将印度在该地区声称技术领导5 g ?
更快的数据传输速度和无处不在的报道,5 g将援助交付数字服务的教育和医疗行业提高达到巨大的农村人口。
Tele-Talk新鲜的花,深入分析和观点从受人尊敬的行业领导者
India for long has been a technology laggard in terms of adoption of mobile technologies. However, that is all set to change with adoption of 5G in India.<\/p>
India for long has been a technology laggard in terms of adoption of mobile technologies. However, that is all set to change with adoption of 5G in India.<\/p>
5G extends beyond the mobile device ecosystem enabling services like Machine to Machine (M2M), Internet of Things (IoT), Augmented Reality (AR) \/ Virtual Reality (VR). 5G has the potential to unfold a multi-billion dollar revenue opportunity for Indian telcos by 2025.<\/p>
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With faster data speeds and ubiquitous coverage, 5G would aid delivery of digital services in the education and health care sectors enhancing reach to huge rural population. Digitization which would only gain further momentum through 5G would also assist in making the delivery of public services more efficient. Hence, the technology would have far reaching implications on public and industrial sectors and has the potential to transform the lives of the citizens of India.<\/p>
India has embarked on the journey to build the necessary ecosystem for 5G deployment. In term of spectrum planning, harmonization and allocation; India is reviewing the 2600 MHz, 3300-3400 MHz and 3400-3600 MHz for 5G services and has commenced consultation on next round of airwaves sales. The DoT is in process of harmonization of spectrum in 3,500 MHz band and 2,600 MHz band along with E and V band which are used for backhaul connectivity.<\/p>
Gear manufacturers and chip manufacturers have joined the endeavor with partnerships with public and private players including telcos, platform developers; setting up incubation centers, test beds in partnership with premier technology institutions in the country for development of use cases. Several Indian software companies and tech start-ups are involved in IoT, M2M platform development.<\/p>
With this ecosystem development in the works, 5G commercial roll-out is dependent on the formalization of standards by the International Telecommunications Union. A major milestone was the Non-Standalone (NSA) Release 15 specification meaning that the 5G network is dependent upon the existing LTE evolved packet core (EPC) network and an LTE \u201canchor\u201d carrier for control signaling. This has greatly helped device and chip manufacturers in development of the device eco-system that would be required for 5G.<\/p>
The dependence of 5G on the LTE \u201canchor\u201d brings focus back to the telecom service providers who are building their 4G\/ LTE networks and are still striving for pan-India coverage, desired network quality and customer experience. There are several enabling technologies which should already be embedded in the network architecture to realize the full potential of 5G such as millimeter wave spectrum, network function virtualization, massive MIMO, software-defined network for transport networks, scalable IoT amongst others. Most telcos are gearing up to embrace these transformational assignments and are in various stages of deployment. These endeavors, whilst in the long run might be cost effective, but owing to the transition running simultaneously with 4G network deployment, the capex is intensive. In addition to requirement for speedy execution of these transformations for timely 5G roll out in 2020, these expenditures are increasing and further hampering telco\u2019s financials.<\/p>
The first glimpse of commercial readiness of the telcos to embark on the 5G journey commercially and the scale of deployment would be visible in the impending spectrum auctions. Will the highly leveraged balance sheets of telcos and current state of flux in the industry which is in consolidation mode hinder India\u2019s plans to gain this technology leadership; remains to be seen.<\/p>","blog_img":"retail_files\/blog_1526381356_temp.jpg","posted_date":"2018-05-15 16:19:17","modified_date":"2019-09-09 18:17:31","featured":"0","status":"Y","seo_title":"Will India claim technology leadership in the region with 5G?","seo_url":"will-india-claim-technology-leadership-in-the-region-with-5g","url":"\/\/www.iser-br.com\/tele-talk\/will-india-claim-technology-leadership-in-the-region-with-5g\/3033","url_seo":"will-india-claim-technology-leadership-in-the-region-with-5g"}">
印度长时间了技术落后的移动技术的采用。然而,与采用将改变5克在印度。
5 g超出手机生态系统使机器对机器(M2M)等服务,互联网的事情(物联网),增强现实(AR) /虚拟现实(VR)。5克有可能展开一个数十亿美元的收入在2025年印度电信公司的机会。
更快的数据传输速度和无处不在的报道,5 g将援助交付数字服务的教育和医疗行业提高达到巨大的农村人口。数字化通过5 g只会进一步上涨势头还将协助在公共服务的交付更有效率。因此,这种技术将产生深远的影响在公共和工业部门和有潜力改变印度公民的生活。
印度已开始着手建立必要的生态之旅5 g部署。的频谱规划、协调和分配;印度正在审查2600 MHz, 3300 - 3400 MHz和3400 - 3600 MHz 5 g服务,并开始下一轮磋商电视销售。的点在协调的过程在3500 MHz频段的频谱和2600 MHz频带E和V带用于回程连接。
设备制造商和芯片制造商已经加入了努力与公共和私人合作的球员包括电信公司,平台开发人员;设立孵化中心、测试床与总理技术机构合作开发的用例。几家印度软件公司和科技初创公司正在参与物联网,M2M平台发展。
