“技术”是:2020
“流感大流行是快速变化的催化剂。需要“总是连接”改变了技术的速度破坏x ~ 2——3 x。随着沉溺在YouTube上几个小时,Amazon Prime, Hotstar和Netflix,我们也觉得需要更快、更迷人的数据网络和数字服务。”
Tele-Talk新鲜的花,深入分析和观点从受人尊敬的行业领导者
Mobile broadband technologies accounted for 67% of mobile subscriptions in 2020, with average traffic per smartphone user increasing from 13.5GB per month in 2019 to 15.7GB per month in 2020. The world witnessed a steep rise in the time spent on video streaming applications with a whopping ~59% of the global population as active internet users. When the year 2020 kicked off, nobody was aware how a pandemic will define each and every sphere of day to day working and especially how \u2018digital transformation\u2019 will be influenced by it. The pandemic acted as a catalyst for rapid change. The need to be \u2018always connected\u2019 changed the speed of technology disruption by ~2X-- 3X. Along with binging for hours on YouTube, Amazon Prime, Hotstar and Netflix, we also felt the need for faster and more engaging data networks and digital services.
Here are 8 technology trends that shaped 2020:<\/strong>
1. Home as the new branch office<\/strong>
The \u2018work from home\u2019 movement has put data networks through a litmus test. With home becoming the new office, the metrics of security and performance have changed drastically. Not only people were working from home, but they were also learning new skills and keeping themselves entertained through a plethora of internet-based content. This has changed the network architecture demand for enterprises and the role of telcos is evolving to fulfil that demand. More than \u2018connectivity\u2019, 2020 was the year of complete Digital Living.
2. Rise of Open-RAN (ORAN) and Virtual-RAN (VRAN)<\/strong>
Interest and investment in Open Ran grew considerably in 2020. The technology gained momentum with Rakuten debuting its fully virtualized 4G RAN in April, and Dish and Qualcomm set to work together on the U.S.\u2019s first Open RAN-compliant 5G network. Companies like Mavenir continue to rapidly develop open RAN solutions, supporting 2G\u20135G for its open RAN packet core. Sentiments were strong for Open-RAN and V-RAN technologies owing to their capability to increase innovation, reduce OpEx, and reduce reliance on Chinese equipment in telecom infrastructure.
STL provides the finest optimum key solutions to the Open RAN architecture to address the key business challenges. Our RAN products are built on Open standards that provide flexibility and scalability across technologies and deployment models. Designed to reduce interference and congestion in high density environments, STL\u2019s WiFi-6 AP enables service providers to leverage carrier-class Wi-Fi as an integral part of their heterogeneous network services, to offer high speed public connectivity.
However, O-RAN is not that easy in terms of deployment as operators still struggle with integration challenges and the complexities of an open framework.
3. Hyperscalers investing in telco edge space<\/strong>
2020 also saw collaborations happening between hyperscale cloud service providers like Azure, AWS and telecom service providers, primarily aimed at bringing cloud computing capabilities to the network edge to help unlock the potential of 5G and many more allied technologies. The collaborations are likely to help telcos develop applications that require significantly reduced latency, strengthen processing power, and analytics capabilities. Companies like KDDI, SK Telecom, Verizon and Vodafone deployed Amazon\u2019s Wavelength-based edge computing service, while Microsoft acquired Affirmed Networks and Metaswitch to gain expertise in the telecom space.
4. New data centre builds on splurge<\/strong>
India witnessed new data centre build-outs in 2020 whether it is for edge or collocation, primarily driven by rise in data consumption rates (~13% rise in 2020). To manage such volume and scale of data, hyperscale data centres emerged as they have the capability to augment capacity quickly with respect to the surging market demand. Facebook is extending its data centre footprint to Asia, with a massive 11-storey, 1.8 million sq. ft. facility that will be one of the largest data centre structures ever built. Countries such as Singapore and India were seen gaining prominence in hyperscale data centre build-outs. Some of the development that took place in this space:
Yotta Infrastructure (Hiranandani Group), plans to build 3 data centre parks with 11 hyperscale facilities with a combined capacity of 60,000 racks in the next 5-7 years.
