Funded by the 7th Framework Programme
of the European Union
HANDBOOK FOR CHINA ICT
INDUSTRIAL SUPPORT SERVICES
Deliverable Status:
Final
File Name:
CHOICE_ WP2_D24-draft.pdf
CHOICE Project
Handbook for China ICT Industrial Support Services
April 2015
© Copyright 2014-2016 The CHOICE Consortium
Consisting of:
BRUNEL
Brunel University London
United Kingdom
SIGMA
SigmaOrionis
France
SPI
Sociedade Portuguesa de Inovacao
Portugal
TORCH
Torch High Technology Industry Development Center
China
CATR
China Academy of Telecommunication Research
China
EUPIC
EU Project Innovation Centre
China
Disclaimer
All intellectual property rights are owned by the CHOICE consortium members and are protected by the applicable laws. Except where otherwise
specified, all document contents are: “© CHOICE Project - All rights reserved”. Reproduction is not authorised without prior written agreement.
All CHOICE consortium members have agreed to full publication of this document. The commercial use of any information contain ed in this
document may require a license from the owner of that information.
All CHOICE consortium members are also committed to publish accurate and up to date information and take the greatest care to do so. However,
the CHOICE consortium members cannot accept liability for any inaccuracies or omissions nor do they accept liability for any direct, indirect, special,
consequential or other losses or damages of any kind arising out of the use of this information
2
Table of Contents
1.
About CHOICE........................................................................................................................................5
2.
Foreword ..............................................................................................................................................7
3.
Preface..................................................................................................................................................9
4.
Policy Guidance ................................................................................................................................... 11
4.1
"Twelfth Five-Year" National Strategic Emerging Industry Development Plan (The New Generation IT
Industry) ................................................................................................................................................. 11
4.1.1
The next generation of information network industry.................................................................. 11
4.1.2
Electronic core infrastructure industries ..................................................................................... 13
4.1.3
High-end software and emerging information services industries ................................................. 15
4.2
Informatization development plan................................................................................................ 18
4.3
Major Projects of MOST and the National High-Technology R&D Plan (863 plan) ............................ 18
4.3.1
Major Projects of MOST............................................................................................................. 18
4.3.1.1 National Technology Major Project--Core electronic devices, high-end general chips and basic
software products (the “CHB” plan for short) ..................................................................................... 18
4.3.1.2
Project
Very Large Scale Integrated Circuit Manufacturing Equipment and Complete Process Major
………………………………………………………………………………………………………………………………………………18
4.3.1.3
New Generation Broadband Wireless Mobile Communication Network Major Project........... 19
4.3.2
National High-Technology R&D Plan (863 Plan) ........................................................................... 19
4.3.2.1
Super Computer (High-Performance Computer Phase III) ..................................................... 19
4.3.2.2
The 5th Generation Mobile Communication System (Phase II).............................................. 19
4.3.2.3
Cloud computing............................................................................................................... 20
4.3.2.4
National Broadband Network............................................................................................. 20
4.3.2.5
Credibility & Controllability of Cloud Computing Platform and Supporting System ................. 20
5.
Financial Support................................................................................................................................. 22
6.
Socialized Service System..................................................................................................................... 24
3
ABOUT CHOICE
4
1. About CHOICE
The FP7-funded project CHOICE aims to provide timely input and follow-up on common ICT R&D priorities and
future cooperation opportunities between the EC and China by assisting in focusing dialogue meetings and
increasing their visibility through the delivery of workshops and events based around priorities identified in
current dialogue meetings and providing inputs for subsequent dialogue meetings originating fro m the
workshops, webinars and events.
The CHOICE project will address obstacles to reciprocity in EU-China collaborative ICT R&D and encourage a
more balanced relationship between the EU with China in collaborative ICT R&D. In particular, by providing
information and support for European nationals, companies and organisations willing to access Chinese research
programmes.
The CHOICE project will highlight examples of EU-China excellence in ICT R&D through its dissemination activities
and showcase EU and Chinese excellence in ICT R&D by developing a detailed online database and through its
workshops, webinars and events.
The CHOICE project will strengthen EU-China industrial ICT R&D cooperation through business-to-business
matching making activities and by disseminating information on models of clustering for cooperation.
