 The development status of 5G ULLC services.
6.3.5 Development status of 5G MMTC services.
6.4 China 5G Service TOC Market Analysis.
6.4.1 Overview of 5G Service TOC Services.
6.4.2 5G service TOC business model.
1. The business model of charging according to the rate.
2. Business model for new application scenarios.
3. A business model for a more accurate customer base.
6.4.3 Development status of key areas of 5G service TOC.
g+ar/vr
G+ Cloud Gaming.
G+ Ultra HD.
G+ satellite communications.
6.4.4 Competitive landscape of 5G service TOC services.
6.4.5 5G service TOC business development potential.
6.5 Analysis of China's 5G service TOB market.
6.5.1 Distribution of 5G service ToB application fields.
6.5.2 5G service tob business model.
1. The business model of telecom operators as the focus of enterprises.
1) The business model of 5G private network products.
2) Business model innovation of digital integration services.
3) Business model innovation of digital products in the industry.
2. The business model of cooperation between telecom operators and industry enterprises.
3. The business model of the industry enterprise as the focus of the enterprise.
6.5.3 The development status of key areas of 5G service TOB.
G+ Industry 40
G+ Smart City.
G+ Smart Energy.
G+ Smart Office.
G+ Smart Security.
G+ Smart Healthcare.
6.5.4 Competitive landscape of 5G service ToB business.
6.5.5 The potential for 5G service ToB business development.
6.6 Analysis of the strategic position of the 5G service segment.
Chapter 7: Interpretation of the regional development pattern of China's 5G industry.
7.1 Summary and interpretation of 31 provincial and municipal policy plans.
7.1.1 Summary of 31 provincial and municipal policies and plans.
7.1.2 Interpretation of the development goals of 31 provinces and cities.
7.2 Regional development pattern of China's 5G industry.
7.3 The current situation of China's 5G industrial cluster construction.
7.4 Development status of key areas: Shenzhen.
7.4.1 The development environment of the 5G industry.
7.4.2 The development status of the 5G industry.
7.4.3 Competition in the 5G industry.
7.4.4 The development trend of the 5G industry.
7.5 Development status of key regions: Shanghai.
7.5.1 The development environment of the 5G industry.
7.5.2 The development status of the 5G industry.
7.5.3 Competition in the 5G industry.
7.5.4 The development trend of the 5G industry.
7.6 Development status of key regions: Beijing.
7.6.1 The development environment of the 5G industry.
7.6.2 The development status of the 5G industry.
7.6.3 Competition in the 5G industry.
7.6.4 The development trend of the 5G industry.
Chapter 8: Case studies of global and Chinese 5G enterprises.
8.1 Combing and comparison of global and Chinese 5G companies.
8.1.1 Comparison of enterprise business layout.
8.1.2 Comparison of business performance.
8.2 Case studies of global 5G industry companies.
8.2.1 ericsson
1. Basic information of the enterprise.
2. Business operation.
3. Enterprise business architecture and 5G business layout.
1) The main business structure of the enterprise.
2) Enterprise 5G business layout.
4. The company's global market layout and strategy in China.
1) The company's global market layout.
2) The strategy and development of enterprises in the field of 5G in China.
8.2.2 nokia
1. Basic information of the enterprise.
2. Business operation.
3. Enterprise business architecture and 5G business layout.
1) The main business structure of the enterprise.
2) Enterprise 5G business layout.
4. The company's global market layout and strategy in China.
1) The company's global market layout.
2) The strategy and development of enterprises in the field of 5G in China.
8.2.3 samsung
1. Basic information of the enterprise.
2. Business operation.
3. Enterprise business architecture and 5G business layout.
1) The main business structure of the enterprise.
2) Enterprise 5G business layout.
4. The company's global market layout and strategy in China.
1) The company's global market layout.
2) The strategy and development of enterprises in the field of 5G in China.
8.2.4 at&t，inc.
1. Basic information of the enterprise.
2. Business operation.
3. Enterprise business architecture and 5G business layout.
1) The overall structure of the enterprise.
2) Enterprise 5G business layout.