Adani Group entered into a partnership with Digital Realty (U.S.) to build large data center parks in Andhra Pradesh over the next 20 years.
Colt (U.S.), announced an upcoming IT-Hyperscale 100MW data centre facility in Mumbai.
Real estate investment co. \u2018Ascendas-Swingbridge Group\u2019 has pledged an investment of USD 1 billion in new data centre facilities across India in the next five years.
The market is likely to become more competitive with the new set of entrants such as STL coming into the space with specialised capabilities in containment, power, active and passive peripheral as well as designing and managing complete data centre build-outs.
5. Bridging \u2018Digital Divide\u2019 at the back of deep fiberisation<\/strong>
With the Indian PM Narendra Modi making an announcement for connecting 6 lakh Indian villages in the next 1000 days with optical fibre, the stress was on taking various initiatives and technologies and on building and deploying solid infrastructure, which requires fibre at the core. According to CRU, the Indian OFC demand is likely to grow to 20.08 million fibre kilometers by 2021 and 24.48 million fibre kilometres by 2022. Initiatives like Bharatnet and Ghar Tak Fibre intend to take fibre broadband connectivity to 300k Gram Panchayats and 45,945 villages in Bihar, respectively. According to EY, between 2020-2023 (F), India is also likely to invest INR450-455 billion in telecom towers fiberization.
6. Make in India at the centre of technology development
In line with the Prime Minister\u2019s \u2018AtmaNirbhar\u2019 or self-reliance vision, the Make in India initiative got a major shot in the arm with many manufacturers making investments and setting up local manufacturing units. On the lines of Foxconn and Wistron Corp, Apple\u2019s existing Make in India partner Pegatron is also planning to establish a local subsidiary in South India.
7. AI getting mainstream in infrastructure
<\/strong>
2020 saw AI getting more prevalent and impacting the most strategic business decisions. Deep learning and machine learning algorithms helped companies achieve greater network efficiencies. In February 2020, Ericsson launched an AI-powered Energy Infrastructure Operations solution, which leverages AI and advanced data analytics to optimize energy consumption across network infrastructure for communications service providers. In January 2020, the Indian government\u2019s NITI Aayog released a paper to set up the country's first AI-specific cloud computing infrastructure called 'AIRAWAT' (AI Research, Analytics, and Knowledge Assimilation platform).
8. Infrastructure getting cloud-native<\/strong>
