125 mW/MIPS超高速低功耗非对称数字用户线路收发芯片的设计与实现

Seong-Jo Na, M.M.-O. Lee, Ting-Hong Chung, Seung-Min Lee, J.H. Kim
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引用次数: 0

摘要

随着ADSL技术从通过双绞线的1.5 Mbps全双工HDSL技术理想地转换为通过单绞线的6.144 Mbps传输技术,具有音频和视频的多媒体业务已成为最理想的。这就产生了使用用户线路的T1和E1级数据的交互式传输服务,而无需中继器。ADSL收发器芯片组采用离散多音调制(DMT)方案和基于risc的DSP核心结构。我们的ADSL芯片适用于视频点播、交互式交互服务和/或电话会议系统等。芯片工作频率为40mhz,功耗为5w,电压为5v。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and implementation for 125 mW/MIPS ultra-high speed low power asymmetric digital subscriber line transceiver chip
Multimedia service with audio and video have become most desirable as the ADSL technology ideally converted from 1.5 Mbps full duplex HDSL technology via two twist-pair into 6.144 Mbps transmission technology via single twist-pair. This results in an interactive transmission service of T1 & E1 class data using the subscriber line without repeaters. The ADSL transceiver chipset is configured by DMT (Discrete Multi Tone modulation) scheme and RISC-based DSP core structure. Our ADSL chip is to be used in VOD, interactive interact service and/or teleconferencing system, etc. The operating frequency and dissipated power of the chip are 40 MHz and 5 W at 5 V.
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