China Quantum Communication Industry Development Prospects, Trends** and Competitive Strategy Research Report, 2024-2030.
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Docking personnel": [Zhang Wei].
Last revision date: [March 2024].
Chapter 4: Analysis of the competitive state and market landscape of China's quantum communication industry.
4.1 Analysis of Porter's Five Forces Model in the Quantum Communication Industry.
4.1.1 ** Bargaining power of the quotient.
4.1.2 Bargaining power of purchasers.
4.1.3 Threat of entry from potential competitors.
4.1.4 Substitution capacity of substitutes.
4.1.5 The current competitiveness of competitors in the industry.
4.1.6 Summary of the competitive situation.
4.2 Analysis of investment, mergers and acquisitions in the quantum communication industry.
4.2.1. The current situation of investment and financing in the industry.
4.2.2 Summary of industry investment and financing events.
4.3 Analysis of the global competitiveness of China's quantum communication industry.
4.4 The market pattern of China's quantum communication industry in the field of subdivided equipment.
4.4.1 dv-qkd
4.4.2 cv-qkd
4.5 The competitive landscape of enterprises in China's quantum communication industry.
Chapter 5: Panorama of China's quantum communication industry chain and analysis of upstream market development.
5.1 Panorama of the industrial chain of the quantum communication industry.
5.1.1 Panoramic preview of the industrial chain of the quantum communication industry.
5.1.2 Analysis of the cost structure of the quantum communication industry.
5.2 The main equipment market of China's quantum communication industry.
5.2.1 Quantum key distribution devices.
1) Overview of quantum key distribution devices.
2) Analysis of the current situation of the quantum key distribution equipment market.
3) Typical application scenarios of quantum key distribution.
4) Analysis of the development trend of quantum key distribution equipment.
5.2.2 Quantum routers.
1) Quantum Router Product Overview.
2) The current state of the quantum router market.
3) Quantum router application scenarios.
5.2.3 Quantum switches.
1) Overview of quantum switches.
2) Analysis of the current situation of the quantum switch market.
3) Typical application scenarios of quantum switches.
5.2.4 Quantum random number generator.
1) Quantum Random Number Generator Product Overview.
2) The current situation of the quantum random number generator market.
3) Application scenarios of quantum random number generators.
4) The development trend of quantum random number generators.
5.2.5 Lasers.
1) Overview of lasers.
2) Analysis of the current situation of the laser market.
3) Typical application scenarios of lasers.
4) Analysis of laser development trends.
5.2.6 Single photon detectors.
1) Overview of single-photon detectors.
2) Analysis of the current situation of the single-photon detector market.
3) Typical application scenarios of single-photon detectors.
Chapter 6: Quantum Communication Industry Downstream Application Scenario Market Capacity and Investment Opportunities.
6.1 Overview of downstream application scenarios in the quantum communication industry.
6.2 **Analysis of quantum communication application requirements.
6.2.1 **Analysis of the level of informatization.
6.2.2 **Quantum communication application requirements.
6.2.3 **Quantum communication pilot application cases.
6.2.4 **Quantum communication demand market size.
6.2.5 **Quantum communication investment opportunities.
6.3 Analysis of quantum communication application requirements in the financial industry.
6.3.1. Analysis of the informatization level of the financial industry.
6.3.2 Quantum communication application requirements in the financial industry.
6.3.3 Pilot application cases of quantum communication in the financial industry.
6.3.4. Market size of quantum communication demand in financial industry.
6.3.5 Quantum communication investment opportunities in the financial industry.
6.4 Analysis of the application requirements of quantum communication in the power industry.
6.4.1. Analysis of the informatization level of the power industry.
1) Analysis of the scale of power grid investment.
2) Analysis of the scale of investment in power grid informatization.
6.4.2 Quantum communication application requirements in the power industry.
6.4.3 Analysis of quantum communication applications in the power industry.
1) Specific technical applications.
2) Industry solutions.