4. The company's global market layout.
8.2.5 bt group plc
1. Basic information of the enterprise.
2. Business operation.
3. Enterprise business architecture.
4. The company's global market layout.
8.2.6 sk telecom co.，ltd.
1. Basic information of the enterprise.
2. Business operation.
3. Enterprise business architecture and 5G business layout.
1) The main business structure of the enterprise.
2) Enterprise 5G business layout.
8.3 Case study of 5G enterprises in China.
8.3.1 Huawei Technologies***
1. Basic information of the enterprise.
1) Development history.
2) Basic Information.
2. Analysis of business operations.
3. Enterprise qualification and ability.
4. Enterprise 5G R&D layout & patented technology.
1) R&D investment.
2) The company's 5G-related patented technology.
5. Enterprise 5G business layout.
1) Business layout in the 5G field of enterprises.
2) The specific business layout of the enterprise in the 5G field.
3) Enterprise sales network.
6. Enterprise business layout strategy & advantages and disadvantages.
8.3.2 ZTE shares***
1. Basic information of the enterprise.
1) Development history.
2) Basic Information.
2. Analysis of business operations.
3. Enterprise qualification and ability.
4. Enterprise 5G R&D layout & patented technology.
1) R&D investment.
2) R&D output.
5. Enterprise 5G category layout.
1) Enterprise product sales network.
2) Enterprise 5G solution layout.
6. Enterprise business layout strategy & advantages and disadvantages.
8.3.3 China Mobile Communications Group***
1. Basic information of the enterprise.
1) Development history.
2) Basic Information.
2. Analysis of business operations.
3. Enterprise 5G R&D layout.
4. Enterprise 5G category layout & production and sales.
1) Enterprise 5G infrastructure investment.
2) 5G business development.
5. Enterprise business layout strategy & advantages and disadvantages.
8.3.4 China United Network Communications Group***
1. Basic information of the enterprise.
1) Development history.
2) Basic Information.
2. Analysis of business operations.
3. Enterprise 5G R&D layout & patented technology.
1) The company's R&D investment.
2) R&D output.
4. Enterprise 5G category layout & production and sales.
1) Enterprise 5G infrastructure investment.
2) 5G business development.
5. Enterprise business layout strategy & advantages and disadvantages.
8.3.5 China Telecom Group***
1. Basic information of the enterprise.
1) Development history.
2) Basic Information.
2. Analysis of business operations.
3. Enterprise 5G R&D layout & patented technology.
1) R&D investment.
2) R&D output.
4. Enterprise 5G category layout & production and sales.
5. Enterprise business layout strategy & advantages and disadvantages.
8.3.6 Datang Telecom Technology Co., Ltd. ***
1. Basic information of the enterprise.
1) Development history.
2) Basic Information.
2. Analysis of business operations.
3. Enterprise 5G R&D layout & patented technology.
4. Enterprise 5G category layout & production and sales.
5. Enterprise 5G application fields & solutions.
6. Enterprise business layout strategy & advantages and disadvantages.
8.3.7 Comba Communication Systems Holdings***
1. Basic information of the enterprise.
1) Development history.
2) Basic Information.
2. Analysis of business operations.
3. Enterprise 5G R&D layout.
4. Enterprise 5G category layout.
5. Enterprise 5G application fields & solutions.
6. Enterprise business layout strategy & advantages and disadvantages.
8.3.8 CLP Koptian Technology Co., Ltd. ***
1. Basic information of the enterprise.
1) Development history.
2) Basic Information.
2. Analysis of business operations.
3. Enterprise qualification and ability.
4. Enterprise 5G R&D layout.
5. Enterprise 5G category layout & production and sales.
6. Enterprise 5G application fields & solutions.
7. Enterprise business layout strategy & advantages and disadvantages.
8.3.9 Fiberhome Communication Technology Co., Ltd. ***
1. Basic information of the enterprise.
1) Development history.
2) Basic Information.
2. Analysis of business operations.
3. Enterprise qualification and ability.
4. Enterprise 5G R&D layout & patented technology.
1) R&D investment.
2) R&D output.
