Shenzhen semiconductor industry ranks first in the world

The afternoon of October 11th, century EPITECH Co. Ltd and compound semiconductor industry base in the first phase of the project on the 1st plant officially put into operation in Shenzhen Guangming New District, "produced" compound semiconductor industry chain upstream of the core of the most cutting-edge materials, epitaxial wafer. The world's largest compound semiconductor industry base to start production in twenty-first Century, marking China's future on behalf of the national new high-tech industry, starting from Shenzhen, across, quickly to the forefront of world advanced level. Century Jingyuan Technology Co., Ltd. was founded in November 2004, the registered capital of 2 billion 300 million yuan, is located in Shenzhen city of super large high-tech projects, is the national Ministry of science and technology approved the "national semiconductor lighting project industrialization base", is the largest project of Shenzhen and Hong Kong Economic and technology cooperation. It is composed of Hongkong celebrities, veteran of the Hongkong Special Administrative Region of the CPPCC National Committee Gao Jingde JP full investment, big industry of Hongkong Special Administrative Region of the CPPCC National Committee Liang Zhimin, Shi Xiangpeng, Zhou anda source as the directors be involved, is the model of the service industry. It is understood, is located in Guangming hi tech Industrial Park Century EPITECH Co. Ltd and compound semiconductor industry base covers an area of 3 square kilometers, a total investment of 32 billion yuan, about five years after the 100 thousand employment can be realized. The annual output value of 100 billion yuan or more, the annual output value of related industries is about RMB 400 billion yuan. Compound semiconductor industry base, the world's largest semiconductor lighting industrial base, energy-saving environmental protection industry base, information industry base will be here, is a compound semiconductor industry base of China's unique industry full coverage, high-end products, core technology, independent innovation. "By the detection mechanism of the most authoritative international test of the enterprise product inspection of production, a production plant, microwave device, laser epitaxial wafer, the level of quality to the highest in the world; LED epitaxial wafers, the quality has reached the highest water in Japan, similar products in Taiwan plain. "Several multinational companies have come to order. The 11 day of the ceremony, century EPITECH Co. Ltd chairman Gao Jingde said that in view of the development of China's semiconductor industry breakthrough compound and improve in the three key technologies of product wafer, chip and high power package, "century Jingyuan" industrial base in the core area of development of compound semiconductor microwave devices compound semiconductor laser and semiconductor lighting, semiconductor solar and other four industries. According to the plan, the epitaxial wafer industry base in the core area of a period will be mainly engaged in the field of compound semiconductor and chip as the core of the product R & D and production, fill in the gaps in our country in the field of high technology to produce the level of synchronization with the international semiconductor core technology of high-end products, driven by the rapid development of benign compound semiconductor in this emerging industry and form a new high-tech industry cluster. Newslink: A on compound semiconductor industry century Jingyuan Technology Development Co. Ltd. is a compound semiconductor, gallium arsenide, indium phosphide and gallium nitride represented, including many of the other 35 compound semiconductor. Among them, the gallium arsenide technology is more mature and widely used. The largest compound semiconductor and silicon based semiconductor, electron mobility is much faster, so it is suitable for high frequency transmission in radio communication such as mobile phone, base station, wireless local area network, satellite communications, satellite positioning, phased array radar are widely used. Two is a direct band gap, can be applied to the field of light. Such as light-emitting diode (LED), laser diode (LD), optical receiver (PIN) and solar cells and other products. Can be used in the manufacture of ultra high speed integrated circuit, microwave, laser, photoelectric and anti radiation, high temperature and other devices, in short, is leading the development of compound semiconductor optical communication, optical storage, mobile communications and other electronic information, military, automotive, energy photoelectron photoelectron photoelectron, consumer appliances, optoelectronics and other industries, the information industry, the national defense strategy, energy strategy, environmental protection strategy and a very important value, is very important to improve the comprehensive national strength. The compound semiconductor industry has not formed a strong international monopoly power, the domestic and foreign market potential, to seize this strategic opportunity, not only can be reversed simply rely on the domestic market of imported wafer and chip of the situation, but also into the international market, changes in the global semiconductor compound industrial market structure. China has lost in silicon as the representative of the first generation of semiconductor and microelectronics industry development opportunity, can not be lost again as the second generation, the third generation semiconductor compound semiconductor and optoelectronic industry development of this rare opportunity! From the technical level, the LED industry as an example, China has a certain technical and industrial base, China is not the gap with the developed countries the number of high-tech industry. Compared with microelectronics, the gap between semiconductor light-emitting devices in China and abroad is small. China's independent development of the first light-emitting diode, the first light-emitting diode in the world than just a few months later. Overall, the current level of technology in China's semiconductor light-emitting diode industry, with developed countries only about 3 years. Market space is: according to the ELectronicsPublications report published in 2006, the global semiconductor related compounds