Based on the above work, the CHOICE project will develop a roadmap towards a strengthened EU-China ICT R&D
cooperation strategy for cooperation beyond FP7. The roadmap will be accompanied by an action plan that will
provide a sustainability strategy for EU-China research cooperation outside of European funded research
programmes.
For more information, visit www.euchina-ict.eu.
5
FOREWORD
6
2. Foreword
As a part of the evolution of the world, the progress of the Research and Development (R&D) on Information
and Communication Technology (ICT) in both China and Europe has become a major concern for academics,
government and the people who have benefited from it in the past several decades.
In China, we believe the investment in R&D is a driving force for the innovation in the ICT industry that will play
an important role in sustainable economic development. We also believe that the cutting edge R&D on ICT
cannot be done by a single country alone. Bringing Chinese researchers together with foreign peers, including
European researchers, to pursue greater achievements, must be done with the support of government policy.
The National Science and Technology Schemes (NSTS) are the most important policy tool for the development of
ICT and the industry that relies upon it in China. In Europe, the Framework Program and the future Horizon 2020
Program are doing a similar job. Bringing more European and Chinese Researchers together to cooperate on
new research co-funded by NSTS and Horizon2020 might be an effective way to a brighter future. To do this it is
necessary for the EC and the Chinese Authorities to work together more.
Both China and Europe have attached great importance to the development of the next generation information
network, high-speed optical fiber network, wireless communications, the Internet of things, cloud computing,
digital virtual, and advanced semiconductors for several years, with the expectation of significant technology
breakthroughs. This gives us a common ground for cooperation. Both Chinese and Europeans should be
confident of support for cooperation on ICT R&D in the coming years, since there is nothing that can stop human
beings seeking innovations that will bring us to a better world.
In this context, we have prepared the Handbook for ICT Industrial and Research Cooperation and hope the
concise document will help you to move closer to what we are looking forward to.
Xiu Xiaoping,
Deputy Director General (at Director General Level)
Torch High Technology Industry Development Center,
Ministry of Science and Technology
P. R. China
7
PREFACE
8
3. Preface
This document is a handbook for industrial support services that presents the mechanisms and structures in
China that support the development of Chinese regulations and standards for emerging ICT technologies.
The intention of the document is that it provides information that will facilitate the participation of European
based ICT firms in the processes by which Chinese regulations and standards for emerging ICT technologies are
developed. It begins by presenting the current policy framework within which new regulations and standards for
emerging ICT technologies are being developed. Financial support for such development is provided through the
annual Electronic Development fund. The process of tendering for funding from this fund is outlined. A provide a
brief overview of the socialised service system is then presented. This is the system of industry associations and
related bodies whose members contribute to the development of the Chinese ICT regulations and standards.
These bodies are important contact points for European based ICT firms interested in issues around ICT related
standardisation in China and the development and implementation of Chinese regulations in area of ICT.
Furthermore, as they commonly have a role in making policy recommendations for the development of
technology and equipment in the ICT industry to the Chinese government, they have the potential to act as
conduits through which European ICT firms can contribute recommendations in the common interest to the
China Communications Standards Association which is the organization in charge of drafting the standards of the
Chinese ICT industry.
9
POLICY GUIDANCE
10
4. Policy Guidance
4.1
"Twelfth Five-Year" National Strategic Emerging Industry Development Plan (The New
Generation IT Industry)
The aims of China’s 12th five-year National Strategic Emerging Industry Development plan are to: Grasp the
development opportunities of IT industry upgrading and integration, accelerate the construction of broadband,
convergence, security, ubiquitous next-generation information network, break through a new generation of IT
such as ultra-high-speed fiber-optic and wireless communications, IoT, cloud computing, digital virtual, advanced
semiconductors and new types of display device, promote IT innovation, interaction & integration of new
application expansion and network construction, innovate the industry organization model, increase the security
level of new equipment, foster newly-developing service formats, improve international competitiveness,
promote China's information industry transition from large to strong. During "Twelfth Five-Year" period, annual
sales of new generation IT industry are targeted to grow by more than 20%.
An overview of the guidance provided on how these aims are to be achieved will now be presented by thematic
area.
