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New Delhi: While millions of smartphone<\/a> and internet users in the country anxiously wait for better speed with 5G<\/a> roll-out, the country equally needs higher efficiencies in industries like manufacturing, healthcare, education, agriculture, financial inclusion and many others to accelerate the process of digital transformation, which can best be achieved only through the use of private captive 5G networks<\/a> on the premises.

Private 5G captive networks are about the deployment of high speed, enhanced data capacity, and ultra-low latency applications inside a closed manufacturing unit, hospital, airport and shipping port, among others.

Such networks are single end-users (the enterprise itself) in the given location, unlike a vast number of users in public networks.

According to Neil Shah, Vice President of Research, Counterpoint Research, such private 5G networks are going to be self-serving networks ideally suited for large enterprises with huge campuses, premises such as factories, ports, mines, and universities.

'These enterprises will benefit from efficiently using their own spectrum to connect multiple internet of things (IoT) applications -- from surveillance cameras, million dollar sensor-integrated machines for real-time monitoring, predictive maintenance, shop-floor digital twins, automated cranes, vehicles or forklifts,' Shah told IANS.

This will provide secure, high-speed and low-latency broadband connectivity to enterprise devices such as smar<\/a>tphones, tablets, PCs and augmented reality (AR) glasses for driving up productivity and efficiency.

'The whole business case of enterprise building on private networks is driven by self-designed, service level agreement (SLAs) cost structure, as spectrum is not a public-shared resource anymore, in addition to offering cellular-grade security and data sovereignty with data ideally not leaving the premises,' Shah explained.

The Department of Telecom, in its notice inviting applications (NIA) for the auction of spectrum in various bands, provided explicit clarity on the subject of Captive Non-Public Networks (CNPN<\/a>), or private 5G captive networks.

Section 2.4 of the NIA on CNPN laid down the principle that a CNPN can be set up in any of the four possible ways, including the one where CNPNs for non-telecom verticals may obtain the spectrum directly from DoT and establish their own isolated network.

According to TV Ramachandran<\/a>, President of the Broadband India Forum (BIF<\/a>), a public telecom network set up by a telecom licensee would necessarily have to be one which optimises the various needs of the masses.

'It would not be in a position to meet specific enterprise higher and specific SLAs (service-level agreements) that are characteristic of specific industry<\/a> verticals. For example, the needs and requirements would be quite different for a Maruti-Suzuki automotive factory from that of an Apollo Hospital or of an IIT Delhi campus, and so on,' he mentioned.

The regulatory authority in Germany said recently that for many enterprises, operating a campus network is linked to introducing new, digital business processes.

'The provision of numbers represents a key contribution to the spread of digital technology. It benefits both large industrial enterprises as well as small and medium-sized enterprises (SMEs) wanting to operate private campus networks with their own broadband spectrum assignments and numbers,' the German regulator noted.

With private 5G networks, enterprises will use licensed cellular spectrum instead of open-for-all unlicensed Wi-Fi spectrum.

However, according to industry experts, it is still not clear if it is lucrative enough for enterprises to build their own licensed spectrum-based captive cellular network or lease the spectrum from mobile network operator (MNO) or buy a network slice from the MNO.

'It will take at least four-to-five years, looking into the scale of devices connected to the private network and efficient spectrum utilisation, to determine if its prudent enough to deploy your own captive private network,' Shah told IANS.

India will initially see several deployment scenarios in the market and depending on the size, requirements and execution of an enterprise, it will be clear which scenario is suitable and viable.


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印度公司的理由需要自己的5 g网络

私人5 g俘虏网络高速的部署,增强数据的能力,和超低延迟应用程序在一个封闭的生产单位,医院,机场和海运港口等。

  • 2022年8月7日更新是探测点
阅读: 100年行业专业人士
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新德里:尽管数以百万计的智能手机和互联网用户焦急地等待更好的速度5克推出,中国同样需要更高的效率在制造业等产业,医疗、教育、农业、金融包容性和许多其他加速数字转换的过程中,能最好的实现只有通过使用私人俘虏5 g网络的前提。

私人5 g俘虏网络高速的部署,增强数据的能力,和超低延迟应用程序在一个封闭的生产单位,医院,机场和海运港口等。

广告
这种网络是单身终端用户(企业本身)在给定的位置,与在公共网络中大量的用户。

尼尔·沙阿说,副总统的研究,对比研究,这种私人5 g网络会自私与巨大的校园网络适合大型企业,前提,如工厂、港口、矿山、和大学。

这些企业将受益于有效地使用自己的频谱来连接多个物联网(物联网)应用程序——从监控摄像头,百万美元sensor-integrated机实时监控、预测性维护,具有数字双胞胎,自动化起重机、车辆或叉车,”沙告诉题材影片。

这将提供安全、高速、低延迟的宽带连接企业设备如sm基于“增大化现实”技术tphones、平板电脑、个人电脑和增强现实(AR)眼镜推高生产率和效率。

整个商业案例的企业私有网络是由自行设计的基础上,服务水平协议(sla)成本结构,作为频谱不是公共共享资源了,除了提供cellular-grade主权安全和数据与数据理想情况下不会离开,”国王解释道。

