⚡ 本页包含 AI 生成的分析内容，仅供参考
该论文设计了一款用于Level-A Evolved EDGE标准的数字基带接收机，功耗仅为4.5mW，旨在提升传统EDGE性能并缩小与HSPA的差距。通过优化数字信号处理架构，实现了低功耗高效接收。
given fresh impetus to 3G technology and beyond, which provides a key enabler to the mobile industry’s only current growth sector. Despite the high data rates of 3G-enabled devices, good user experience still crucially depends on the availability of a fallback mode such as the GSM/EDGE network. While EDGE provides a respectable substitute where 3G is absent, enhancement is desirable both to lessen the disparity between HSPA and legacy EDGE and to improve 2G-only service in regions where upgrade to 3G is not imminent. Evolved EDGE (E-EDGE) is a recent standard [1] that aims to quintuple the EDGE rate to 1.2Mb/s by phasing in a set of extra technical features, including 32QAM and turbo coding. This contribution explores the challenges posed by higher order modulation and
Christian Benkeser1,2, Andreas Bubenhofer1, Qiuting Huang1,2, 1
ETH Zürich, Zürich, Switzerland Advanced Circuit Pursuit (ACP), Zollikon, Switzerland 2 Recent popularity of smart phones and other mobile broadband devices has