4.1.1
The next generation of information network industry
Implement the Broadband-China Project, accelerate the construction of the next generation of national
information infrastructure, coordinate the construction of broadband access networks, next-generation of
mobile communications, next generation Internet, the next generation digital television network; accelerate the
promotion & application of the next generation of information network technology development and
independent standards, support the research and application of information products suitable for the IoT, cloud
computing and the next generation network framework, promote innovative development of new types of
network equipment, the intelligent terminal industry, emerging information services and their business models;
develop the broadband wireless city, family information networks, accelerate the extension of the information
infrastructure and its coverage to rural and remote areas, make information application universal; strengthen
the capacity of network information security and emergency communication.
11
Next-Generation Information Network Industry Roadmap
Time Node
Objective
Significant
action
Year 2015
Urban and rural households
respectively to achieve an average
of more than 20M and 4M
broadband
access,
some
developed cities network access
capacity to achieve 100M; nextgeneration Internet based on
Internet Protocol version 6 (IPv6)
to achieve large-scale commercial
application; maximum integration
of
the
3-networks
(telecommunication
networks,
radio
networks,
Internet)
achieved, the move from analogue
to digital television basically
completed.
The
network
equipment industry as a whole to
progress to the international
forefront
to
master
core
technologies.
Information
Intelligent Terminal innovation and
industrialization
to
achieve
significant progress.
Year 2020
Integrated,
secure,
and
ubiquitous
information infrastructure and broadband of
an international advanced level to cover
both urban and rural areas. To systematically
master the key technology of areas such as
the
new
generation
of
mobile
communication, digital TV, next generation
of Internet, internet and information
security, and intelligent terminals, and so on;
to
develop
the
satellite
mobile
communication service system; industrial
capacity to be developed to meet the
internationally leading level.
●Information Network Upgrade: Implement the Broadband China project to
accelerate the development of broadband optical access and wireless mobile
communications; adjust and optimize the national frequency planning; accelerate
the implementation of next-generation broadband wireless mobile
communications network technology major projects; carry out time-division longterm evolution technology (TD-LTE) research and development, industrialization
and commercial application demonstration; implement the next generation
Internet business promotion plan, promote rural broadband network construction,
coordinate green data center layouts, promote ground and cable digital television
network construction.
●Development and industrialization of key technologies: Implement IoT and
cloud computing innovation and development projects; accelerate the
development and industrialization of IPv4 / IPv6 networks: interconnection
devices, high-speed & high-performance network and terminal devices, support
systems, network security devices, testing devices and related chips which support
12
IPv6; strengthen TD-SCDMA and TD-LTE devices and 4th generation mobile
communications (4G) and terminal development; accelerate the development and
industrialization of key devices for informatization such as high-performance
computers, high-end servers, intelligent terminals, network storage, information
security, and so on. Promote the development and industrialization of next
generation evolved transmission technology, receiving terminals, core chips,
optical communications, high-performance broadband networks, promote the
industrialization and application of the 3-network intelligent terminal; construct a
broadcast & video digital copyright technology system.
●Innovation capacity building: perfect the engineering labs and engineering
(technology) research centers of emerging fields such as cloud computing, mobile
Internet, information security, and so on. Promote the building of industry
alliances and innovation alliances; construct the product and technology feasibility
verification labs of emerging information technology fields; improve the
innovation capacity of the engineering centers and labs of digital TV, mobile
communications, and next generation internet.
Significant
policy
4.1.2
● Establish the organization, leadership and coordination mechanisms of
information infrastructure construction, develop related policies supporting
broadband fiber optics, mobile communications and digital TV building. Establish
and improve the universal service telecommunication system.
Electronic core infrastructure industries
Around key machine and strategic field needs, greatly enhance the ability for independent development of:
high-performance integrated circuit products, break-through technology for advanced and featured chip
manufacture, advanced packaging and testing technology, and key devices, equipment, and materials
technology; enhance the technology development of new generation semiconductor material s and device
technology; foster new advantages of the integrated circuit industry. Active and orderly development of large
size thin film transistor liquid crystal displays (TFT-LCD), plasma displays for the flat panel industry (PDP), and
perfect the industrial chain. Accelerate the technology development and industrialization of organic lightemitting diodes (OLED), three-dimensional (3D) laser displays and other next generation displays. Progress
beyond the common & key technology, and key equipment and materials, of the LED and OLED industry.