2020 saw the rise of cloud-native computing which promises extraordinary dynamism and scalability of hybrid enterprise infrastructure. Paradigms like Containerization and Microservices play an important role in enabling a robust cloud native infrastructure as they provide multiple benefits like continuous delivery, improved security, and reproducibility. With evolving end user expectations, technology landscapes and ecosystem maturity will impact the future modernization of data centre infrastructure.
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我们已经进入2021年。这是最好的时间来回顾和回忆起2020年一直在科技领域。
移动宽带技术在2020年占手机用户的67%,平均每智能手机用户流量从2019年的13.5 gb每月增加2020年每月15.7 gb。世界见证了一个陡峭的上升时间视频应用程序与高达~ 59%的全球人口活跃互联网用户。在2020年开幕时,没有人注意大流行将如何定义每个领域的日常工作,特别是“数字转换”将如何受到它的影响。流感大流行是一个快速变化的催化剂。需要“总是连接”改变了技术的速度破坏x ~ 2——3 x。随着沉溺在YouTube上几个小时,Amazon Prime, Hotstar和Netflix,我们也觉得需要更快、更迷人的数据网络和数字服务。
这里有8个技术趋势,塑造2020:
1。作为新的分公司
“在家工作”运动已经把数据网络通过一个试金石。家庭成为了新的办公室,安全性和性能的指标有了巨大的变化。不仅人们在家工作,而且他们也学习新技能,让自己通过大量的网络娱乐内容。这改变了网络体系结构需求企业和电信运营商的角色是进化完成需求。超过“连接”,2020年完整的数字生活。
2。的崛起Open-RAN(奥兰)和Virtual-RAN (VRAN)
兴趣和投资开放跑在2020年大幅增长。技术获得了动量与乐天玩家完全虚拟化4月4 g跑,和菜和高通开始工作在美国第一次打开RAN-compliant 5 g网络。公司如Mavenir继续快速开发开放运行解决方案,支持2 g-5g打开了包的核心。情绪被强烈Open-RAN和V-RAN技术由于增加创新能力,降低运营成本,减少对中国设备的依赖电信基础设施。
STL提供了最优的关键解决开放了结构应对业务挑战的关键。我们经营的产品都是建立在开放标准,提供跨技术和部署模型的灵活性和可伸缩性。旨在减少干扰和拥堵在高密度环境中,STL的WiFi-6 AP使服务提供者利用航空无线异构网络服务的一个组成部分,提供高速公共连接。
然而,O-RAN不是那么容易的部署与集成运营商仍挑战和开放的框架的复杂性。
3所示。Hyperscalers投资电信的优势空间
2020也看到超大型云服务提供商之间的合作发生像Azure, AWS和电信服务提供商,主要针对云计算功能网络优势来帮助解锁5 g的潜力和更多的联合技术。合作可能会帮助电信公司开发应用程序,需要显著降低延迟,加强处理能力,分析能力。SK电信公司KDDI, Verizon和沃达丰部署亚马逊Wavelength-based边缘计算服务,而微软收购肯定网络和工业获得经验在电信领域。
4所示。新数据中心建立在挥霍
印度在2020年见证了新数据中心扩建项目是否为边缘或搭配,主要由数据消费上升利率(~ 2020)上涨13%。管理这样的规模和数量数据,超大型数据中心成为他们有能力扩大产能迅速对市场需求激增。Facebook是其数据中心的足迹延伸到亚洲,大规模11-storey, 180万平方。英尺设施将成为有史以来建造的最大的数据中心结构。新加坡和印度等国在超大型数据中心扩建项目获得声望。一些发生在这个空间的发展:
Yotta基础设施(Hiranandani组),计划建造3个数据中心公园有11个超大型设备总容量60000架在未来5 - 7年。
阿达尼集团进入与数字房产(美国)合作建设大型数据中心公园在安得拉邦未来20年。
柯尔特(美国),宣布即将IT-Hyperscale 100 mw数据中心设施在孟买。
房地产投资有限公司的Ascendas-Swingbridge集团已承诺投资10亿美元在印度的新数据中心设施在未来五年。
市场可能会变得更具竞争力与STL等新的进入者进入容器的空间与专业能力,力量,主动和被动边缘以及设计和管理完成数据中心扩建项目。
5。消除“数字鸿沟”的深fiberisation
公告与印度莫迪点连接6十万的印度村庄与光纤在接下来的1000天,压力是在采取各种措施和技术,构建和部署坚实的基础设施,这就要求纤维核心。CRU称,印度的离岸金融中心需求很可能会增长到2021年2008万纤维公里和2448万纤维由2022公里。行动像Bharatnet和Ghar达克纤维打算采取光纤宽带连接300 k克Panchayats和45945个村庄在比哈尔邦,分别。根据唱片2020 - 2023之间(F),印度也可能在电信投资inr450 - 455塔纤维化。
6。在印度技术发展的中心
按照总理的“AtmaNirbhar”或自力更生愿景,让印度的倡议得到了主要击中手臂与许多制造商进行投资和建立当地的制造单位。在富士康和纬创资通公司,苹果现有的生产在印度合作伙伴和硕联合还计划建立一个当地子公司在南印度。
7所示。人工智能基础设施得到主流
2020年艾越来越普遍和影响最战略业务决策。深度学习和机器学习算法帮助公司实现更高的网络效率。2020年2月,爱立信推出一个AI-powered能源基础设施业务解决方案,利用人工智能和先进的数据分析来优化能源消耗在网络基础设施通信服务提供商。2020年1月,印度政府公布的镍钛Aayog论文建立中国第一个AI-specific云计算基础架构称为“AIRAWAT”(人工智能的研究、分析和知识同化平台)。