5. Enterprise 5G category layout & production and sales.
6. Enterprise business layout strategy & advantages and disadvantages.
8.3.10 iResearch Wireless Technology (Xiamen)**
1. Basic information of the enterprise.
2. Analysis of business operations.
3. Enterprise 5G R&D layout.
4. Enterprise 5G category layout.
5. Enterprise 5G application fields & solutions.
6. Enterprise business layout strategy & advantages and disadvantages.
Outlook - Chapter 9: Insights and Development Potential of China's 5G Industry Policy Environment.
9.1 Summary and interpretation of China's 5G industrial policy planning.
9.1.1. Summary and interpretation of policy planning at the national level (guidance, support, and restrictions).
1) Summary of policy planning at the national level.
2) The development goals and construction content of the 5G industry during the 14th Five-Year Plan.
9.1.2 The impact of national key planning policies on the development of the 5G industry.
9.1.3 Summary of the impact of the policy environment on the development of the 5G industry.
9.2 SWOT analysis of China's 5G industry (strengths, weaknesses, opportunities, threats).
9.3 Assessment of the development potential of China's 5G industry.
Chapter 10: Insights into China's 5G Industry Market Prospect and Development Trends.
10.1 Key growth points of China's 5G industry in the future.
10.1.1 Trend of small base station construction of 5G base stations.
10.1.2 Full coverage of 5G networks to towns and villages.
10.1.3 Popularization and promotion of 5G private networks.
10.1.4 5G personal consumption driven by "5G + VR AR".
10.1.5 Large-scale application of 5G industry promoted by "5G + Industrial Internet".
10.2 Prospects for the development of China's 5G industry**.
10.3 Insight into the development trend of China's 5G industry.
10.3.1 Technological innovation trends.
10.3.2 Segment Trends.
10.3.3 Competitive Trends in the Market.
10.3.4 Market supply and demand trends.
Chapter 11: Strategic Planning Strategies and Recommendations for China's 5G Industry Investment.
11.1 Barriers to entry and exit of China's 5G industry.
11.1.1 Barriers to entry.
11.1.2 Exit barriers.
11.2 Risk warning of China's 5G industry investment.
11.2.1 Policy risk.
11.2.2 Consumer Willingness Risk.
11.2.3 Organizational model risk.
11.3 Analysis of investment opportunities in China's 5G industry.
11.3.1 Investment opportunities in weak links in the 5G industry chain.
g. Cyber Security Field.
g RF device field.
11.3.2 Investment opportunities in 5G industry segments.
1. Operator field.
2. Automotive field.
3. End-to-end technical field.
4. Consumer products.
5. Industrial drone robotics.
11.3.3 Investment opportunities in the regional market of the 5G industry.
11.4 Evaluation of the investment value of China's 5G industry.
11.5 Suggestions on investment strategies for China's 5G industry.
11.6 Suggestions for the sustainable development of China's 5G industry.
Table of Contents of Charts. Figure 1: Development stage of mobile communication technology.
Chart 2: Definition of 5G key metrics.
Figure 3: Characteristics of 5G mobile communication technology.
Figure 4: Comparative analysis of 5G and 4G mobile communication technologies.
Figure 5: Comparative analysis of the performance of 5G and 4G mobile communication technologies.
Figure 6: Definition and classification of 5G by the National Bureau of Statistics.
Figure 7: China's 5G industry regulatory system.
Figure 8: 5G industry chain.
Figure 9: Ecological map of the 5G industry chain.
Figure 10: Regional heat map of the 5G industry chain.
Figure 11: Scoping of this report.
Exhibit 12: Summary of authoritative data from this report**.
Figure 13: Description of the main research methods and statistical criteria in this report.
Exhibit 14: Overview of the global 5G industry.
Figure 15: The development of the global 5G industry.
Exhibit 16: Global 5G technology standardization process**.
Exhibit 17: Global 5G technology standardization process.
Exhibit 18: Global 5G patent filing trends from 2014 to 2023 (unit: items).
Figure 19: Global 5G Industry Technology** Distribution by Region (Unit: %) as of 2023
Exhibit 20: Top technologies in the global 5G industry as of 2023 (unit: items, %)
Exhibit 21: Overview of 5G strategies in major countries around the world.