Improve the efficiency of LED and OLED lighting. Grasp the key technology of smart sensor and emerging power
electronics devices and systems, improve equipment security and support capacity, develop new type devices
which feature chipping, miniaturization, and chroma keying.
13
Electronic Core Infrastructure Industry Roadmap
Time node
Objective
Significant
action
Year 2015
Year 2020
High-performance
IC
design
technology
reaches
22
nanometers;
large-scale
production technology reaches 12
inches and 28 nanometers; master
advanced packaging and testing
technology; initially form the
capacity for supporting integrated
circuit manufacturing equipment
and materials development; new
flat panel displays satisfy more
than 80% of the demand for
domestic TV sets; breakthrough
new
generation
display
technology; improve the selfprotection capacity of key
electronic devices significantly;
breakthroughs
in
critical
specialized
equipment,
instruments
and
materials
development & research and
industrialization.
Grasp the manufacturing technology of: the
new generation of semiconductor materials
and devices, integrated circuit design,
manufacturing, packaging and testing
technology to reach the international
advanced level; next-generation display
devices develop synchronously with the
international advanced level; new and key
components meet domestic market demand
and are internationally competitive;
electronic specialized equipment and
materials basically meet the domestic
needs, develop and form part of the core of
Chinese competitiveness.
● Key technology development: accelerating the implementation of: core
electronic devices, high-end general chips and basic software products, science
and technology major projects, and very large-scale IC manufacturing devices, and
setting up of major technology projects; focus on the development of mobile
Internet, mixed-signal (digital-analog), information security, digital TV, radio
frequency identification (RFID), sensor, and other chips; promote the
industrialization of 32/28 nanometers advanced technology, in favor of the
featured technology development of RF technology, analog technology, and so on;
develop advanced packaging and testing technology; strengthen the R & D of key
devices, equipment, and materials of the 8~12 inches production line. Support the
R&D of new materials manufacturing technology for semiconductor and
optoelectronic devices, high-generation TFT-LCD production line technology,
manufacturing equipment, and key supporting material manufacturing
technology, ultra-thin high-definition PDP and OLED displays and other new
display technology, and new type power electronic devices key technology.
● Industrialization: implement innovation development projects focused on
14
integrated circuits and flat panel displays; promote the industrialization of LED,
Micro-Electro-Mechanical Systems (MEMS), smart sensors, new power electronic
devices, and metal-organic source chemical vapor deposition (MOCVD)
equipment.
●Innovation capacity building: construct public technology service platforms in
areas such as IC equipment, production systems, and so on; establish MEMS
(Micro-Electro-Mechanical System) development and application laboratories,
build and improve the engineering laboratories of LED, power electronics, smart
sensors, optoelectronics, and so on; construct a common technology development
and public service platform for flat panel displays.
●Backbone enterprises cultivation: implement innovative enterprise supporting
plans, encourage powerful alliances, mergers and acquisitions in the upstream and
downstream chains, support infrastructure enterprises and complete machine and
application enterprises to build an innovation alliance, establish an innovation
development promotion center, and so on.
Significant
policy
4.1.3
●Refine and implement favorable policies to support: the integrated circuit and
flat panel display industries, research and propose favorable policies to support
complete machine and component product joint development, IC design and chip
manufacturing joint development; make policies and measures to promote LED
products.
High-end software and emerging information services industries
Strengthen the key software development of network operating systems and massive data processing software
which are the representatives of infrastructure software, cloud computing software, industrial software,
intelligent terminal software, information security software and other critical software; promote large
information resource library construction; actively foster cloud computing services, e-commerce and other
emerging service modes; promote information system integration services extending to the front and back end
of the chain; promote the popularization of network information service system reform and information
services; make use of information technology to develop digital related industry; improve the culture of industry
innovation; promote the deep fusion between informatization and industrialization. Fully coordinate domestic
and international markets, continuously expand software information service exports; actively undertake
15
international service outsourcing; rely on new generation information industry technology to improve China’s
industrial level in the international industrial chain.
