SiP for GSM/EDGE in CMOS technology

G. Puma, Ernst Kristan, Paolo De Nicola, C. Vannier, Braam Greyling, S. Piccolella
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引用次数: 0

Abstract

The development in the field of RF and baseband (BB) integration in nanoscale CMOS technology for cellular systems over the last recent years has shown significant progress. The successful integration of the RF transceiver with digital baseband processor enables mobile phone manufacturer to build ultra-low cost phones for GSM/GPRS in CMOS technology. This trend towards continuous system integration for mobile phones with an advanced feature set providing high data rate communication, multimedia and camera capabilities. The support of various features requires a system solution including the power-management unit (PMU) with highly efficient DC-DC converters to reduce the overall power consumption. However, this imposes a major challenge for the integration of the RF due to crosstalk and thermal heating effects caused by the PMU and BB part.
用于GSM/EDGE的CMOS技术的SiP
近年来,蜂窝系统中射频与基带(BB)集成的纳米级CMOS技术取得了重大进展。射频收发器与数字基带处理器的成功集成使手机制造商能够在CMOS技术中制造超低成本的GSM/GPRS手机。这种趋势是移动电话的持续系统集成,具有先进的功能集,提供高数据速率通信,多媒体和摄像功能。支持各种功能需要一个系统解决方案,包括具有高效DC-DC转换器的电源管理单元(PMU),以降低整体功耗。然而,由于PMU和BB部分引起的串扰和热加热效应,这对RF的集成提出了重大挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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