8。基础设施得到原生云
2020年原生云计算的兴起,承诺非凡的活力和混合企业基础设施的可伸缩性。范例集装箱化和Microservices扮演重要的角色在实现健壮的原生云基础设施提供多个利益持续交付,提高安全性和再现性。技术进化的最终用户的期望,景观和生态系统成熟度将影响未来的数据中心基础设施的现代化。
移动宽带技术在2020年占手机用户的67%,平均每智能手机用户流量从2019年的13.5 gb每月增加2020年每月15.7 gb。世界见证了一个陡峭的上升时间视频应用程序与高达~ 59%的全球人口活跃互联网用户。在2020年开幕时,没有人注意大流行将如何定义每个领域的日常工作,特别是“数字转换”将如何受到它的影响。流感大流行是一个快速变化的催化剂。需要“总是连接”改变了技术的速度破坏x ~ 2——3 x。随着沉溺在YouTube上几个小时,Amazon Prime, Hotstar和Netflix,我们也觉得需要更快、更迷人的数据网络和数字服务。
这里有8个技术趋势,塑造2020:
1。作为新的分公司
“在家工作”运动已经把数据网络通过一个试金石。家庭成为了新的办公室,安全性和性能的指标有了巨大的变化。不仅人们在家工作,而且他们也学习新技能,让自己通过大量的网络娱乐内容。这改变了网络体系结构需求企业和电信运营商的角色是进化完成需求。超过“连接”,2020年完整的数字生活。
2。的崛起Open-RAN(奥兰)和Virtual-RAN (VRAN)
兴趣和投资开放跑在2020年大幅增长。技术获得了动量与乐天玩家完全虚拟化4月4 g跑,和菜和高通开始工作在美国第一次打开RAN-compliant 5 g网络。公司如Mavenir继续快速开发开放运行解决方案,支持2 g-5g打开了包的核心。情绪被强烈Open-RAN和V-RAN技术由于增加创新能力,降低运营成本,减少对中国设备的依赖电信基础设施。
STL提供了最优的关键解决开放了结构应对业务挑战的关键。我们经营的产品都是建立在开放标准,提供跨技术和部署模型的灵活性和可伸缩性。旨在减少干扰和拥堵在高密度环境中,STL的WiFi-6 AP使服务提供者利用航空无线异构网络服务的一个组成部分,提供高速公共连接。
然而,O-RAN不是那么容易的部署与集成运营商仍挑战和开放的框架的复杂性。
3所示。Hyperscalers投资电信的优势空间
2020也看到超大型云服务提供商之间的合作发生像Azure, AWS和电信服务提供商,主要针对云计算功能网络优势来帮助解锁5 g的潜力和更多的联合技术。合作可能会帮助电信公司开发应用程序,需要显著降低延迟,加强处理能力,分析能力。SK电信公司KDDI, Verizon和沃达丰部署亚马逊Wavelength-based边缘计算服务,而微软收购肯定网络和工业获得经验在电信领域。
4所示。新数据中心建立在挥霍
印度在2020年见证了新数据中心扩建项目是否为边缘或搭配,主要由数据消费上升利率(~ 2020)上涨13%。管理这样的规模和数量数据,超大型数据中心成为他们有能力扩大产能迅速对市场需求激增。Facebook是其数据中心的足迹延伸到亚洲,大规模11-storey, 180万平方。英尺设施将成为有史以来建造的最大的数据中心结构。新加坡和印度等国在超大型数据中心扩建项目获得声望。一些发生在这个空间的发展:
Yotta基础设施(Hiranandani组),计划建造3个数据中心公园有11个超大型设备总容量60000架在未来5 - 7年。
阿达尼集团进入与数字房产(美国)合作建设大型数据中心公园在安得拉邦未来20年。
柯尔特(美国),宣布即将IT-Hyperscale 100 mw数据中心设施在孟买。
房地产投资有限公司的Ascendas-Swingbridge集团已承诺投资10亿美元在印度的新数据中心设施在未来五年。
市场可能会变得更具竞争力与STL等新的进入者进入容器的空间与专业能力,力量,主动和被动边缘以及设计和管理完成数据中心扩建项目。
5。消除“数字鸿沟”的深fiberisation
公告与印度莫迪点连接6十万的印度村庄与光纤在接下来的1000天,压力是在采取各种措施和技术,构建和部署坚实的基础设施,这就要求纤维核心。CRU称,印度的离岸金融中心需求很可能会增长到2021年2008万纤维公里和2448万纤维由2022公里。行动像Bharatnet和Ghar达克纤维打算采取光纤宽带连接300 k克Panchayats和45945个村庄在比哈尔邦,分别。根据唱片2020 - 2023之间(F),印度也可能在电信投资inr450 - 455塔纤维化。
6。在印度技术发展的中心
按照总理的“AtmaNirbhar”或自力更生愿景,让印度的倡议得到了主要击中手臂与许多制造商进行投资和建立当地的制造单位。在富士康和纬创资通公司,苹果现有的生产在印度合作伙伴和硕联合还计划建立一个当地子公司在南印度。
7所示。人工智能基础设施得到主流
2020年艾越来越普遍和影响最战略业务决策。深度学习和机器学习算法帮助公司实现更高的网络效率。2020年2月,爱立信推出一个AI-powered能源基础设施业务解决方案,利用人工智能和先进的数据分析来优化能源消耗在网络基础设施通信服务提供商。2020年1月,印度政府公布的镍钛Aayog论文建立中国第一个AI-specific云计算基础架构称为“AIRAWAT”(人工智能的研究、分析和知识同化平台)。
8。基础设施得到原生云
2020年原生云计算的兴起,承诺非凡的活力和混合企业基础设施的可伸缩性。范例集装箱化和Microservices扮演重要的角色在实现健壮的原生云基础设施提供多个利益持续交付,提高安全性和再现性。技术进化的最终用户的期望,景观和生态系统成熟度将影响未来的数据中心基础设施的现代化。
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。