High-End Software and Emerging Information Service Industry Roadmap
Time node
Year 2015
Year 2020
Objective
Enhance core system software and
key technology; greatly enhance
the
technological
level
of
significant application software
and the capacity for application
integration; remarkably improve
the leading and radiation force of
the industry systems, tools, and
security software in terms of
independent intellectual property
rights. Grasp network information
service key applications and
foundation platforms technology,
basically form a high-end standard
software
and
information
technology service system; foster a
group of the world's leading
software
and
IT
services
companies.
Basically establish a software and IT services
industry system with strong innovation
ability;
significantly
enhance
the
international influence of independent
brands of operating systems and software
tools and the international competitiveness
of key enterprises. A group of software and
information service enterprises to enter the
international forefront; establish an ecommerce information service system and
network information security service system
at the world’s most advanced level; achieve
a postion where information service
provision totally covers China’s urban and
rural areas and all social groups; China’s
informatization level gets close to the
world’s most advanced level.
Significant
action
●Emerging industry development: actively implement the promotion plan for
the IoT, cloud computing, mobile Internet and digital TV and other emerging
service modes; drive related industries to develop significant application projects;
implement the “information benefit people” major demonstration project; drive
the construction of an information service platform for social security, health
care, education, employment, and so on; promote the creation of a national ecommerce demonstration city; support third-party e-commerce trade and service
platform construction; improve the e-commerce support system and its
infrastructure. Establish an information technology service standard (ITSS) and
then apply it as application demonstration in critical cities.
●Key technology development: carry out R&D and industrialization of: mobile
intelligent terminal software, network computing platforms and supporting
software, and intelligent massive data processing related software. Organize and
implement the R&D of search engines, virtual reality, cloud computing platforms,
digital copyright, and other systems. Promote information security key product
development and industrialization. Strengthen the R&D of computer-aided design
and manufacturing, intelligent management, and other industrial software.
16
Encourage independent research in the fields of electronic government, finance,
telecommunications, insurance, transportation, radio, television and other major
information systems. Strengthen supporting technology development in the fields
of: information systems consulting design, integration implementation, system
operation and maintenance, testing and evaluation. Organize and implement
digital related common & key technologies and industrialization. Strengthen the
R&D and application of biometric identification and authentication technologies.
● Innovative capacity building: accelerate public technology by supporting
platform construction for a software and IT services industry with common
technology, testing certification, software testing, development environments,
content resources, technical standards, and so on. Accelerate e-commerce
innovation system construction; strengthen the building of software company’s
innovation capacity and e-commerce innovation; guide the construction of a
service standard library, knowledge database and case library. Encourage the
creation of an industry-university research application innovation alliance for
integrated technology development which will be an institution that provides an
information service that supports: the interactive development of complete
machine production and network construction. Increase the intensity of training
and development of industry leading talents and practical talents.
● Cultivate key enterprises: Implement the ‘cultivate key software and
information services enterprises’ plan; cultivate around 20 key software and
information services companies whose revenue is over 10 billion CNY.
●Implement the "State Council regarding to issue a number of policies to further
encourage development of the software industry and integrated circuit industry
notice" (GuoFa [2011] No. 4), to create a good environment for industrial
development.
Significant
policy
●Develop and improve the sourcing related policies which support government,
enterprises and institutions to purchase and use third-party data storage services.
Improve the government's public information resources development incentives
to promote the externalization of industry application services.
●Support the R&D of high-end software and emerging information services,
research and develop key technologies and products.
●Implement standardization and intellectual property protection strategies to
improve industrial competitiveness of the high-end software industry.
17
4.2
Informatization development plan
Issued by the Ministry of Industry and Information Technology on 29th Sep., 2013
By 2015, the number of regular broadband Internet access users should reach more than 270 million of which
more than 70 million will be using FTTH (Fiber To The Home); urban and rural households basic broadband
access should be up to 20 megabits per second (Mbps) and 4Mbps respectively, with broadband access in some
developed cities reaching 100Mbps; conditional regions will have fiber to the village. Internet international
outlet bandwidth will reach up to 6500 gigabits per second (Gbps). The 3G network will basically cover urban
and rural areas to provide access to over 450 million users; LTE will realize large-scale commercialization. The
number of internet access users will reach more than 850 million. Next generation internet based on the
Internet Protocol version 6 (IPv6) will be implemented through large-scale commercialization. The cable
television network of cities above the county level will implement digitization, 80% of which will provide twoway communication.
