5 g的数字世界连接
“5克推出将被证明是一个福音甚至大流行后的世界数字支持将是永久性的,将进一步加强新应用程序/ 5 g的可能性,”瓦说。
Tele-Talk新鲜的花,深入分析和观点从受人尊敬的行业领导者
5G will help to achieve India\u2019s digital economy to USD 1 Trillion by the year 2025 driven by increased proliferation of smart phones, increased internet penetration, growth of mobile broadband, growth of data and social media.
Key Features of 5G Technology<\/strong>
- Enhanced mobile broadband with unprecedented data speeds \u2013 almost 20 times faster than 4G speed of typically below 50 mbps.<\/li>
- Low latency \u2013 latency of 1 milli second for Ultra reliable low latency mission critical applications.<\/li>
- Internet of things- can connect growing number of devices containing several billion things.<\/li>
- Besides these, 5G also allows network slicing, which allows the same underlying physical network to be used to provide customizable, virtual networks. This in turn enables functionalities of interest to specific industries and other user groups.<\/li> <\/ul>
Telecom Infrastructure: Higher concentration of telecom towers and small cells \u2014 network densification<\/strong>
The demand for towers is likely to be more than treble to meet 5G requirements. This would be necessitated as 5G will operate in higher frequency band with lower coverage. While the new macro towers may not need to be as high and will mostly be the micro\/small cells, the number of such micro\/small cells will increase considerably, and they could be needed every few meters. It is estimated that approximately 1000 Base Station Cells per square Kilometre will be required.
The National Broadband mission has rightly envisaged adding 10 lakh mobile towers by 2024 keeping in mind the launch of 5G services in the country.
Fiberised connectivity between telecom towers<\/strong>
With a speed of almost 100 times of a 4G network, it would not be possible to support such a high bandwidth over the MW network. The traffic between towers and from tower to the core network will require towers to be connected by optical fibre.
With barely 33% of towers currently connected by fibre, and the many more towers\/micro cells yet to be deployed, fibre connectivity could be critical to the success of India\u2019s 5G plans.
Keeping the 5G rollout in mind, National Broadband Mission has rightly envisaged 70% of fiberized towers by the year 2024. In terms of OFC, India has roughly 2.2 million kms of fibre connectivity. National Broadband Mission (NBM) has a target to take it to 5.5 million by 2024.
Enhancement of IP 1 scope to active infrastructure sharing \u2014 a must for attracting investments and quick rollout of 5G<\/strong>
5G based services and applications would require a ubiquitous and all pervasive 5 G infrastructure, wherein macro cells would have to be supported by many small cells. Thus, the timely enhancement of scope of IP 1 to include active infrastructure sharing by DoT \u2013 would prove to be a boon for the telecom sector for attracting investments and faster rollout of 5G network.
Telecom, being a capital-intensive business, needs huge investment for growth, technology evolution and expansion. IP-1s being neutral host, would offer network with quick turnaround time for telecom towers, base stations, IBS, small cell etc. to service providers in a transparent and non-discriminatory basis to telecom service providers.
Eliminate digital ynequality<\/strong>
5G would need ubiquitous coverage to be successful. Enabling it in just a few urban centers would create nothing but hotspots that will not deliver real-life 5G use cases. For example, for patient in a village trying to consult a doctor in a city over a video call, it would have to be ensured that both sides get the right experience requires the network, the app, and the content delivery network (CDN) to all work in sync.
With the advent of 5G, edge data centers would become a common thing, requiring a high degree of cooperation between operators and CDNs. Apps would need to have their readiness and partner with both operators and CDNs to deliver content smoothly.
Conclusion<\/strong>
5G will provide beyond the traditional voice and data through enabling technologies like Internet of Things (IoT), Artificial Intelligence (AI), Robotic Process Automation (RPA), Augmented Reality \/ Virtual Reality (AR\/ VR) etc. The 5G rollout would prove to be a boon even for the post pandemic world as digital enablement is going to be permanent and would be further strengthened by possibility of new applications over 5G.
