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State-Technologist Nexus in Taiwan's High-Tech Policymaking: Semiconductor and Wireless Communications Industries

Published online by Cambridge University Press:  24 March 2016

Extract

The literature on East Asia's political economies identifies cohesive state bureaucracy and its effective intervention in the market as the key factors that have enabled the East Asian economic miracle and that differentiate the success of East Asian newly industrializing countries (NICs) from the failure of other developing countries. However, the sharply diverging growth trajectories of the Taiwanese semiconductor and wireless communications industries show that cohesive state bureaucracy and its effective intervention are not the generic trait of the Taiwanese developmental state, repeatedly found across industries and through time. On the contrary, the scope, depth, and coherence of state intervention are a variable rather than a constant. The semiconductor industry had an activist state promoting its growth from its very inception, whereas the wireless communications industry has failed to acquire consistent state support. Explaining the variation of state intervention requires not only an analysis of the state apparatus but also a study of its institutional links to the industry. This article develops an institutional explanation of the Taiwanese state's differing roles in promoting the semiconductor and wireless communications industries, but it differentiates itself from the existing literature of the developmental state and network theories by privileging the role of overseas technologists in influencing the scope, depth, and coherence of state intervention in two industries.

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Articles
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Copyright © East Asia Institute 

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References

Notes

The author would like to thank Chih-yu Shih, Yun-han Chu, Byung-Kook Kim, and two anonymous reviewers for their valuable input.Google Scholar

1. New Taiwan dollar was equal to one-fortieth of a U.S. dollar at that time.Google Scholar

2. Promoting the Semiconductor Industry Through a Technology Development Program with the Submicron Program Taking the Lead,” Science and Technology Pioneer 1 (January 1995) [in Chinese].Google Scholar

3. Including projects on Wireless Local Area Network (WLAN), Code Division Multiplexing Access (CDMA) cordless telephone, Digital Enhanced Cordless Telephone (DECT), and Digital Audio Broadcast (DAB).Google Scholar

4. ITRI, Five-Year Wireless Communications Technological Development Program: Final Report (Hsin-chu: ITRI, 1997) [in Chinese].Google Scholar

5. Another ERSO spin-off in the 1980s is Taiwan Mask Corporation.Google Scholar

6. Hsu, Jinn-Yuh, “The Development of Taiwan's Semiconductor Industrial Technology: State Intervention, Cross-Border Network, and High Technology,” in Tseng, Shu-Chyi, ed., The Proceedings of the Seminar on the History of Development in Taiwan's Industrial Technologies (Kaohsiung, Taiwan: National Museum of Science Arts, 2000) [in Chinese].Google Scholar

7. Industrial Technology Development Alliance Program, http://innovation2.tdp.org.tw.Google Scholar

9. According to the regulations of the Ministry of Economic Affairs (MoEA), standardized technology transfer contains two steps: preceding participation and technology transfer. Whereas preceding participation, an early stage of technology transfer is to ensure the industry's technology reception by requesting submission of license fees in advance; technology transfer is the actual transfer of the technology project's achievements. Computer and Communications Research Laboratories, www.ccl.itri.org.tw.Google Scholar

10. UTRAN (UMTS Terrestrial Radio Access Network) is one of the 3G system technologies.Google Scholar

11. Huang, Huai-Chyi, “ITRI and Acer Peripherals Are Working Together for a Bright Future of Wireless Communications,” Science and Technology Pioneer 60 (August 2000) [in Chinese].Google Scholar

12. Johnson, Chalmers, MITI and the Japanese Miracle (Stanford, CA: Stanford University Press, 1982).CrossRefGoogle Scholar

13. Amsden, Alice H., Asia's Next Giant: South Korea and Late Industrialization (New York: Oxford University Press, 1989), pp. 8–18; Alice H. Amsden, The Rise of “the Rest”: Challenges to the West from Late-Industrializing Economies (New York: Oxford University Press, 2001), pp. 812.Google Scholar

