宽带刺激:v频带的机会
“整个7 ghz的带宽扩展V带可以分配给茶匙& isp回程的目的,也会创造巨大的马车运输流量数据通过电信和互联网服务提供商,从而产生可观的收入。这公平和实用的解决方案为所有参与者提供了一个双赢的局面,”以为拉玛钱德朗。
Tele-Talk新鲜的花,深入分析和观点从受人尊敬的行业领导者
Besides the fact that V band (57-64 GHz) can provide fiber like capacities at a fraction of the cost of fiber and with much faster implementation speeds, V band can also be used to deliver high quality broadband. Over 70 leading economies across the world have delicensed the band, including the FCC (USA) and Ofcom (UK), who were among the early adopters of the band. In the countries where the V band has been delicensed, innovation has flourished, including allowing the development of the WiGig standard (based on IEEE 802.11ad) that provides high speed, and gigabit capacity broadband connectivity for citizens.
Country<\/strong><\/td> | Year of adoption<\/strong><\/td> <\/tr> | UK<\/td> | 2010<\/td> <\/tr> | US<\/td> | 2010<\/td> <\/tr> | Canada<\/td> | 2010<\/td> <\/tr> | Korea<\/td> | 2013<\/td> <\/tr> | Japan<\/td> | 2014<\/td> <\/tr> | China<\/td> | 2015<\/td> <\/tr> | Malaysia<\/td> | 2015<\/td> <\/tr> | Philippines<\/td> | 2016<\/td> <\/tr> <\/tbody> <\/table> Source:National Institute of Public Finance and Policy (NIPFP)<\/em> | V band (57-64 GHz) is globally deployed for in-building and in-campus Wi-Fi solutions, fronthaul and backhaul connectivity to 5G base stations and most importantly, for various Short Range Devices (SRDs). SRDs such as telecommand, telemetry, voice and video applications, wireless audio applications, railway applications, road transport and traffic telematics, alarms, inductive applications, radio microphones, RF identification systems, ultra-low power active medical implants, etc. are used in day-to-day applications. The combination of V band and SRDs would create a plethora of new applications; while enabling new technology and business model opportunities for a variety of established and emerging ecosystem players. The demand for low-cost, and highly innovative smart devices and SRDs is already growing, for catering to various practical applications of convenience. This can be realised only with the V band being delicensed. With the world moving towards 5G and large-scale implementation of IoT devices and applications, delicensing this band would help promote the proliferation of this ecosystem of innovative products and services, which could be a determining factor in India\u2019s technological development and advancement. In the context of SRDs, it may be pertinent to note that the CEPT (European Conference of Postal and Telecommunications Administrations) in its Introduction in the ERC Recommendation 70-03, 12 February 2021, clearly states that: \u2018The term \u201cShort Range Device\u201d (SRD) is intended to cover radio equipment which has a low capability to cause interference. The use of SRD is usually covered by general \/ non-exclusive authorisations on a non-protected, non-interference basis. SRD applications are not a \u201cradiocommunication service\u201d as defined by the ITU Radio Regulations in Article 1.\u2019 The European Commission, implementing EU Decision 2019\/1345 of 2 August 2019 also provides an elaborate listing of the categories of SRDs in its Table 1, besides similar definition by other regulators (e.g. IMDA, Singapore), which establish that SRDs do not cause interference, and hence, should not be subject to licensing. Significantly, V Band features prominently among the frequency bands specified for the SRDs, in all the above references. TRAI has, on several occasions, recommended delicensing of the V band, and consistently urged DoT to expedite the process of opening the band in line with other technologically developed countries. The NDCP 2018 has also clearly recommended the use of V band