6.4.4 Market size of quantum communication demand in power industry.
6.4.5 Investment opportunities in quantum communication in the power sector.
6.5 Analysis of the demand for quantum communication applications in the field of national defense.
6.5.1. Analysis of the level of informatization in the field of national defense.
1) Analysis of the scale of defense spending.
2) National defense informatization construction.
6.5.2 Quantum communication application requirements in the defense field.
1) The importance of quantum communication for the defense sector.
2) Applications of quantum communication in the field of national defense.
6.5.3 Analysis of quantum communication applications in the field of national defense.
1) Quantum detection.
2) Quantum encryption.
6.5.4 Quantum communication demand market size in defense sector.
6.5.5 The future demand for quantum communication in the defense field.
1) Reasonable military relay sites give full play to the efficiency of quantum communication.
2) Build a satellite-ground integrated network to expand the communication support space.
6.6 Analysis of quantum communication application requirements in other fields.
6.6.1 Telecommunications field.
1) Telecom backbone network protection scenarios.
2) Telecom access network protection scenarios.
6.6.2 Critical infrastructure control and data collection scenarios.
6.6.3 Cloud and data centers.
1) The development status of data centers.
2) Data center quantum communication requirements.
6.6.4. Mobile terminal communication protection applications.
Chapter 7: Case studies of representative companies in China's quantum communication industry.
7.1 Comparison of the development of enterprise representatives in China's quantum communication industry.
7.2 Case study of representative enterprises in China's quantum communication industry.
7.2.1 Science and Technology Shield Quantum Technology Co., Ltd. ***
1) A brief introduction to the basic information of the enterprise.
2) Introduction to the business status of the enterprise.
3) Business structure, business channel layout and business regional distribution.
4) Enterprise quantum communication business layout.
5) Application of enterprise quantum communication products.
6) Analysis of enterprise quantum communication technology.
7) Analysis of the advantages and disadvantages of enterprises developing quantum communication business.
7.2.2 Jiangsu Zhongtian Technology Co., Ltd. ***
1) A brief introduction to the basic information of the enterprise.
2) Analysis of business conditions.
3) Business structure and business regional distribution.
4) Enterprise quantum communication business layout.
5) Analysis of the advantages and disadvantages of enterprises developing quantum communication business.
7.2.3 Anhui Wentian Quantum Technology Co., Ltd. ***
1) Enterprise development history and basic information.
2) Introduction to the business status of the enterprise.
3) Analysis of the level of quantum communication technology in enterprises.
4) Enterprise quantum communication business layout.
5) Enterprise quantum communication solutions.
6) Analysis of the advantages and disadvantages of enterprise development of quantum communication business.
7.2.4 Jiangsu Hengtong Optoelectronics Co., Ltd. ***
1) Enterprise development history and basic information.
2) Introduction to the business status of the enterprise.
3) Business structure and business regional distribution.
4) Enterprise quantum communication business layout.
5) Analysis of the advantages and disadvantages of enterprises developing quantum communication business.
7.2.5 China Quantum Technology (Beijing)**
1) Enterprise development history and basic information.
2) Introduction to the business status of the enterprise.
3) Business structure and layout.
4) Enterprise quantum communication business layout.
5) Analysis of the advantages and disadvantages of enterprises developing quantum communication business.
7.2.6 Sugon Information Industry Co., Ltd. ***
1) Enterprise development history and basic information.
2) Introduction to the business status of the enterprise.
3) Business structure, business channel layout and business regional distribution.
4) Enterprise quantum communication business layout.
5) Analysis of the advantages and disadvantages of enterprises developing quantum communication business.
7.2.7 Hubei Kaile Technology Co., Ltd. ***
1) Enterprise development history and basic information.
2) Introduction to the business status of the enterprise.
3) Business structure, business channel layout and business regional distribution.
4) Enterprise quantum communication business layout.
5) Analysis of the advantages and disadvantages of enterprises developing quantum communication business.
