当前位置:首页 >英文主页 >中英对照 > 中译版报告详情

爱立信(Ericsson):2024 6G无线接入网(RAN)能源绩效白皮书:十年一遇的机遇(中译版)(18页).pdf

上传人: Y**** 编号:490337 2024-12-31 18页 831.38KB

下载:

1、Ericsson White PaperGFTL-24:001335November 2024Energy Performance of 6G Radio Access Networks:A once in a decade opportunityEnergy Performance of 6G Radio Access Networks:A once in a decade opportunityContentNovember 20242ContentIntroduction 3Lean design in 6G Separation of concerns 6Scalable by des

2、ign Fast adaptation 11Requirement management Service requests and activation 13Summary and conclusion 15References 16Authors 17Energy Performance of 6G Radio Access Networks:A once in a decade opportunityIntroductionNovember 20243IntroductionHigh and growing energy consumption receives more and more

3、 attention in the telecommunication industry.This also applies to discussions about 6G where delivering continued service growth combined with reduced network energy consumption is a key consideration.The term“energy performance”in the title of this white paper denotes minimizing the network energy

4、consumption for a given set of performance requirements,such as user throughput,capacity,and latency.Energy performance is a system-wide aspect that can be easily compromised by mistakes in standards,implementations,or network management.Every component of the system matters,and it only takes one ba

5、d solution in one part for the system to end up with poor overall energy performance.A good standard is essential for achieving excellent energy performance,but it is not enough on its own.It takes time to see the global benefits of improved design practices and infrastructure technology due to the

6、long lifespans of network equipment and telecom generations.This makes it even more important to double down and ensure that cellular technology continues to advance in the energy performance dimension.There have already been important advancements in the energy performance area,particularly with th

word格式文档无特别注明外均可编辑修改,预览文件经过压缩,下载原文更清晰!
三个皮匠报告文库所有资源均是客户上传分享,仅供网友学习交流,未经上传用户书面授权,请勿作商用。
本文主要讨论了6G无线接入网络的能效性能,并提出了在设计6G网络时可以采用的策略。文章指出,5G NR的“瘦设计”在能效方面取得了显著成功,6G可以在此基础上进一步优化。例如,通过将默认同步信号的周期从20ms增加到160ms,6G的待机模式能耗可以比5G NR降低4倍。此外,通过将瘦设计扩展到节点和频率域,6G的总待机模式网络能耗可以比5G NR降低4倍以上。为了实现这一目标,设计应遵循“关注分离”原则,以确保连接模式要求(如比特率、可靠性、延迟等)不会影响待机模式功能的设计。文章还指出,为了实现高效的网络,需要根据实时流量和性能要求仔细调整网络。因此,设计中需要考虑可扩展性和快速适应性,以允许网络始终以正确数量激活的硬件组件运行。
6G如何实现比5G更高效的能效? 6G如何通过设计分离来提高能效? 6G如何通过快速适应来提高能效?
客服
商务合作
小程序
服务号
折叠