14. In addition, Haggard identifies the international system, the struggle among social forces, state initiatives, and ideational factors as four sources that explain strategic choices. Haggard, Stephan, Pathways from the Periphery: The Politics of Growth in the Newly Industrializing Countries (Ithaca, NY: Cornell University Press, 1990), pp. 2829, 43–44.Google Scholar

15. Evans, Peter, Embedded Autonomy: State and Industrial Transformation (Princeton, NJ: Princeton University Press, 1995), pp. 1213.Google Scholar

16. There is no scholarly agreement on the Taiwanese state's freedom of maneuver and connectedness. Yun-Han Chu asserts that due to the fragmented decisionmaking processes and the lack of close state-business institutional linkage, the state of Taiwan failed to provide incentives strong enough for the firms to grow when it promoted the automobile industry. For Chu, the Taiwanese case looks like an anomaly in the literature of developmental states. Unlike Japan and Korea, it allegedly has lacked not only an institutionally well-developed state apparatus capable of intervening at the micro level but also close state-business relationships such as micro-level interventions required in order to successfully remold the incentive structures. On the contrary, in the view of Chu, the Taiwanese state-business relationship was anything but close. The Nationalist party-state transplanted from the mainland after 1949 distrusted the business community consisting mostly of the islanders and strove to keep private business firms from growing into industrial conglomerates that could challenge its political hegemony. Moreover, having seen hyperinflation undermine its societal support base on the mainland during the civil war against the Communists, the Nationalist regime gave monetary stability the first priority, thus strengthening the power of the central bank at the expense of the state institutions responsible for industrial development within policymaking processes.Google Scholar

Chen-Tian Kuo takes the opposite view and sees Taiwan as driven by state-corporatist institutional linkages, which help not only the state bureaucracy's task of information gathering and policy implementation but also the private sector's ability to engage in collective action, especially in the areas of competition regulation and export promotion. In a similar spirit, Robert Wade contends that the Taiwanese state is not only strong enough to be called authoritative but also connected well enough to society to be classified as corporatist. With these institutional features, Wade argues, the state conducts industry-specific market guidance that induces extensive productive investment in new products to “augment the supply of investable resources and spread or socialize the risk attached to long-term risk.” See Chu, Yun-han, “The State and the Development of the Automobile Industry in South Korea and Taiwan,” in Aberbach, Joel D., Dollar, David, and Sokoloff, Kenneth L., eds., The Role of the State in Taiwan's Development (Armonk, NY: M. E. Sharpe, 1994), pp. 128132; Kuo, Cheng-Tian, Global Competitiveness and Industrial Growth in Taiwan and the Philippines (Pittsburgh: University of Pittsburgh Press, 1995), pp. 26–28, 67–74; and Wade, Robert, Governing the Market: Economic Theory and the Role of Government in East Asian Industrialization (Princeton, NJ: Princeton University Press, 1990), p. 27. See also Hong, Sung Gul, The Political Economy of Industrial Policy in East Asia: The Semiconductor Industry in Taiwan and South Korea (Cheltenham, UK: Edward Elgar, 1997), for a comparative analysis of semiconductor technology policy in Korea and Taiwan.Google Scholar

17. Of course, there are some scholars who serve as policy advisers residing in Taiwan. However, they are not the majority of high-level advisers, most of whom obtained doctoral degrees overseas.Google Scholar

18. Some believe that the most useful learning of Taiwanese from overseas study and work experience, especially in the United States, is the business model. From an interview with the director of Taiwan's national telecommunications program.Google Scholar

19. Tacit knowledge is knowledge that cannot be codified.Google Scholar

20. First initiated and convened by Wen-Yuan Pan, the TAC was composed of leading Chinese scholars in semiconductors in the United States, such as Hon-Chang Lin (Maryland), Wen-Hsun Ken (Case Western), Keng-Yi Li and Tian-Pei Lee (Bell Labs), Wu-Nian Lou (Princeton), and Tsen-Chui Chao. Chen, Byi-Fen, “Semiconductor Making Gold from Stone,” Overseas Scholars 313 (April 28, 2001) [in Chinese].Google Scholar