Figure 22: Global 5G spectrum allocation by major countries.
Figure 23: Construction of 5G base stations in major countries around the world.
Figure 24: Current status of global 5G network construction.
Figure 25: Global 5G commercial network average downlink speed ranking in 2023 (unit: Mbps).
Figure 26: 5G users and penetration rates in major countries and regions around the world from 2022 to 2023 (unit: 100 million, 100 million, %)
Exhibit 27: Number of mobile subscriptions by region and technology (in %) 2022-2028
Exhibit 28: Global 5G industry economic output in 2035 (in US$100 million).
Exhibit 29: Global 5G development by country.
Exhibit 30: Global 5G subscriber size and** (in millions) from 2021 to 2028
Exhibit 31: Share of effective global patent leases by company among the top 10 companies in the world's in-force patent families as of 2022 (unit: %)
Exhibit 32: Global 5G device market share from 2018 to 2022 (unit: %)
Figure 33: Major frequency bands in the US 5G frequency plan (unit: GHz, MHz).
Exhibit 34: Key features of 5G frequency planning in the United States.
Exhibit 35: Policies to promote the development of the 5G industry in the U.S. as of 2023.
Exhibit 36: Center for Strategic and International Studies' recommendations on U.S. 5G policy.
Exhibit 37: U.S. 5G industry-related deployments in USD
Figure 38: U.S. progress in cybersecurity technology.
Exhibit 39: Planned capital expenditures and plans of the three major U.S. telecom operators in 2023 (in USD billion).
Figure 40: 5G base station construction and user scale in the United States as of 2023 (unit: 10,000 units, 10,000 people, %)
Exhibit 41: 5G development by major U.S. carriers.
Exhibit 42: 5G User Experience Rankings of Major U.S. Operators.
Exhibit 43: European 5G industry policy planning as of 2023.
Exhibit 44: Current 5G FR1 and FR2 band planning by European countries.
Exhibit 45: Analysis of 5G industry applications in Europe.
Exhibit 46: Number of 5G subscribers in Europe and their contribution to GDP**.
Figure 47: 5G development by European operators.
Exhibit 48: 5G development plans in selected European countries.
Exhibit 49: Policies related to Japan's 5G industry as of 2023.
Figure 50: Number of 5G base stations deployed in South Korea from 2020 to 2022 (unit: units)
Exhibit 51: Number of smartphone users on 5G mobile networks in South Korea from 2019 to 2023 (unit: 10,000)
Figure 52: Global 5G connections and population coverage, 2021-2028 (unit: 100 million, %)
Exhibit 53: Global 5G market size and** (in USD billion) 2020-2028
Exhibit 54: Annual net contribution of 5G to global economic growth, 2020-2035** (in billions of dollars).
Figure 55: The development of China's 5G industry.
Figure 56: Cumulative construction of 5G base stations in China from 2019 to 2023 (unit: 10,000).
Figure 57: The cumulative number of China Mobile's 5G base stations from 2019 to 2023 (unit: 10,000).
Figure 58: Cumulative number of 5G shared base stations between China Unicom and China Telecom from 2019 to 2022 (unit: 10,000).
Figure 59: Overall user scale and 5G user penetration rate in China from 2020 to 2022 (unit: 100 million households, %)
Figure 60: China Mobile's 5G** subscribers and penetration rate from 2020 to 2023 (unit: 100 million households, %)
Figure 61: China Telecom's 5G** subscribers and penetration rate from 2019 to 2022 (unit: 100 million households, %)
Figure 62: China Unicom's 5G** subscribers and penetration rate from 2020 to 2022 (unit: 100 million households, %)
Exhibit 63: China's 5G direct economic output (in 100 million yuan) from 2020 to 2022
Figure 64: China's 5G direct economic output structure and ** (unit: 100 million yuan) from 2020 to 2030
Figure 65: China's 5G indirect economic output (unit: 100 million yuan) from 2020 to 2022
Exhibit 66: 5G Talent Demand Echelon (in %)
Exhibit 67: Key events in China's 5G technology development.
Exhibit 68: China's 5G technology roadmap.
