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History is a mirror, in addition to standing in the present and looking at the past, it can also create a vision. Semiconductor process technology vacuum technology from 1947, color TV set in 1950, first unilopol crystal in 1951, shockley lab in Shibuya in 1955, first integrated circuit in 1959, oxidation in 11960 Dissolved in water, causing leakage problems, began to use tantalum materials as the basic raw material for semiconductors. Complementary MOS CMOS composed of two metal half-field effect transistors from 1960 to 1970, used extensively in integrated circuits from 1980 to 2000. In the combination, the 2004-2006 fin-type transistor and nano-line transistor began 90~65 nanometer technology. From 2008 to 2010, the technology node came to 45~32 nm. From 2012 to 2017, there were three gates and fins. The field-effect transistor technology came to 14~10 nm, and it is estimated that semiconductor technology can reach 7 nm or lower in 2020. In the past few years, semiconductor process technology has continued to develop, and advanced processes are not difficult to see the slow growth. How to continue Moore's Law is one of the challenges now facing. The research of this thesis, through the case of the case company in the market by the changes between technology, products, organizations, from the historical perspective of the history of resources and the theory of double helix, to find out the semiconductor foundry innovation and strategic direction. The research results show that the overall semiconductor technical specifications are still catching up with Moore's Law. The world's advanced integrated circuit company's business model locks in special processes, meets the new and automotive IC market, and continuously innovates special product projects to meet market demand, while acquiring through mergers and acquisitions. To strengthen the technology product output, integrate problem-solving technology, open up new markets, do something different and competitors in special process distance. This paper hopes to analyze actual cases through resource theory and double helix theory, help companies in the semiconductor field, and set short-, medium-term, growth strategy planning reference.
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