21. In the first CMOS program, the TAC screened about thirty proposals and decided to pick RCA after several stages of selection. Ibid.Google Scholar

22. Pan, Pei-Chyi, “Expanding private participation reaches consensus,” Science and Technology Pioneer 3 (March 1995) [in Chinese].Google Scholar

23. The leading figure of the WCTAC, William Lee, attended the SRB only once to present ideas about wireless communications development. The VLSI TRB chair Robert Evans was a member of the STAG, which then had only five to seven members.Google Scholar

24. The National Science Council, “Part I: S&T Policies and Development Goals,” in Yearbook of Science and Technology, Republic of China (Taipei: National Science Council, 2000); Chia, Yu-Hui, “3G Lighthouse, Guiding Wireless Communication Development,” Science and Technology Pioneer 91 (July 2002) [in Chinese].Google Scholar

25. Interview with an NCL manager.Google Scholar

26. Minute,” Preparation Meeting of the National Telecommunication Program (National Science Council, December 1997) [in Chinese].Google Scholar

27. Major institutions for technological policymaking were established throughout the 1970s and the 1980s. These institutions include the National Science Council, the National Science and Technology Convention, the STAG, the TRB, and public research organizations such as the ITRI and the III. SRB succeeded the TRB in 1990.Google Scholar

28. The chair of the TRB was a STAG member and had a direct channel of contact to the premier.Google Scholar

29. Lin, Paul, “3C SRB Past and Present,” presented at the twelfth 3C SRB Meeting on July 22, 2002, in Taipei. See the section on “Experts of 3C SRB,” p. 6.Google Scholar

30. Schieve, Chi, “The Shadow of a Perfect Man,” Science and Technology Development Policy Report SR9008 (August 2001) [in Chinese].Google Scholar

31. A DoIT consultant, Chien-Kuo Luo recommended William Lee to the DoIT's director general (interview with the director of the MoEA's promotional office for wireless communications). Russell Hsing was introduced to George Young through the alumni tie of National Chiao Tung University. Hsing, Russell, “From Dependence to Exchange: Operation of a Transnational Technology Transfer Platform,” memo, National Chengchi University [in Chinese].Google Scholar

32. From 1990 to 2000, there were four chairs at the National Science Council, four chairs at the Science and Technology Adviser Group, and four Ministers of Economic Affairs, indicating subsequent shift of power behind these posts.Google Scholar

33. Constance Squires Meaney, “State Policy and the Development of Taiwan's Semiconductor Industry,” in Aberbach, et al., The Role of the State in Taiwan's Development, pp. 180181.Google Scholar

34. Li, Kuo-ting, “Science and Technology Policy,” in Li, Kuo-ting, The Evolution of Policy Behind Taiwan's Development Success (River Edge, NJ: World Scientific, 1995).Google Scholar

35. An Interview with George Young, Deputy Minister of Economic Affairs,” Science and Technology Pioneer 2 (February 1995) [in Chinese].Google Scholar

36. The candidate was under the Kuomintang's flag, but he lost the election.Google Scholar

37. Industrial Technology Development Program Stimulating Private R&D,” Science and Technology Pioneer 45 (January 2000) [in Chinese].Google Scholar

38. A New Approach to Technology Development Program: Top-Down and Demand-Pull,” Science and Technology Pioneer 3 (March 1995) [in Chinese].Google Scholar

39. Luo, Chien-Kuo, “Strengthening System Integration to Promote Local Wireless Communications Industry Development,” Science and Technology Pioneer 68 (August 2000) [in Chinese].Google Scholar

40. Lu, Chung-Hsing, “Moving Toward Self-Reliance, Developing System Technologies,” Science and Technology Pioneer 39 (March 1998) [in Chinese].Google Scholar