电信部门的邀请通知应用程序(NIA)光谱各波段的拍卖,提供明确清晰的俘虏非公开网络(CNPN5 g),或私人垄断网络。

广告
2.4节的NIA CNPN放下原则,CNPN可以设置在任何的四个可能的方法,包括一个CNPNs non-telecom垂直可能获得光谱直接从点和建立自己的孤立的网络。

根据电视拉马钱德兰宽带印度论坛主席BIF),一组公共电信网络由电信被许可方一定会优化群众的各种需求。

它不能够满足特定的企业更高的和特定的sla(服务水平协议)的具体特征行业垂直的线。例如,需要将完全不同的马鲁蒂-铃木牌汽车工厂的IIT德里的一个阿波罗医院或校园,等等,”他提到。

德国监管机构最近表示,对许多企业来说,操作一个校园网络与引进新的、数字业务流程。

提供的数字代表一个关键贡献数字技术的传播。福利两大工业企业以及中小企业(sme)想要经营私人校园网络与自己的宽带频谱分配和数字,德国监管机构说。

与私人5 g网络,企业将使用许可的细胞谱系,而不是对所有人公开未经授权的无线频谱。

然而,业内专家表示,尚不清楚如果它足够丰厚的企业建立自己的许可谱俘虏手机网络或租赁的频谱移动网络运营商(MNO)或购买一个网络从MNO片。

,这将需要至少五年调查的规模设备连接到私有网络和高效的频谱利用率,以确定其谨慎部署自己的俘虏私有网络,”沙告诉题材影片。

印度将最初在市场上看到几个部署场景,根据大小、企业的需求和执行,这将是明确的场景是合适的和可行的。


  • 发布于2022年8月7日下午02:37坚持
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\"\"
<\/span><\/figcaption><\/figure>
New Delhi: While millions of smartphone<\/a> and internet users in the country anxiously wait for better speed with 5G<\/a> roll-out, the country equally needs higher efficiencies in industries like manufacturing, healthcare, education, agriculture, financial inclusion and many others to accelerate the process of digital transformation, which can best be achieved only through the use of private captive 5G networks<\/a> on the premises.

Private 5G captive networks are about the deployment of high speed, enhanced data capacity, and ultra-low latency applications inside a closed manufacturing unit, hospital, airport and shipping port, among others.

Such networks are single end-users (the enterprise itself) in the given location, unlike a vast number of users in public networks.

According to Neil Shah, Vice President of Research, Counterpoint Research, such private 5G networks are going to be self-serving networks ideally suited for large enterprises with huge campuses, premises such as factories, ports, mines, and universities.

'These enterprises will benefit from efficiently using their own spectrum to connect multiple internet of things (IoT) applications -- from surveillance cameras, million dollar sensor-integrated machines for real-time monitoring, predictive maintenance, shop-floor digital twins, automated cranes, vehicles or forklifts,' Shah told IANS.

This will provide secure, high-speed and low-latency broadband connectivity to enterprise devices such as smar<\/a>tphones, tablets, PCs and augmented reality (AR) glasses for driving up productivity and efficiency.

'The whole business case of enterprise building on private networks is driven by self-designed, service level agreement (SLAs) cost structure, as spectrum is not a public-shared resource anymore, in addition to offering cellular-grade security and data sovereignty with data ideally not leaving the premises,' Shah explained.

The Department of Telecom, in its notice inviting applications (NIA) for the auction of spectrum in various bands, provided explicit clarity on the subject of Captive Non-Public Networks (CNPN<\/a>), or private 5G captive networks.

Section 2.4 of the NIA on CNPN laid down the principle that a CNPN can be set up in any of the four possible ways, including the one where CNPNs for non-telecom verticals may obtain the spectrum directly from DoT and establish their own isolated network.

According to TV Ramachandran<\/a>, President of the Broadband India Forum (BIF<\/a>), a public telecom network set up by a telecom licensee would necessarily have to be one which optimises the various needs of the masses.

'It would not be in a position to meet specific enterprise higher and specific SLAs (service-level agreements) that are characteristic of specific industry<\/a> verticals. For example, the needs and requirements would be quite different for a Maruti-Suzuki automotive factory from that of an Apollo Hospital or of an IIT Delhi campus, and so on,' he mentioned.

The regulatory authority in Germany said recently that for many enterprises, operating a campus network is linked to introducing new, digital business processes.

'The provision of numbers represents a key contribution to the spread of digital technology. It benefits both large industrial enterprises as well as small and medium-sized enterprises (SMEs) wanting to operate private campus networks with their own broadband spectrum assignments and numbers,' the German regulator noted.

With private 5G networks, enterprises will use licensed cellular spectrum instead of open-for-all unlicensed Wi-Fi spectrum.

However, according to industry experts, it is still not clear if it is lucrative enough for enterprises to build their own licensed spectrum-based captive cellular network or lease the spectrum from mobile network operator (MNO) or buy a network slice from the MNO.

'It will take at least four-to-five years, looking into the scale of devices connected to the private network and efficient spectrum utilisation, to determine if its prudent enough to deploy your own captive private network,' Shah told IANS.

India will initially see several deployment scenarios in the market and depending on the size, requirements and execution of an enterprise, it will be clear which scenario is suitable and viable.


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