4.3
4.3.1
4.3.1.1
Major Projects of MOST and the National High-Technology R&D Plan (863 plan)
Major Projects of MOST
National Technology Major Project--Core electronic devices, high-end general chips and basic software
products (the “CHB” plan for short)
During the "Twelfth Five-Year" period, the CHB plan will breakthrough key technology of high-end general chip
and fundamental software research and develop an independent and controllable CPU, an Operating System
and Software Platform, a new type of mobile intelligent terminal, a high-performance embedded CPU, and
system on chip (SOC) and network software, to achieve industrialization and batch applications.
4.3.1.2
Very Large Scale Integrated Circuit Manufacturing Equipment and Complete Process Major Project
The key content and objective of the "Twelfth Five-Year" period is to focus on 45-22 nm key manufacturing
equipment and tackle key technical problems; develop a 32-22 nanometer complementary metal-oxide
semiconductor (CMOS) process and 90-65 nanometer special craft; carry out a 22 -14 nanometers prospective
study; form 65-45 nm equipment, material, technology support capability, and integrated circuit manufacturing
18
industry chain; further narrow the gap between China’s and the world's most advanced level; increase the
market share of equipment and material to 10% and 20% respectively of the domestic market.
4.3.1.3
New Generation Broadband Wireless Mobile Communication Network Major Project
The key content and objective of "Twelfth Five-Year" period is to focus on the subsequent evolution of Time
Division Synchronous Code Division Multiple Access (TD-SCDMA), complete R&D and industrialization of Time
Division Synchronous Code Multiple Access Long Term Evolution (TD-LTE), carry out LTE evolution and the key
technology development of post 4G mobile communication.
4.3.2
4.3.2.1
National High-Technology R&D Plan (863 Plan)
Super Computer (High-Performance Computer Phase III)
High-performance computer Phase I and II focused on: the deployment of a new generation of highperformance computer systems, the Super Computer Application Community, typical industry application
software development and other topics. Based on Phase I and II, Phase III will mainly support E-class super
computer new structure and key technology pre-research and super computer significant application toolset
development. It will lay the foundation for the "Thirteenth Five-Year" development of super computers. There
are 3 research directions, and the execution duration is 2 years.
4.3.2.2
The 5th Generation Mobile Communication System (Phase II)
The 5th generation mobile communication systems (5G) R&D early studies major project (Phase I) deployed 5G
wireless transmission, wireless networks, general research, testing and other fundamental framework
technologies. Phase II, based on Phase I, will focus on the following key technologies research concerned with
future 5G development: 1) Develop a 5G base station software testing platform which is able to be configured
flexibly and whose throughput rate reaches 10-100Gbps. This provides a fundamental method for 5G initial
technology experimentation and verification; 2) Explore the development and utilization of millimeter wave
spectrum resources, develop a ultra large-capacity indoor wireless communications system with an ultratransfer rate up to 10Gbps; 3) Research wireless networks virtualization technology under different institutional
environments, greatly improve the utilization of network resources and provide the best experience for mobile
19
users; 4) Develop wireless access network security technology; 5 ) Develop novel modulation and coding
techniques. There are 5 research directions, and the execution duration is 2 years.
4.3.2.3
Cloud computing
According to the unified deployment of the "China Cloud" computing system: combining the technical needs of
cloud computing core software and the supporting platform, make breakthroughs in hybrid cloud management,
adaptive collaboration and integration of cloud and terminal resources, development and deployment of cloud
services and other cloud computing software key technologies, and develop the corresponding system or
platform and demonstrate in typical fields a model application. There are 3 research directions, and the
execution duration is 3 years.
4.3.2.4
National Broadband Network
With regard to the needs of future broadband networks, research the key technologies and devices of new type
inter-city, metro optical transmission and optical access systems, and build demonstration networks. There are 3
research directions, and the execution duration is 3 years.
