标题: | 国内半导体设备商经营策略与竞争优势-以G公司为例 Business Strategies and Competitive Advantages of Domestic Semiconductor Equipment Manufacturers-A Case Study of Company G |
作者: | 吴欣贤 Wu,Hsin-Hsien 朱博涌 Chu,Po-Young 管理学院高阶主管管理硕士学程 |
关键字: | 竞争策略;半导体设备制造;半导体封测;Business Strategy;Semiconductor Equipment Manufacturing;Semiconductor Package and Testing |
公开日期: | 2015 |
摘要: | 2014半导体设备产业(包含晶圆、封装、测试等)的产值可达到391亿美元的规模,相当于1.17兆台币。81%(0.95兆台币)产值属于晶圆生产设备, 19%(0.22兆台币)产值属于封装测试生产设备。而台湾市场规模在2014年即占其中的117亿美元,连续5年蝉联全球第一。台湾市场规模成长主因在于台积电创纪录的资本支出金额与全球封装大厂的委外订单增加,使得台湾成为全球最大的半导体设备市场。台湾的半导体设备支出占全球设备支出的30%强,所以半导体设备本土化、以及如何提升半导体厂关键制程设备自给率是台湾半导体产业重要的发展趋势。 本研究以个案公司G科技公司为例,探讨国内半导体设备商如何于外商寡占的市场之中突破并建立相对优势来取得市占率及获利的成长,分析台湾半导体设备自行研发且有品牌之厂商如何于外商居多的半导体设备市场竞争中,应用Michael Porter之理论,寻求及建立相对优势,以达到高市占率及获利率之目标。面对未来半导体竞争环境的剧烈变化,个案公司若要持续保有相对之竞争优势,建议个案公司必须加强发展客户与RD的关系,与第一级的半导体制造商一起成长,成为其主要的设备供应商,并强化自身品牌及客户忠诚度,以期在市场中持续站稳一席之地。 In 2014, the output of Semiconductor Equipment Industry was estimated to have reached the scale of US$39.1 billion, the equivalent of NT$1.17 trillion. 81 per cent (or NT$0.95 trillion) of the output value was attributed to wafer production equipment, and 19 per cent (or NT$0.22 trillion) of the output value was attributed to packaging and testing of production equipment. In 2014, the market size of Taiwan accounted for US$11.7 billion of the global market, ranking first place in the world for five consecutive years. Primary reasons for the market growth of Taiwan were due to the record breaking capital expenditure growth of TSMC, as well as the receipt of record high subcontracted orders from global package manufacturers, enabling Taiwan to become the largest semiconductor equipment market in the world. Semiconductor equipment output in Taiwan represents the better part of 30 per cent of global equipment output. As such, the localization of semiconductor equipment and increase the self-sufficiency rate of the key process equipment within the semiconductor plants are important issues for the industry. TSMC has set up a one-stop production chain (including Silicon intellectual property services, Wafer OEM, and IC backend packaging), as well as expanded their high-end semiconductor packaging and testing technologies. This has created a great business opportunity for Taiwan domestic equipment manufacturers. This research will utilize the case study of the G Company to explore how the domestic semiconductor equipment makers can break up the market oligopoly of foreign suppliers to create comparative advantages to gain market share and profit growth. This research will also analyze the R&D strategy of branded semiconductor equipment manufacturers in Taiwan, and how they compete in the semiconductor market dominated by foreign competitors. Applying the framework proposed by Michael Porter, this research will ultimately seek business strategies to establish comparative advantages in order to achieve an increase in market share and the targeted profitability. Over the past five years, Taiwan domestic semiconductor equipment manufacturers have performed well in the semiconductor equipment arena. By focusing on adopting unique business strategies, and coupled with the flourishing semiconductor orders in Taiwan, they have gained them success in the specific semiconductor equipment arenas. This study explored the case company G, its market positioning, and how it could leverage its competitive advantage to gain a favorable position amongst foreign competitors (i.e. overseas semiconductor equipment suppliers) to establish its competitive threshold. Taiwan domestic equipment manufacturers are strongly recommended to strengthen a co-development relationship between their clients and RD teams. Growing together with the semiconductor manufacturers during their first stage of development, and becoming their main equipment suppliers would be an essential focus of business strategies for domestic equipment makers in order to differentiate themselves in the semiconductor market. |
URI: | http://140.113.39.130/cdrfb3/record/nctu/#GT070263015 http://hdl.handle.net/11536/126449 |
显示于类别: | Thesis |