Digital signal processors (DSPs) for low power consumption wireless applications

P. Marino, A. Street
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引用次数: 0

Abstract

We are amidst the perfect storm for wireless portable systems that are powered by embedded DSP technology. Better known as the electronic industry third wave, wireless personal systems - such as cell phones, PDAs, internet appliances, 2-way pagers, and GPS systems, are demanding more technology and software performance, while requiring minimal system power consumption. High-performance low-power DSP core architectures are the key enablers driving the consumer experiences with wireless devices. This discussion will focus on how the development of Motorola DSP platforms and process technology advancements are enabling competitive low power system solutions, through architecture design, memory advancement, and signal processing techniques. As a result, OEMs are designing cool and affordable wireless products, that allow consumers to experience connectivity anywhere anytime with longer system battery life.
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用于低功耗无线应用的数字信号处理器(dsp)
我们正处于由嵌入式DSP技术驱动的无线便携式系统的完美风暴中。无线个人系统(如手机、pda、互联网设备、双向寻呼机和GPS系统)被称为电子工业的第三次浪潮,它们要求更高的技术和软件性能,同时要求最低的系统功耗。高性能低功耗DSP核心架构是推动无线设备消费者体验的关键推动者。本次讨论将重点讨论摩托罗拉DSP平台的发展和工艺技术的进步如何通过架构设计、内存进步和信号处理技术实现具有竞争力的低功耗系统解决方案。因此,原始设备制造商正在设计酷而实惠的无线产品,使消费者能够随时随地体验连接,并延长系统电池寿命。
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