Figure 69: Mainstream models of technological innovation in China's 5G industry.
Figure 70: Construction of China's 5G standard system as of 2023 (unit: items).
Exhibit 71: Industry standards for China's 5G industry implemented in 2023.
Exhibit 72: Local standards for China's 5G industry as of 2023.
Exhibit 73: Enterprise standards representative of China's 5G industry published in 2021-2023.
Exhibit 74: Group standards for China's 5G industry as of 2023.
Exhibit 75: Summary of China's National Standards Plan for the 5G Industry.
Exhibit 76: Interpretation of key standards for China's 5G industry.
Figure 77: R&D investment in China's 5G industry from 2018 to 2022 (scale) (unit: 100 million yuan).
Figure 78: R&D investment intensity (percentage) of China's 5G industry from 2018 to 2022 (unit: %)
Figure 79: Number and proportion of R&D personnel in China's 5G industry from 2018 to 2022 (unit: person, %)
Figure 80: Number of publications on China's 5G industry from 2014 to 2023 (unit: articles).
Figure 81: Summary of China's 5G industry literature topics and number as of 2023 (TOP10) (unit: articles).
Exhibit 82: Summary of China's 5G industry publishers and number as of 2023 (TOP10) (unit: article).
Exhibit 83: Trends in China's 5G patent filings from 2014 to 2023 (unit: items).
Exhibit 84: Top technologies in China's 5G industry as of 2023 (unit: items, %)
Exhibit 85: China's 5G Enterprise Patent Ranking as of 2023 (Unit: Items).
Figure 86: NSA & SA Networking**.
Figure 87: Evolution of NSA architecture to SA architecture.
Exhibit 88: Key technologies for the 5G core.
Figure 89: Analysis of 5G network slicing technology and technical implementation scheme.
Exhibit 90: Summary of the types and characteristics of 5G neo-air** surgery.
Exhibit 91: Security risks in the construction of 5G networks.
Exhibit 92: Specific technologies for 5G network security protection.
Exhibit 93: Types of high-speed transmission technologies for 5G+ UHD** surveillance systems.
Figure 94: Comparative analysis of 5G communication technology and other communication technologies in coal mines (unit: GBT·S-1, pc·km-2, ms, km·h-1, Mbit·S-1·m-2).
Figure 95: Architecture of the mine's 5G wireless communication system.
Exhibit 96: Key cases of 5G+ quality inspection.
Figure 97: Trends in 5G+DCS control technology.
Figure 98: Sensing-analyzing-controlling flow of an intelligent DCS.
Exhibit 99: 5G+ fully connected factory construction dimensions and related technical content.
Figure 100: Details of flexible production.
Exhibit 101: Overall approach to 5G+ flexible production.
Exhibit 102: 5G+ Digital Twin Factory Platform Architecture.
Exhibit 103: Technology roadmap for 5G+ digital twin factories
Exhibit 104: Evolution roadmap and specific technical requirements of 5G technical standards.
Exhibit 105: Details of 5G technology evolution trends.
Exhibit 106: 5G Industry Funding**.
Exhibit 107: Summary of financing events in China's 5G industry in 2023.
Figure 108: Financing scale of China's 5G industry from 2011 to 2023 (unit: from 100 million yuan).
Exhibit 109: China's 5G industry financing rounds as of 2023 (unit: from %, %)
Exhibit 110: Popular financing tracks for China's 5G industry as of 2023 (unit: from, %)
Exhibit 111: Top financing regions for China's 5G industry as of 2023 (from 2023).
Exhibit 112: 5G M&A Stages, Approaches and Drivers.
Exhibit 113: Analysis of the drivers of mergers and acquisitions of 5G enterprises.
Exhibit 114: Summary of mergers and acquisitions in China's 5G industry from 2020 to 2023.
Exhibit 115: M&A trends in China's 5G industry.
Exhibit 116: Cost structure of the 5G industry chain (unit: %)
Exhibit 117: 5G Industry Value Chain Analysis.
Exhibit 118: China's 5G chip development history.
Exhibit 119: 5G industry chips.
Exhibit 120: China's 5G chip market size and ** (unit: US$ billion) from 2019 to 2027