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As the demand for on-premises and customised connectivity continues to grow among the enterprises and businesses, LTE or 5G based private wireless has emerged as the go-to technology for providing a reliable and secure connectivity, tailored to specific needs for supporting business and mission critical applications. More so in the asset-intensive physical industries, such as manufacturing, mines, ports, utilities etc., that are looking at Industry 4.0 to increase their business efficiency, improve safety, become more agile and sustainable, and be better prepared for the future.
As per Bell Labs Consulting<\/a> 2021 report, today the ratio of information and communications technology (ICT) spend between digital industries (including online retail, media, banking etc.) and physical industries is 70:30— while the proportion of their respective GDP contributions is 30:70. By 2030 however, the ICT spend ratio will change to 35:65 in favour of physical industries as they are undergoing a massive digital transformation with private wireless playing a pivotal role. Our CEO Pekka Lundmark echoed the very sentiment when he announced, “There is no green without digital” at COP26<\/a>, Glasgow.
Public safety agencies and armed forces are also looking at LTE or 5G based private wireless for increased digitalization of their operations and enhanced situational awareness as their existing networks, mostly narrow band and based on P25, TETRA etc., are not able to meet the performance requirements.
Private wireless is the clear choice
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Compared to LTE or 5G based private wireless, traditional industrial connectivity solutions, including Ethernet, Wi-Fi, etc., lack the capabilities to control the various aspects of workflows and applications at industrial scale. Cabling lacks flexibility and is not very cost efficient for connecting a large number of IoT sensors, devices and machines, and Wi-Fi does not meet the performance, mobility or security specifications. Below are some of the key features of private wireless that substantiate its benefits:
- Predictable performance<\/li>
- High multi-user capacity<\/li>
- Pervasive coverage for indoor and outdoor applications<\/li>
- Very high reliability<\/li>
- Full mobility<\/li>
- Supports low-powered sensor communication<\/li>
- Intrinsic security <\/li><\/ul>Industrial grade private wireless: We make it happen
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As the global leader in private wireless, Nokia<\/a>’s has powered more than 450 enterprises and public sector bodies across verticals- from factories and warehouses, to ports, airports, mines, utilities, through to public safety, defence and smart cities- to fuel their digital transformation and make their operations safer, more sustainable, productive and efficient.
Our Nokia Bell Labs<\/a> has a dedicated research practice on industrial automation, edge computing and private wireless. We deployed the world’s first LTE private wireless solution in 2012, launched the world’s first standalone private 5G network in 2020 and are working with NASA to put private wireless on the moon.
We offer end-to-end private wireless solutions<\/a> including IP, optical, applications and devices for private, public and hybrid deployment models with solution blueprints tailored to specific segment needs, both in licensed and unlicensed spectrum. Further, if needed, our solution allows to combine the enterprise private network with shared public network slices. Our solution interacts seamlessly with public networks, which makes it easy to get the right network mix for your business.
Based on Nokia Bell Labs<\/a> research and our experience with private LTE deployments, we believe that 85–90% of today’s industrial applications can be run on LTE. This is further substantiated by the GSA February 2022 report - LTE is used in 78% of the catalogued customers deploying private mobile networks globally. Many big enterprises and organizations are today deploying LTE based private networks<\/a> for this very reason – it gives them a competitive advantage and these networks will continue to play a key role even as 5G is introduced at a later stage to handle the more demanding use cases as they develop.
Unleashing the era of private wireless in India<\/strong>
We are actively engaging and collaborating with various Indian enterprises and businesses across a range of verticals – ports, airports, railways, defence, power utilities, smart city, manufacturing, mines, refineries etc. - to help them prepare for digital transformation with private wireless as the enabler.
We have already deployed LTE based private wireless at our Chennai factory for enhanced automation and higher operational efficiency – that was also India's first 'real-world' application of Industry 4.0. Our strong global experience and partnerships with various device suppliers, industrial OEMs and system integrators, coupled with our partnerships with CSPs gives use the reach and depth to help our India customers unleash the private wireless and be future ready.
