Signal processing challenges in the design of the HomePlug AV powerline standard to ensure co-existence with Homeplug 1.0.1

B. Mashburn, H. Latchman, Tim VanderMey, Larry Yonge, K. Tripathi
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引用次数: 7

Abstract

The HomePlug 1.0.1 standard was released in 2000 by the HomePlug Powerline Alliance and is now in use worldwide in powerline communication products for in-home LANs and for broadband powerline (BPL) Internet access, providing typical aggregate TCP throughput of 5-7 Mbps. The HomePlug AV standard, expected to be released in mid 2005, will provide a tenfold improvement in average throughput over 1.0.1. While AV is optimized for multimedia audio-visual (AV) communication, it is important that AV devices coexist with those of 1.0.1. To achieve this, the preamble which begins all AV packets should be robustly detectable by both AV and 1.0.1 nodes. AV devices must also be capable of transmitting 1.0.1 compatible priority and control waveforms, which conform to each region's spectral mask. This paper describes the hurdles that needed to be scaled to generate the compliant waveforms for coexistence, using the AV structures.
HomePlug AV电力线标准设计中的信号处理挑战,以确保与HomePlug 1.0.1共存
HomePlug 1.0.1标准由HomePlug电力线联盟于2000年发布,目前在全球范围内用于家庭局域网和宽带电力线(BPL)互联网接入的电力线通信产品中,提供5- 7mbps的典型总TCP吞吐量。HomePlug AV标准预计将于2005年年中发布,其平均吞吐量将比1.0.1提高十倍。虽然AV针对多媒体视听(AV)通信进行了优化,但重要的是AV设备与1.0.1的设备共存。为了实现这一点,开始所有AV数据包的序言应该被AV和1.0.1节点健壮地检测到。AV设备还必须能够传输1.0.1兼容的优先级和控制波形,这些波形符合每个区域的频谱掩模。本文描述了使用AV结构生成兼容波形所需的障碍。
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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