to help proliferate the delivery of affordable and efficient broadband connectivity to the citizens. The National Institute of Public Finance and Policy (NIPFP) in its report titled \u2018The Economics of Releasing the V-band and E-band Spectrum in India\u2019 has also recommended delicensing of the V band, and quotes studies from the USA that have shown the Economic Value of delicensed spectrum bands to be to the tune of USD 240 Bn. With a population of almost 4 times that of the USA, India could derive far higher economic benefits from these bands. At the same time, the extended V band (64-71 GHz), which lies on the higher end of the spectrum and is not attenuated by oxygen absorption, can enable better backhaul capabilities over longer distances. The entire 7GHz bandwidth of the extended V band could be allocated to TSPs & ISPs for backhaul purpose and would also create tremendous data haul traffic for carriage by telcos and ISPs, thereby generating substantial revenues for them. This equitable and practical solution offers a win-win situation for all stakeholders. ","blog_img":"","posted_date":"2021-05-07 12:53:29","modified_date":"2021-05-07 12:56:53","featured":"0","status":"Y","seo_title":"Broadband boost: The V-Band opportunity","seo_url":"broadband-boost-the-v-band-opportunity","url":"\/\/www.iser-br.com\/tele-talk\/broadband-boost-the-v-band-opportunity\/4914","url_seo":"broadband-boost-the-v-band-opportunity"}">
激烈的辩论在e v带的使用已经包围了数字通信领域。虽然这两个乐队最常被称为相提并论,事实是,V带(57 - 64 GHz)具有某些独特的传播特性,这需要它从其他极其细微的谱带被区别对待。自86%的低端V带氧气分子吸收,它不是有用的移动回程需要传播在几公里,信号损失在这个乐队快100倍。但与此同时,它适用于高容量、低和短覆盖应用程序和也显著降低干扰,同时允许宽通道带宽,使高吞吐量,使它适合提供高千兆wi - fi的能力。这是特别相关的最近点万尼政府提出的方案作为wi - fi热点的扩散,可能有利于当地企业,并鼓励创新。
除了这样一个事实:V带(57 - 64 GHz)可以提供纤维像能力在成本的一小部分纤维和更快的执行速度,V带也可以用来提供高质量的宽带。全世界的超过70个主要经济体delicensed乐队,包括FCC(美国)和通信管理局(英国),在乐队的早期采用者。在国家delicensed V带,创新蓬勃发展,包括允许的发展WiGig标准(基于IEEE 802.11的广告),提供高速、宽带连接和千兆能力的公民。
V带(57 - 64 GHz)是全球在建和在校园无线网络解决方案部署,fronthaul和回程连接5克基站和最重要的是,各种短距离设备(阶跃恢复二极管)。阶跃恢复二极管等遥控、遥测、语音和视频应用,无线音频应用,铁路应用,道路运输和交通远程信息处理,警报,归纳应用,无线麦克风,射频识别系统、超低功率有源医疗植入物等在日常应用中使用。V带和阶跃恢复二极管会创建大量的新应用程序;而使新技术和商业模式的机会大量玩家已有和新兴的生态系统的。低成本、需求和高度创新的智能设备和阶跃恢复二极管已经增长,为满足各种实际应用的方便。这可以意识到只有delicensed V带。 与世界朝着5 g和大规模物联网设备和应用程序的实现,delicensing这乐队将有助于促进这个生态系统的扩散的创新产品和服务,这可能是一个决定性因素在印度的技术发展和进步。 在阶跃恢复二极管的上下文中,它可能与注意,除了(欧洲会议的邮政和电信管理部门)介绍的伦理委员会推荐70 - 03年,2021年2月12日,明确指出:“这个词“短程装置”(阶跃恢复二极管)旨在覆盖无线电设备能力低造成干扰。一般使用阶跃恢复二极管通常是由/非排他性授权不受保护,不干涉。阶跃恢复二极管应用程序并不是一个“无线电通信服务”所定义的ITU广播条例第一条。” 欧盟委员会(European Commission),实现欧盟决定2019年8月2日的2019/1345还提供了一个详尽的清单表1阶跃恢复二极管的类别,除了类似定义其他监管机构(例如IMDA、新加坡),建立阶跃恢复二极管不造成干扰,因此,不应受许可。明显,V带的特点突出为阶跃恢复二极管指定频带中,在上述引用。 火车在一些场合,建议delicensing V带,一直敦促点乐队加快开放的过程与其他技术发达国家。的NDCP 2018显然也推荐使用V带帮助扩散提供负担得起的和有效的宽带连接到公民。 国家公共财政与政策研究所(NIPFP)在其报告中名为“释放的经济学v频带和E-band频谱在印度也推荐delicensing的V带,引用研究来自美国,显示delicensed谱带的经济价值是2400亿美元。人口的近4倍的美国,印度可以从这些乐队获得更高的经济效益。 同时,扩展的V带(64 - 71 GHz),位于光谱的高端和不减氧吸收,可以使更好的回程功能在更远的距离。整个7 ghz的带宽扩展V带可以分配给茶匙& isp回程的目的,也会创造巨大的马车运输流量数据通过电信和互联网服务提供商,从而产生可观的收入。这公平和实用的解决方案为所有参与者提供了一个双赢的局面。 免责声明:作者的观点仅和ETTelecom.com不一定订阅它。乐动体育1002乐动体育乐动娱乐招聘乐动娱乐招聘乐动体育1002乐动体育ETTelecom.com不得负责任何损害任何个人/组织直接或间接造成的。 Besides the fact that V band (57-64 GHz) can provide fiber like capacities at a fraction of the cost of fiber and with much faster implementation speeds, V band can also be used to deliver high quality broadband. Over 70 leading economies across the world have delicensed the band, including the FCC (USA) and Ofcom (UK), who were among the early adopters of the band. In the countries where the V band has been delicensed, innovation has flourished, including allowing the development of the WiGig standard (based on IEEE 802.11ad) that provides high speed, and gigabit capacity broadband connectivity for citizens.
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