Mobile broadband technologies accounted for 67% of mobile subscriptions in 2020, with average traffic per smartphone user increasing from 13.5GB per month in 2019 to 15.7GB per month in 2020. The world witnessed a steep rise in the time spent on video streaming applications with a whopping ~59% of the global population as active internet users. When the year 2020 kicked off, nobody was aware how a pandemic will define each and every sphere of day to day working and especially how \u2018digital transformation\u2019 will be influenced by it. The pandemic acted as a catalyst for rapid change. The need to be \u2018always connected\u2019 changed the speed of technology disruption by ~2X-- 3X. Along with binging for hours on YouTube, Amazon Prime, Hotstar and Netflix, we also felt the need for faster and more engaging data networks and digital services.
Here are 8 technology trends that shaped 2020:<\/strong>
1. Home as the new branch office<\/strong>
The \u2018work from home\u2019 movement has put data networks through a litmus test. With home becoming the new office, the metrics of security and performance have changed drastically. Not only people were working from home, but they were also learning new skills and keeping themselves entertained through a plethora of internet-based content. This has changed the network architecture demand for enterprises and the role of telcos is evolving to fulfil that demand. More than \u2018connectivity\u2019, 2020 was the year of complete Digital Living.
2. Rise of Open-RAN (ORAN) and Virtual-RAN (VRAN)<\/strong>
Interest and investment in Open Ran grew considerably in 2020. The technology gained momentum with Rakuten debuting its fully virtualized 4G RAN in April, and Dish and Qualcomm set to work together on the U.S.\u2019s first Open RAN-compliant 5G network. Companies like Mavenir continue to rapidly develop open RAN solutions, supporting 2G\u20135G for its open RAN packet core. Sentiments were strong for Open-RAN and V-RAN technologies owing to their capability to increase innovation, reduce OpEx, and reduce reliance on Chinese equipment in telecom infrastructure.
STL provides the finest optimum key solutions to the Open RAN architecture to address the key business challenges. Our RAN products are built on Open standards that provide flexibility and scalability across technologies and deployment models. Designed to reduce interference and congestion in high density environments, STL\u2019s WiFi-6 AP enables service providers to leverage carrier-class Wi-Fi as an integral part of their heterogeneous network services, to offer high speed public connectivity.
However, O-RAN is not that easy in terms of deployment as operators still struggle with integration challenges and the complexities of an open framework.