4.3.2.5
Credibility & Controllability of Cloud Computing Platform and Supporting System
With regard to the issue that current cloud computing platforms might possibly be maliciously used, with the
consequence that cloud service suppliers are not trusted, rese arch the credibility & controllability security
supporting key technologies of the cloud computing platform, and its credibility service and security monitoring
tools, to achieve and build a cloud computing security supporting platform based on credibility & controllability
technology. Implement the functions of third party evaluation capability for cloud platform credibility for
detection & management & audit of malicious use of cloud platforms. For the main stream cloud platforms used
in China sourced from domestic and overseas suppliers, research the corresponding third party demonstration
system and undertake complete demonstration verification. There are 5 research directions, and execution
duration is 3 years.
20
FINANCIAL SUPPORT
21
5. Financial Support
National Electronic Information Industry Development Funding Management Measure
Each year after July the Ministry of Industry and Information Technology organizes the preparation of the next
year's annual Electronic Development Fund Project Guide and publishes it nationwide. According to the project
guide, Enterprises compliant with the standard requirements imposed on applicants may submit project
proposal materials through the electronic development fund website (www.itfund.gov.cn) and send a paper
submission to the fund management office. Tender projects submit project materials according to tender
requirements of the Ministry of Information Industry. Based on the collection of, and a summary of, the
electronic development fund project proposal submission materials, the fund management office delegates an
intermediary agency to organize an expert review of the proposals. Specifically, No. 6 Electronic development
fund project units shall conditions which relate to:
1) Legal person qualification;
2) Necessary professional and technical personnel;
3) Necessary research and development conditions or production equipment and facilities;
4) Has achieved related scientific achievements in the field of research and development.
22
SOCIALIZED
SERVICE SYSTEM
23
6. Socialized Service System
This section presents a brief overview of the socialised service system. This is the system of industry associations
and related bodies whose members contribute to the development of the Chinese ICT regulations and
standards. Many of the most active associations and related bodies are named below along with their contact
details. For details of the key responsibilities of these bodies and information on their membership see Part 1 of
CHOICE Deliverable 2.1.
These bodies are important contact points for European based ICT firms interested in issues around ICT related
standardisation in China and the development and implementation of Chinese regulations in area of ICT.
Furthermore, as they commonly have a role in making policy recommendations for the development of
technology and equipment in the ICT industry to the Chinese government, they have the potential to act as
conduits through which European ICT firms can contribute recommendations in the common interest to the
China Communications Standards Association which is the organization in charge of drafting the standards of the
Chinese ICT industry.
China Semiconductor Industry Association - (CSIA, 中国半导体行业协会)
Website: www.csia.net.cn
Contact info.
The association has 5 branches ：
IC Branch
Contact: Shula RUAN
Tel: 86-510-81190090
Fax: 86-510-81190107
Address: Room 109, 1st building of Wuxi National Industrial Design Park, 599 West Construction Road, Wuxi,
Jiangsu Province
Zip code: 214020
Discrete Semiconductor Devices Branch
Contact: Yong LI
Tel: 86-311-87091519
Fax: 86-311-87091477
Address: 46th branch of 179 mailbox, Shijiazhuang, Hebei Province
Zip code: 050002
Email: [email protected]
24
Semiconductor Packaging Branch
Contact: Geying LI
Tel: 86-10-82356605
Fax: 86-10-82356605
Address: 411 Room of Liangzixinzuo Building, Zhichun Road, Haidian District, Beijing
Zip code: 100083
Email: [email protected]
IC Design Branch
Contact: Yingming ZHANG
Tel: 86-21-6160 9878－240
Fax: 86-21-6160 9876
Address: 2nd floor, 01st zone, 1388th Zhangjiangjidiangang Zhangdong Road, Pudong New Area, Shanghai
Zip code: 201203
Email: [email protected]
Semiconductor Industry Support Branch
Contact: Wenfang XIN
Tel: 86-10-82087088-647
Fax: 86-10-62355381
Address: 2nd Xinjiekouwai Street, Beijing
Zip code: 100088
Email: [email protected]
China Robot Industry Alliance - (CRIA，中国机器人产业联盟)
Website: cria.mei.net.cn
Contact info.
Tel & Fax: 86-10-68594830
Address: 46th Sanlihe Road, Xicheng Dist. Beijing, 100823
Email: [email protected]
China Software Industry Association - (CSIA,中国软件行业协会)
Website: www.csia.org.cn/htm/index.html
Contact info.
