City-level science and technology major special focus on basic research, core technology, with a large amount of capital investment, synergy, and supporting the obvious characteristics such as the formation of major national science and technology to complement the development of strategic emerging industries to provide support, to promote scientific and technological innovation and industrial core competitiveness of the overall promotion.
It is expected that in the year, China's first Test line of silicon photon development will be completed in Shanghai. Recently, from the City Science and Technology Commission learned that Zhangjiang laboratory led the Silicon Photonic city-level major special projects in the process of breakthrough, with the optical chip flow chip capabilities. It is expected that in the year, China's first Test line of silicon photon development will be completed in Shanghai.
This special ambition in Shanghai to create a silicon photonic chip industry chain, master key core technology, so that domestic enterprises to get rid of foreign optical chip supplier dependence. One of the first major city-level science and technology projects in Shanghai, "silicon photon city-level major special" project launched in April this year in the Zhangjiang laboratory held. The silicon photon technology makes the photon as the information carrier, realizes the signal transmission security and the reliability, is the prospective technology which is expected to subvert the traditional integrated circuit industry.
To this end, the Shanghai municipal government to the silicon photon and hard X-ray free electron laser, the international human phenotype genome together as the first major city-level science and technology special, give full support. Gan Ping, deputy director of Municipal Science and Technology Commission, Silicon photon major special projects by the Zhangjiang Laboratory led by a group of enterprises, universities and scientific research institutions, through the expansion of the Shanghai Micro-Technology Institute of Research and Development and transformation of the functional platform function, breakthrough silicon optical interconnect chips and components of the common key technologies to attract all the resources,
Strive to make Shanghai a silicon-based optoelectronics technology in this strategic area of new inventions, the new direction of the industry's important origin. Shanghai has a good foundation for the development of silicon photon technology. Over the years, the Shanghai University, scientific research institutes and enterprises in this field has carried out a continuous tackling. On the other hand, Shanghai's integrated circuit industry is in the leading position in the country, especially in Zhangjiang, has a relatively complete industrial chain, the condition will be integrated circuit technology for optoelectronic integration, to create a new generation of silicon-based optical interconnect chips. We want to build a whole industry chain in Shanghai, including chip design, manufacturing, packaging, testing and other aspects.
' said Yu Mingbin. Prior to that, the Ministry of Industry issued the "China Optoelectronic devices Industrial Technology Development Roadmap (2018-2022)", proposed to ensure that the 2022 low-end optoelectronic chip localization rate of more than 60%, high-end optoelectronics chip localization rate exceeded 20%; 2022 domestic enterprises occupy the global optical communications device market share of more than 30%, 1 companies rushed into the world's top 3 and so on.
The Shanghai Silicon Photon project pioneered a breakthrough, will be conducive to domestic enterprises to seize the high-end communications devices market, communication products autonomous controllable also has an important significance, combined with the next few years Chi other communications network investment, the market prospect is broad.
In addition to communications, optical chips can also be used in laser radar, parallel computing, large-scale optical switches, three-dimensional optoelectronic integration and other cutting-edge projects with great development potential, become automatic driving, a new generation of computers, high-definition television and other areas of the core components. Last year, the Shanghai municipal government included silicon photons in the first major city-level projects and invested heavily in the development and production of silicon based optical interconnect chips.
Today, many people in the industry sigh that Shanghai is a rainy day, because silicon optical interconnect chip is a new generation of communication chips, domestic communications enterprises in this device has been stuck in the neck. With the development of major special projects in the Silicon Photon city, Shanghai is expected to produce a series of results.