Wireless synchronous broadband last mile access solutions for multimedia applications in license free frequency spectrums

P. Mandl, P. Schrotter, E. Leitgeb
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引用次数: 8

Abstract

A dominant percentage of last mile Internet connections within entire Europe are realized with copper cable pairs (POTL) which are limited in bandwidth by cable length (attenuation) and the number of XDSL lines in a telecommunication cable (crosstalk). Exposed users often cannot get state of the art broadband Internet connections for these reasons and in addition also have to share existing bandwidth with other users which can lead to low bitrates. Current trends show a strong demand of synchronous broadband Internet lines for high quality multimedia applications (e.g. VoD, online video communities and video conferencing). This paper will focus on alternative wireless synchronous license exempt optical and radio frequency wireless last mile access technologies and shows advantages and disadvantages between different methods.
无线同步宽带最后一英里接入解决方案,用于免许可证频谱的多媒体应用
整个欧洲的最后一英里互联网连接的主要百分比是通过铜电缆对(POTL)实现的,其带宽受电缆长度(衰减)和电信电缆中的XDSL线路数量(串扰)的限制。由于这些原因,暴露的用户通常无法获得最先进的宽带互联网连接,此外还必须与其他用户共享现有的带宽,这可能导致低比特率。目前的趋势显示,高质量多媒体应用(例如,视频点播、在线视频社区和视频会议)对同步宽带互联网线路的需求很大。本文将重点介绍可选的无线同步免许可光学和射频无线最后一英里接入技术,并展示不同方法之间的优缺点。
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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