Tel: 86-10-51527160
Fax: 86-10-62186579
Address: 55th China Software Building, Xueyuan Road South, Haidian Dist., Beijing, 100086
25
Shanghai Integrated Circuit Industry Association - (SICA, 上海市集成电路行业协会)
Website: www.sica.org.cn
Contact info.
Tel: 86-21-50805257
Fax: 86-21-50805259
Address: Room 209 No.500 Bibo Road, Pudong New Area Shanghai PRC., 201203
E-mail: [email protected]
China Communications Standards Association - (CCSA, 中国通信标准化协会)
Website: www.ccsa.org.cn
Contact info.
Tel: 86-10-62302730, 86-10-62304228
Fax: 86-10-62301849
Address：52th Huayuan North Road, Haidian Dist., Beijing, 100191
National Remote Sensing Center of China - (NRSCC, 国家遥感中心)
Website: www.nrscc.gov.cn/nrscc/en/organization
Contact info.
Tel: 86-10-58881180, 86-10-58881183
Fax: 86-10-58881179
Address: No. 8A, Liulinguan Nanli, Haidian Dist., Beijing, 100036
Email: [email protected]
China Mobile Communications Association - (CMCA, 中国移动通信联合会)
Website: www.cmca.org.cn/company.asp?action=5
Contact info.
Tel: 86-10-88452630
Fax: 86-10-88452655
Address: 16FA, East Area of Shijijinyuan Restaurant, Banjing Road, Haidian Dist., Beijing, 100097
Email: [email protected]
China Information Technology Security Evaluation Center - (CNITSEC, 中国信息安全测评中心)
Website: www.itsec.gov.cn/export/sites/itsec/english
Contact info.
Tel: 86-10-82341188, 86-10-82341118
Fax: 86-10-82341100
Address: 1st building, 8th Shangdi West Road, Haidian Dist., Beijing, 100085
26
China Optics and Optoelectronics Manufacturers Association - (COEMA, 中国光学光电子行业协会)
Website: www.coema.org.cn/English
Contact info.
Tel: 86-10-84321499
Fax: 86-10-84321499
Address: No.11 Research Institute, No.4 Jiuxianqiao Road,P.O.box 8511 Beijing China, 100015
Email: [email protected]
China Electronics Standards Association - (CESA，中国电子工业标准化技术协会)
Website: www.cesa.cn/default.aspx
Contact info.
Tel: 86-10-68207848/7847/0655
Address: 27th Wanshou Road, Haidian Dist., Beijing, 100036
Beijing Electronic Commerce Association - (BECA, 北京电子商务协会)
Website: www.beca.org.cn
Contact info.
Tel: 010-63435415
Fax: 010-51814650
Add:
Room
312,C1
E-mail: [email protected]
Lianhuachi
Dong
Road,
Xicheng
Dist.Beijing,
100045
China Computer Industry Association - (CCIA, 中国计算机行业协会)
Website: www.chinaccia.org.cn/index.htm
Contact info.
Tel: 86-10-57757112, 86-10-57757149
Fax: 86-10-68865288
Address: Room 211, No. 21A,
Email: [email protected]
Shijingshan
Road,
Shijingshan
Dist.,
Beijing,
100049
China Electronic Components Association - (CECA, 中国电子元件行业协会)
Website: www.ic-ceca.org.cn
Contact info.
Tel: 86-10-68638939, 86-10-68638969
Fax: 86-10-68637639
Address: Room 311, Zhongchu Building, Shijingshan Road, Beijing, 100049
27
Technology Innovation Strategic Alliance of Internet of Things Industry - (物联网产业技术创新战略联盟,
TTSAIoTI)
Website: www.china-iot-alliance.cn/member.asp
Contact info.
Tel: 86-10-64303105
Address: Building 202, A10, Jiuxianqiao North Road, Chaoyang Dist. Beijing, 100015
Email: [email protected]
China Strategic Alliance of Smart City Industrial Technology Innovation - (中国智慧城市产业技术创新战略联
盟, CSAoSCITI)
Website: www.smartcityunion.cn
Contact info.
Tel: 86-10-82317867
Address: Room 701, BoYan Building, #238 North 4th Ring Middle Road, Haidian Dist., Beijing,
Email: [email protected]
28
29