7.2.8 Digital China Information Services Co., Ltd.***
1) Enterprise development history and basic information.
2) Introduction to the business status of the enterprise.
3) Business structure, business channel layout and business regional distribution.
4) Enterprise quantum communication business layout.
5) Analysis of the advantages and disadvantages of enterprises developing quantum communication business.
7.2.9 Zhejiang Kyushu Quantum Information Technology Co., Ltd. ***
1) Enterprise development history and basic information.
2) Introduction to the business status of the enterprise.
3) Business structure, business channel layout and business regional distribution.
4) Enterprise quantum communication business layout.
5) Analysis of the advantages and disadvantages of enterprises developing quantum communication business.
7.2.10 Beijing Zhongchuang is a quantum communication technology co., LTD
1) Enterprise development history and basic information.
2) Introduction to the business status of the enterprise.
3) Business structure, business channel layout and business regional distribution.
4) Enterprise quantum communication business layout.
5) Analysis of the advantages and disadvantages of enterprises developing quantum communication business.
Chapter 8: Investment Prospects and Recommendations for China's Quantum Communication Industry.
8.1 Analysis of the investment potential of China's quantum communication industry.
8.1.1 Analysis of industry investment promotion factors.
1) Strong support from national policies.
2) The inevitable need to ensure information security.
3) Effectively defend against the attacks of quantum computing.
4) New technologies, new applications and new models bring new opportunities.
8.1.2 Analysis of industry investment constraints.
1) The scarcity of key talents for the industrialization of quantum communication.
2) The process of market promotion and application is relatively long.
8.2 Development trend and market prospect of China's quantum communication industry**.
8.2.1 Industry market capacity**.
8.2.2 Industry Development Trends**.
1) Satellite-Earth free-space quantum communication technology.
2) Highly integrated.
3) New QKD protocol.
4) Enterprise, unit, and personal terminal access and IoT applications have become the main markets for the medium and long-term development of quantum communication.
5) Quantum communication penetrates into multiple fields.
8.3 Analysis of investment characteristics of China's quantum communication industry.
8.3.1 Analysis of industry barriers to entry.
1) Technical barriers.
2) Talent barriers.
3) Industry experience barriers.
4) Brand barriers.
8.3.2. Industry investment risk warning.
1) Industry competition risk.
2) Product technical risks.
3) Policy risk.
8.4 Investment value and investment opportunities in China's quantum communication industry.
8.4.1. Analysis of the investment value of the industry.
8.4.2 Industry investment opportunity analysis.
1) Analysis of investment opportunities in the industrial chain.
2) Analysis of investment opportunities in key regions.
3) Analysis of investment opportunities in market segments.
4) Investment opportunities in the industry blank spots.
8.5 Investment strategy and sustainable development suggestions for the quantum communication industry.
8.5.1 Industry investment strategy analysis.
1) Important communication security.
2) Convergence with the classic network.
3) Cross-development with cloud computing, big data and other fields.
4) Commercial value-added services market.
8.5.2 Industry sustainability recommendations.
1) Formulate a roadmap for the development of the quantum communication industry.
2) Accelerate the pace of industrialization of achievements in subdivided fields.
3) Cultivate industrial chain integration service providers.
4) Promote pilot applications in the fields of electric power, government affairs, national defense, and people's livelihood.
Table of Contents of Charts. Figure 1: Classification of quantum communication methods.
Figure 2: Quantum key distribution vs. quantum** transmission.
Figure 3: Composition of a quantum communication system.
Figure 4: Schematic diagram of the QKD network function model.
Figure 5: Networking diagram of a QKD network.
Figure 6: Quantum informatization.
Figure 7: Quantum** teleportation principle.
Figure 8: Principles of quantum cryptography communication.
Figure 9: Comparative advantages of quantum communication versus traditional communication.
Figure 10: Industry classification of quantum communications.
Exhibit 11: Summary of authoritative data from this report**.
