韩国半导体SoC产业的无晶圆代工厂合作

Y. Oh, Y. Lee, Jae Song, T. Kim
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摘要

本文描述了韩国半导体SoC产业的生态系统和动态趋势。在过去的几年里,SoC(片上系统)无晶圆厂产业的发展是惊人的,因为无晶圆厂公司的总收入变得非常高,并且在韩国出现了一些销售额约为2亿美元的主要参与者。这主要是基于将多媒体SoC集成到手机和数字电视等系统中,而这些系统一直是韩国信息技术(It)增长的核心动力。然而,为了维持持续的增长,soc需要探索新的引擎,例如节能、汽车和无线网络。介绍了高压模拟和混合信号/射频等新的无晶圆厂合作领域。它们强烈要求流程和设计协作,对市场波动不太敏感,因此与逻辑技术相比,它们具有相对较长的产品寿命和持续增长的保证,而所需的投资较少。
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Foundry-fabless collaboration for semiconductor SoC industry in Korea
The trends in ecosystem and dynamics of semiconductor SoC industry in Korea are described in this paper. For the past years, the development of SoC (System on Chip) fabless industries has been phenomenal in that the total revenue of fabless companies became remarkably high and a number of major players of which the sales is about $200 million are emerging in Korea. It was mainly on the basis of multimedia SoC integration into systems like mobile phones and digital TV which have been pivotal IT growth engines in Korea. In order to sustain the continuous growth, however, SoCs need to explore the new engines to which they should be expanded, e.g., energy savings, automotives and wireless networks. The new foundry-fabless collaboration areas like high voltage analog and mixed signals/RF are presented. They strongly demand process and design collaboration, are less sensitive to market fluctuations and thereby have relatively long product lifetime and ensure continuous growth while less investment is required in comparison with logic technology.
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A low-power processor for portable navigation devices: 456 mW at 400 MHz and 24 mW in software standby mode Foundry-fabless collaboration for semiconductor SoC industry in Korea Fast voltage control scheme with adaptive voltage control steps and temporary reference voltage overshoots for dynamic voltage and frequency scaling A complex band-pass filter for low-IF conversion DAB/T-DMB tuner with I/Q mismatch calibration A 57.1–59GHz CMOS fractional-N frequency synthesizer using quantization noise shifting technique
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