","blog_img":"","posted_date":"2021-11-29 08:44:36","modified_date":"2021-11-29 08:44:36","featured":"0","status":"Y","seo_title":"5G for a digitally connected world","seo_url":"5g-for-a-digitally-connected-world","url":"\/\/www.iser-br.com\/tele-talk\/5g-for-a-digitally-connected-world\/5161","url_seo":"5g-for-a-digitally-connected-world"}">5克移动通信领域的技术代表了一个范式转变通信,因为它不仅使人类通信机器对机器通信的数字连接世界各种用例。
5 g将有助于实现印度1万亿美元的数字经济到2025年由增加使用智能手机的普及,互联网普及率的增加,移动宽带的增长,经济增长的数据和社交媒体。
5 g技术的关键特性
- 增强移动宽带数据以前所未有的速度——几乎比4 g快20倍的速度通常低于50 mbps。
- 低延迟,延迟1毫秒的超可靠的低延迟的任务关键型应用程序。
- 物联网,可以连接越来越多的设备包含数十亿的事情。
- 除了这些,5 g还允许网络分割,它允许使用相同的底层物理网络提供可定制的虚拟网络。这反过来又使功能感兴趣的特定行业和其他用户组。
电信基础设施:更高的浓度电信大楼和小细胞——网络致密化
塔的需求可能会超过三满足5 g的要求。这将需要5克将在高频段和低覆盖率。而新宏塔可能不需要那么高,主要是将微/小细胞,这样微/小细胞的数量将大大增加,他们可能需要每隔几米。据估计,大约1000个基站电池需要每平方公里。
国家宽带计划有正确的设想增加十万的移动大楼2024记住5 g的发射服务。
Fiberised电信塔之间的连通性
近100倍的速度的4 g网络,它将不可能支持这样一个兆瓦网络高带宽。从塔塔和核心之间的交通网络将需要塔通过光纤连接。
目前只有33%的塔由纤维连接,和更多的塔/微细胞尚未部署,纤维连接可能对印度的5 g的成功至关重要的计划。
保持5 g的推广,国家宽带计划有正确的设想纤维化塔到2024年的70%。离岸金融中心而言,印度有大约220万公里的光纤连接。全国宽带计划(现)目标到550万年的2024。
增强IP 1范围活动基础设施共享,必须吸引投资和快速推出5克
5克的基础服务和应用程序需要一个无处不在的和普遍的5克所有的基础设施,在宏观细胞必须由许多小细胞。因此,及时改进IP 1的范围包括活跃的基础设施共享点——将被证明是一个福音为吸引投资电信业和更快的推出5 g网络。
电信,是一个资本密集型业务,需要巨大的投资增长,技术进化和扩张。IP-1s中立主机,将提供网络与快速周转时间电信塔、基站、肠易激综合症、小细胞等服务提供商在透明和非歧视的基础电信服务提供商。
消除数字ynequality
5 g需要无处不在的报道才能成功。使其在几个城市中心创建除了热点,将不会提供真实的5 g的用例。例如,对于病人在一个村子里试图去看医生在一个城市一个视频电话,它必须确保双方得到正确的经验需要网络,应用,内容分发网络(CDN)所有工作同步。
随着5克,边缘数据中心将成为一个共同的事情,需要高度的合作运营商和发布商。应用程序将需要他们的准备和与运营商和发布商合作顺利传递内容。
结论
5 g将提供超越传统的语音和数据通过物联网等支持技术(物联网)、人工智能(AI),机器人过程自动化(战)、增强现实、虚拟现实(AR / VR)等5 g推出将被证明是一个福音甚至为世界大流行后的数字支持将是永久性的,将进一步加强新应用程序/ 5 g的可能性。
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5G will help to achieve India\u2019s digital economy to USD 1 Trillion by the year 2025 driven by increased proliferation of smart phones, increased internet penetration, growth of mobile broadband, growth of data and social media.
Key Features of 5G Technology<\/strong>
- Enhanced mobile broadband with unprecedented data speeds \u2013 almost 20 times faster than 4G speed of typically below 50 mbps.<\/li>
- Low latency \u2013 latency of 1 milli second for Ultra reliable low latency mission critical applications.<\/li>
- Internet of things- can connect growing number of devices containing several billion things.<\/li>
- Besides these, 5G also allows network slicing, which allows the same underlying physical network to be used to provide customizable, virtual networks. This in turn enables functionalities of interest to specific industries and other user groups.<\/li> <\/ul>
Telecom Infrastructure: Higher concentration of telecom towers and small cells \u2014 network densification<\/strong>
The demand for towers is likely to be more than treble to meet 5G requirements. This would be necessitated as 5G will operate in higher frequency band with lower coverage. While the new macro towers may not need to be as high and will mostly be the micro\/small cells, the number of such micro\/small cells will increase considerably, and they could be needed every few meters. It is estimated that approximately 1000 Base Station Cells per square Kilometre will be required.
The National Broadband mission has rightly envisaged adding 10 lakh mobile towers by 2024 keeping in mind the launch of 5G services in the country.
Fiberised connectivity between telecom towers<\/strong>
With a speed of almost 100 times of a 4G network, it would not be possible to support such a high bandwidth over the MW network. The traffic between towers and from tower to the core network will require towers to be connected by optical fibre.
With barely 33% of towers currently connected by fibre, and the many more towers\/micro cells yet to be deployed, fibre connectivity could be critical to the success of India\u2019s 5G plans.
Keeping the 5G rollout in mind, National Broadband Mission has rightly envisaged 70% of fiberized towers by the year 2024. In terms of OFC, India has roughly 2.2 million kms of fibre connectivity. National Broadband Mission (NBM) has a target to take it to 5.5 million by 2024.
Enhancement of IP 1 scope to active infrastructure sharing \u2014 a must for attracting investments and quick rollout of 5G<\/strong>
5G based services and applications would require a ubiquitous and all pervasive 5 G infrastructure, wherein macro cells would have to be supported by many small cells. Thus, the timely enhancement of scope of IP 1 to include active infrastructure sharing by DoT \u2013 would prove to be a boon for the telecom sector for attracting investments and faster rollout of 5G network.
Telecom, being a capital-intensive business, needs huge investment for growth, technology evolution and expansion. IP-1s being neutral host, would offer network with quick turnaround time for telecom towers, base stations, IBS, small cell etc. to service providers in a transparent and non-discriminatory basis to telecom service providers.
Eliminate digital ynequality<\/strong>
5G would need ubiquitous coverage to be successful. Enabling it in just a few urban centers would create nothing but hotspots that will not deliver real-life 5G use cases. For example, for patient in a village trying to consult a doctor in a city over a video call, it would have to be ensured that both sides get the right experience requires the network, the app, and the content delivery network (CDN) to all work in sync.
With the advent of 5G, edge data centers would become a common thing, requiring a high degree of cooperation between operators and CDNs. Apps would need to have their readiness and partner with both operators and CDNs to deliver content smoothly.
Conclusion<\/strong>
5G will provide beyond the traditional voice and data through enabling technologies like Internet of Things (IoT), Artificial Intelligence (AI), Robotic Process Automation (RPA), Augmented Reality \/ Virtual Reality (AR\/ VR) etc. The 5G rollout would prove to be a boon even for the post pandemic world as digital enablement is going to be permanent and would be further strengthened by possibility of new applications over 5G.
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