41. Meaney, “State Policy and the Development of Taiwan's Semiconductor Industry.” Google Scholar

42. Shih, Chintay, “The Establishment of Technical Review Board and Its Impact,” in Collection for the Twentieth Anniversary of Science and Technology Advisors'Group (Taipei: STAG, 2000) [in Chinese].Google Scholar

43. Ibid.Google Scholar

44. ITRI, Proposals and Final Reports in Five-Year Wireless Communications Technology Development Program (Hsin-chu: ITRI, 1992–1997) [in Chinese].Google Scholar

45. SRI International, “Ch. 4: The Cellular Phone,” in The Role of NSF's Support of Engineering in Enabling Technological Innovation—Phase II; website of SRI International, www.sri.com/policy/stp/techin2/chp4.html.Google Scholar

46. Hsing, , “From Dependence to Exchange.Google Scholar

47. From an interview with the director of the promotional office for wireless communications at the DoIT.Google Scholar

48. Russell Hsing was appointed as a member of the WCTAC in 1998.Google Scholar

49. Hsing, , “From Dependence to Exchange.Google Scholar

50. Chen, , “Semiconductor Making Gold from Stone.Google Scholar

51. Liu, Chang-Yung, “Taiwan's Semiconductor Manufacturing Companies: A Leader in IC Foundry,” Case Study, College of Management, National Sun Yat-Sen University, http://cm.nsysu.edu.tw/~cyliu/case/case10.doc (August 4, 2000) [in Chinese] Google Scholar

52. Hsu, Jinn-Yuh, “The Development of Taiwan's Semiconductor Industrial Technology.Google Scholar

53. News Report, BenQ Corporation, www.benq.com.tw/news/00/0804.htm (August 4, 2000).Google Scholar

54. The new company Acer Mobile Network was renamed BenQ Mobile System after the mother corporation, Acer Peripherals Inc., was renamed BenQ Corporation in 2002.Google Scholar

55. Luo, , “Strengthening System Integration.Google Scholar

56. Huang, , “ITRI and Acer Peripherals.Google Scholar

57. Lu, Yu-Wei, “Airoha Technology: BenQ's Secret Weapon to Fight Against Nokia,” Business Next Bi-Weekly 47 (December 1, 2002).Google Scholar

58. Headhunting Is On,” Observations on Technology and Trade 70 (November 6, 2002), www.sina.com.cn [in Chinese].Google Scholar

59. Chen, , “Semiconductor Making Gold from Stone.Google Scholar

60. Luo, , “Strengthening System Integration”; Chang, Chia-Hsiang, “The Way to Go: Broadband, IP, and Individualization,” Science and Technology Pioneer 68 (August 2000); Liu, Chin-Lin, “Fast Manufacture, Flexible Response, and the Numerous Benefits of Wireless,” Science and Technology Pioneer 68 (August 2000); Huang, Ted, “Keeping in Line with National Policy, Planting the Industry Seeds Deeply,” Science and Technology Pioneer 68 (August 2000) [all in Chinese].Google Scholar

61. Huang, , “Keeping in Line with National Policy.Google Scholar

62. Among U.S. patents, those in the telecommunications category tend to represent international recognition of Taiwanese inventions. This article uses patents in the telecommunications category instead of those in the wireless communications category for two reasons. First, given that innovation in wireless communications is the main driving force to innovation in telecommunications, innovation in telecommunications reflects innovation in wireless communications. Second, a keyword search using “cellular or mobile communications” shows no ITRI patent among the forty-seven U.S. patents granted to the Taiwanese from 1992 to 2002. Note that twenty-four U.S. patents were granted to the wireless communications program listed in the database at the Taiwan Economics Research Institute. For a comparison between semiconductor and mobile communications and for a comparison between the ITRI and other Taiwanese patent assignees, this article chooses to use the data from the U.S. Patent and Trademark Office. See www.uspto.gov.Google Scholar