Figure 12: Description of the main research methods and statistical criteria in this report.
Exhibit 13: Key regulatory functions in the quantum communications industry.
Figure 14: Progress of quantum information technology standardization of the Quantum Communication and Information Technology Ad Hoc Task Force (ST7) of the China Communications Standards Association.
Figure 15: Progress of quantum information technology standardization of China Cryptography Industry Standardization Technical Committee (CSTC).
Figure 16: Progress in the standardization of quantum information technology by the National Technical Committee for Standardization of Quantum Computing and Measurement (TC578).
Figure 17: Summary of national-level development policies for the quantum communication industry as of 2023.
Figure 18: Planning for the first phase of the construction of the national wide-area quantum secure communication backbone network.
Figure 19: Summary of local-level development policies for the quantum communications industry as of 2023.
Exhibit 20: China's GDP growth trend from 2019 to 2023 (unit: trillion yuan, %)
Figure 21: China's tertiary industrial structure, 2019-2023 (unit: %)
Figure 22: China's total industrial added value and growth rate from 2019 to 2023 (unit: trillion yuan, %)
Chart 23: China's GDP growth rate in 2023 by some international institutions (in %)
Exhibit 24: China's core macroeconomic indicators** in 2023 (unit: %)
Figure 25: Chinese population size and natural growth rate from 2019 to 2023 (unit: 10,000 people).
Figure 26: China's urban population size and urbanization rate from 2019 to 2023 (unit: 10,000 people, %)
Figure 27: Summary of information security incidents in China in recent years.
Figure 28: Development history of principle-based experimental verification of DV-QKD technology.
Figure 29: CV-QKD technology development and equipment industrialization history.
Figure 30: Number of patent applications in China's quantum communication industry from 2019 to 2023 (unit: pieces).
Figure 31: Number of patent disclosures in China's quantum communication industry from 2019 to 2023 (unit: pieces).
Figure 32: Top 20 patent applications in the quantum communication industry as of December 2023 (unit: pieces, %)
Exhibit 33: Top 15 patent applications in the quantum communications industry as of December 2023 (unit: pieces, %)
Figure 34: Technology roadmap for China's quantum communication industry.
Figure 35: Open and converged quantum communication network architecture.
Figure 36: End-to-end hybrid quantum communication networking architecture.
Figure 37: Analysis of the development opportunities and challenges of China's quantum communication industry.
Figure 38: Development of quantum** transmission technology.
Figure 39: Quantum key distribution technology development.
Figure 40: Summary of foreign quantum technology development policies.
Figure 41: Number of patent applications related to quantum communications worldwide from 2011 to 2023 (unit: items).
Figure 42: R&D investment in quantum technology development abroad.
Figure 43: Global progress in the standardization of quantum information technology.
Figure 44: Exploration stage of the global quantum communication industry.
Figure 45: Global pilot applications and network construction of quantum secure communication.
Exhibit 46: Global quantum communication market size and ** (in USD billion) from 2020 to 2030
Exhibit 47: Key Research Institutions in the QKD Field (2020-2023).
Exhibit 48: U.S. development policy in the field of quantum information technology.
Figure 49: Key findings in the field of quantum communication and entanglement distribution in Applications of Quantum Technology.
Exhibit 50: Japan's development policy in the field of quantum information technology.
Figure 51: Progress in quantum communication research in Japan.
Exhibit 52: Summary of European policies for the development of quantum technologies.
Figure 53: Schematic diagram of the European SECOQC quantum communication network.
Figure 54: Prospects for the development and application of quantum information technology.
Figure 55: Technology R&D history and latest research trends of China's quantum communication industry.
Figure 56: Industrialization of China's quantum communication industry.
Figure 57: Current status of industrialization of quantum secure communication in China.
Figure 58: The life cycle of China's quantum communications industry.
Figure 59: Current status of quantum communication network construction in China.
Figure 60: Construction of quantum secure communication network in China in the past decade.