3. Hyperscalers investing in telco edge space<\/strong>
2020 also saw collaborations happening between hyperscale cloud service providers like Azure, AWS and telecom service providers, primarily aimed at bringing cloud computing capabilities to the network edge to help unlock the potential of 5G and many more allied technologies. The collaborations are likely to help telcos develop applications that require significantly reduced latency, strengthen processing power, and analytics capabilities. Companies like KDDI, SK Telecom, Verizon and Vodafone deployed Amazon\u2019s Wavelength-based edge computing service, while Microsoft acquired Affirmed Networks and Metaswitch to gain expertise in the telecom space.
4. New data centre builds on splurge<\/strong>
India witnessed new data centre build-outs in 2020 whether it is for edge or collocation, primarily driven by rise in data consumption rates (~13% rise in 2020). To manage such volume and scale of data, hyperscale data centres emerged as they have the capability to augment capacity quickly with respect to the surging market demand. Facebook is extending its data centre footprint to Asia, with a massive 11-storey, 1.8 million sq. ft. facility that will be one of the largest data centre structures ever built. Countries such as Singapore and India were seen gaining prominence in hyperscale data centre build-outs. Some of the development that took place in this space:
Yotta Infrastructure (Hiranandani Group), plans to build 3 data centre parks with 11 hyperscale facilities with a combined capacity of 60,000 racks in the next 5-7 years.
Adani Group entered into a partnership with Digital Realty (U.S.) to build large data center parks in Andhra Pradesh over the next 20 years.
Colt (U.S.), announced an upcoming IT-Hyperscale 100MW data centre facility in Mumbai.
Real estate investment co. \u2018Ascendas-Swingbridge Group\u2019 has pledged an investment of USD 1 billion in new data centre facilities across India in the next five years.
The market is likely to become more competitive with the new set of entrants such as STL coming into the space with specialised capabilities in containment, power, active and passive peripheral as well as designing and managing complete data centre build-outs.
5. Bridging \u2018Digital Divide\u2019 at the back of deep fiberisation<\/strong>
With the Indian PM Narendra Modi making an announcement for connecting 6 lakh Indian villages in the next 1000 days with optical fibre, the stress was on taking various initiatives and technologies and on building and deploying solid infrastructure, which requires fibre at the core. According to CRU, the Indian OFC demand is likely to grow to 20.08 million fibre kilometers by 2021 and 24.48 million fibre kilometres by 2022. Initiatives like Bharatnet and Ghar Tak Fibre intend to take fibre broadband connectivity to 300k Gram Panchayats and 45,945 villages in Bihar, respectively. According to EY, between 2020-2023 (F), India is also likely to invest INR450-455 billion in telecom towers fiberization.
6. Make in India at the centre of technology development
In line with the Prime Minister\u2019s \u2018AtmaNirbhar\u2019 or self-reliance vision, the Make in India initiative got a major shot in the arm with many manufacturers making investments and setting up local manufacturing units. On the lines of Foxconn and Wistron Corp, Apple\u2019s existing Make in India partner Pegatron is also planning to establish a local subsidiary in South India.
7. AI getting mainstream in infrastructure
<\/strong>
2020 saw AI getting more prevalent and impacting the most strategic business decisions. Deep learning and machine learning algorithms helped companies achieve greater network efficiencies. In February 2020, Ericsson launched an AI-powered Energy Infrastructure Operations solution, which leverages AI and advanced data analytics to optimize energy consumption across network infrastructure for communications service providers. In January 2020, the Indian government\u2019s NITI Aayog released a paper to set up the country's first AI-specific cloud computing infrastructure called 'AIRAWAT' (AI Research, Analytics, and Knowledge Assimilation platform).
8. Infrastructure getting cloud-native<\/strong>
2020 saw the rise of cloud-native computing which promises extraordinary dynamism and scalability of hybrid enterprise infrastructure. Paradigms like Containerization and Microservices play an important role in enabling a robust cloud native infrastructure as they provide multiple benefits like continuous delivery, improved security, and reproducibility. With evolving end user expectations, technology landscapes and ecosystem maturity will impact the future modernization of data centre infrastructure.
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Sandeep Dhingra
首席技术官、技术解决方案、STLSandeep的重点是推动创新,使更快的增长与SDN快速变化的体系结构,NFV,云计算、物联网和5 g。Sandeep一直领导职位显示更多…