这个生态系统发展,5 g商业推广是依赖于标准的规范化国际电信联盟。一个重要的里程碑是Non-Standalone (NSA)释放15规范意味着5 g网络依赖于现有的LTE进化分组核心(EPC)网络和一个LTE“锚”载体控制信号。这极大地帮助设备和芯片制造商在开发设备的生态系统,需要5 g。
5 g LTE的依赖“锚”的焦点又回到电信服务提供商正在建设他们的4 g LTE网络和仍在争取pan-India报道所需的网络质量和客户体验。有几种实现技术,应该已经嵌入到网络体系结构实现全部潜能的5 g毫米波频段等网络功能虚拟化,巨大的天线系统,软件定义网络的传输网络,可伸缩的物联网在别人。大多数电信公司正准备接受这些转换作业和在不同阶段的部署。这些努力,而从长远来看可能是成本效益,但是由于过渡同时运行4 g网络部署,密集的资本支出。除了要求快速执行这些转换及时5 g在2020年推出,这些支出增加,进一步阻碍了电信的金融类股。
商业准备的第一次看到5 g电信公司从事的商业旅程和部署的规模将会在即将到来的频谱拍卖。电信公司的高杠杆的资产负债表和通量的当前状态行业在整合模式阻碍印度的计划获得这种技术领导力;还有待观察。
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5G extends beyond the mobile device ecosystem enabling services like Machine to Machine (M2M), Internet of Things (IoT), Augmented Reality (AR) \/ Virtual Reality (VR). 5G has the potential to unfold a multi-billion dollar revenue opportunity for Indian telcos by 2025.<\/p>
<\/p>
<\/p>
<\/p>
With faster data speeds and ubiquitous coverage, 5G would aid delivery of digital services in the education and health care sectors enhancing reach to huge rural population. Digitization which would only gain further momentum through 5G would also assist in making the delivery of public services more efficient. Hence, the technology would have far reaching implications on public and industrial sectors and has the potential to transform the lives of the citizens of India.<\/p>
India has embarked on the journey to build the necessary ecosystem for 5G deployment. In term of spectrum planning, harmonization and allocation; India is reviewing the 2600 MHz, 3300-3400 MHz and 3400-3600 MHz for 5G services and has commenced consultation on next round of airwaves sales. The DoT is in process of harmonization of spectrum in 3,500 MHz band and 2,600 MHz band along with E and V band which are used for backhaul connectivity.<\/p>
Gear manufacturers and chip manufacturers have joined the endeavor with partnerships with public and private players including telcos, platform developers; setting up incubation centers, test beds in partnership with premier technology institutions in the country for development of use cases. Several Indian software companies and tech start-ups are involved in IoT, M2M platform development.<\/p>
With this ecosystem development in the works, 5G commercial roll-out is dependent on the formalization of standards by the International Telecommunications Union. A major milestone was the Non-Standalone (NSA) Release 15 specification meaning that the 5G network is dependent upon the existing LTE evolved packet core (EPC) network and an LTE \u201canchor\u201d carrier for control signaling. This has greatly helped device and chip manufacturers in development of the device eco-system that would be required for 5G.<\/p>
The dependence of 5G on the LTE \u201canchor\u201d brings focus back to the telecom service providers who are building their 4G\/ LTE networks and are still striving for pan-India coverage, desired network quality and customer experience. There are several enabling technologies which should already be embedded in the network architecture to realize the full potential of 5G such as millimeter wave spectrum, network function virtualization, massive MIMO, software-defined network for transport networks, scalable IoT amongst others. Most telcos are gearing up to embrace these transformational assignments and are in various stages of deployment. These endeavors, whilst in the long run might be cost effective, but owing to the transition running simultaneously with 4G network deployment, the capex is intensive. In addition to requirement for speedy execution of these transformations for timely 5G roll out in 2020, these expenditures are increasing and further hampering telco\u2019s financials.<\/p>
The first glimpse of commercial readiness of the telcos to embark on the 5G journey commercially and the scale of deployment would be visible in the impending spectrum auctions. Will the highly leveraged balance sheets of telcos and current state of flux in the industry which is in consolidation mode hinder India\u2019s plans to gain this technology leadership; remains to be seen.<\/p>","blog_img":"retail_files\/blog_1526381356_temp.jpg","posted_date":"2018-05-15 16:19:17","modified_date":"2019-09-09 18:17:31","featured":"0","status":"Y","seo_title":"Will India claim technology leadership in the region with 5G?","seo_url":"will-india-claim-technology-leadership-in-the-region-with-5g","url":"\/\/www.iser-br.com\/tele-talk\/will-india-claim-technology-leadership-in-the-region-with-5g\/3033","url_seo":"will-india-claim-technology-leadership-in-the-region-with-5g"},img_object:["retail_files/blog_1526381356_temp.jpg","retail_files/author_1526974348_temp.jpg"],fromNewsletter:"",newsletterDate:"",ajaxParams:{action:"get_more_blogs"},pageTrackingKey:"Blog",author_list:"Aditya Khaitan",complete_cat_name:"Blogs"});" data-jsinvoker_init="_override_history_url = "//www.iser-br.com/tele-talk/will-india-claim-technology-leadership-in-the-region-with-5g/3033";">