With government playing a key role in enabling and facilitating the wider adoption of Industry 4.0 in collaboration with the enterprises and industry players, India is well-poised to usher in the era of Industry 4.0.
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作为本地的需求和定制连接企业和企业持续增长,基于LTE或5 g的私人无线已成为首选的技术提供一个可靠、安全的连接,根据具体需要支持业务和关键任务的应用程序。更asset-intensive物理行业,如制造业、矿山、港口、公用事业等等,看行业4.0提高业务效率,改善安全,变得更加敏捷和可持续发展,为未来做好更充分的准备。
按贝尔实验室咨询2021年的报告,今天的比率之间的信息和通信技术(ICT)在数码行业(包括网上零售、媒体、银行等)和物理行业70:30——虽然是30:70各自国内生产总值(GDP)的比例的贡献。到2030年然而,ICT花比率将会改变35:65支持体育产业,因为他们正在经历一个巨大的数字转换与私人无线扮演关键的角色。我们的首席执行官佩Lundmark也赞同的观点,他宣布,“无绿色数字”在COP26,格拉斯哥。
公共安全机构和武装部队也在寻找基于LTE或5 g的私人无线数字化业务增加,增强态势感知能力,现有的网络,主要是窄带和基于P25、利乐等,不能满足性能要求。
私人无线是明确的选择
基于LTE或5 g的私人无线相比,传统工业连接解决方案,包括以太网、wi - fi、等,缺乏能力来控制在工业规模工作流和应用程序的各个方面。布线缺乏灵活性和成本不是很高效的连接大量的物联网传感器,设备和机器,和wi - fi不满足性能、流动性或安全规范。以下是一些关键特性的私人无线证实它的好处:
- 可预测性能
- 多用户能力高
- 普遍覆盖室内和室外应用
- 非常高的可靠性
- 完整的移动
- 支持低功率传感器通信
- 内在安全
作为全球领先的私人无线,诺基亚的动力超过450家企业和公共部门机构在垂直——从工厂和仓库、港口、机场、矿山、公用事业、公共安全,国防和智能城市,推动他们的数字转换,使操作更安全、更可持续的生产力和效率。
我们的诺基亚贝尔实验室有一个专用的工业自动化的研究实践,边缘计算和私人无线。我们部署了世界上第一个LTE私人无线解决方案在2012年推出了全球首个独立的私人5 g网络,2020年与NASA合作,把私人无线在月球上。
我们提供端到端私人无线解决方案包括知识产权、光学、应用程序和设备为私人、公共和混合部署模型和解决方案蓝图适应具体的细分需求,在许可和授权频谱。此外,如果需要,我们的解决方案可以结合企业私有网络和共享公共网络片。我们的解决方案与公共网络无缝交互,这使得它很容易得到正确的网络为您的业务组合。
基于诺基亚贝尔实验室研究和我们的经验与私人LTE部署,我们相信,今天的85 - 90%的工业应用程序可以运行在LTE。这是进一步证实GSA 2022年2月报告- LTE中使用78%的编目客户部署全球私人移动网络。许多大型企业和组织今天部署基于LTE私有网络因为这一原因,它给了他们一个竞争优势,这些网络将继续发挥关键作用,即使5克介绍稍后处理要求更高的用例,因为它们发展。
在印度释放私人无线的时代
我们积极参与和与各种印度企业和合作企业在一系列垂直-港口、机场、铁路、国防、电力、智能城市、制造业、矿山、炼油厂等。帮助他们准备与私人无线数字转换的推动者。
我们已经部署基于LTE私人无线在钦奈工厂提高自动化和高运营效率——这也是印度的工业4.0的第一个“真实的”应用程序。我们强劲的全球经验和与各种设备供应商合作,工业oem厂商和系统集成商,加上我们的伙伴关系与csp提供使用范围和深度来帮助我们的印度客户释放私人无线和未来做好了应对措施】。
与政府扮演重要角色在支持和促进行业的广泛采用4.0与企业和业界人士合作,印度优雅4.0迎来行业的时代。
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