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采用FSOC技术可能会增加在印度5 g出局加快

在电信领域,油水界面回程链接5 g网络基础设施将支撑更快推出的第五代服务部署光纤快速所有移动塔是不可能的,说Hardik索尼,创始人和首席技术官,导航无线技术,声称无线电频率(RF) / Microwave-based回程将无法为5 g服务提供所需的带宽。

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采用FSOC技术可能会增加在印度5 g出局加快
新德里消息:自由空间光通信或FSOC技术可以看到它的采用增加在印度的电信运营商鉴于商业5克服务细节正在进行中,并通过互联网服务提供商(isp)扩展的偏远农村地区的宽带服务,根据企业在这个领域工作。

在行业的说法,FSOC指光无线通信(油水界面),而室内或户外短途油水界面被称为光富达(LiFi)。LiFi承诺提供一个安全的网络,有快100倍的速度比无线保真(WiFi),可能会发现使用智能城市、智能家居、工业4.0,连接机器人及机械、物联网(物联网)。

虽然室内无线网络是连接的支柱,办公室和企业,LiFi已经有限的实现在印度,包括在一个研究所的拉达克的联盟的领土,在印巴边境Nadabet位于古吉拉特邦导航无线技术,和一个室内LiFi设立电信部由德里Velmenni(点)。

值得注意的是,LiFi使用可见光光谱在室内和室外条件下传输数据,但WiFi依靠无线电波来提供互联网连接。

根据国际电信联盟(ITU)的文章中,金融服务和医疗保健行业可能采用LiFi由于其高安全如光不旅行超出一个房间的墙壁。在消费者方面,它可以支持高级游戏和虚拟现实(VR)应用程序。

在电信领域,油水界面回程链接5 g网络基础设施将支撑更快推出的第五代服务部署光纤快速所有移动塔是不可能的,说Hardik索尼,创始人和首席技术官,导航无线技术,声称无线电频率(RF) / Microwave-based回程将无法为5 g服务提供所需的带宽。

“同样,5 g私人网络也可以使用油水界面回程链接快速的周转时间,”他说。

进一步,一旦高速5 g信号可用前提外,让它达到相同的内部容量会随着网络被证明是一个挑战将是骑在高频频谱会妨碍室内接待,行政说。“LiFi收发器可用于无线桥户外和室内环境,同时保持较高的网络吞吐量。”

可以肯定的是,低波段5 g提供了更大的传播,使其适合城市部署,相比之下,高乐队(26 ghz)提供更大的带宽,但处于低传播能力。

依赖JioBharti Airtel,沃达丰(Vodafone)想法,阿达尼数据网络获得频谱的26个ghz带俘虏私人无线/私有网络部署。

中心把72098 mhz频段拍卖在低、中、高频段,其中51236 mhz(总数的71%),销售与投标总计1.5十万的卢比在该国的第一个5 g电视销售。

Jio和Airtel旨在延长5 g的覆盖网络,基于独立(SA)和non-standalone (NSA)模式,在印度在12 - 15个月时间。

导航无线表示已经自主开发了室内和室外两种类型的油水界面解决方案和声称其户外点对点油水界面可以交付1 gbps带宽吞吐量超过10公里,补充纤维。

项目Taara,创意来自Google-parent字母表的月球探测器实验室“X”,说它的WOC链接使用光束在近红外波段(193太赫兹),拥有丰富的带宽和没有干扰,传输数据速度高达20 gbps。

马赫什•Krishnaswamy总监和项目领导、项目Taara表示,该公司的WOC链接是理想的部署的地区不是经济可行的,或太难以铺设纤维,如在河流和海洋海峡,在崎岖的地形和国家公园,或地区不安全为电缆挖战壕。

“Taara链接是光和便携式,每个终端重约13公斤,仅消耗60 w的力量,像一个白炽灯泡。设置两个链接只需要几个小时,这意味着我们可以快速部署,向更多的人提供高速互联网,”Krishnaswamy补充道。

美国Taara自2017年以来一直在印度工作,工作伙伴关系Airtel和ISPBluetown在印度连接政府和农村地区的这一技术。

萨提亚n . Gupta主席——印度& BIMSTEC Bluetown告诉ETTelecom ISP目前亚洲10 FSOC网站部署乐动娱乐招聘在德里和北阿坎德邦之间。

“FSOC middle-mile沟通桥梁在光缆的地区很难部署,穿越河流、铁路轨道,和困难地形。我们可以使用FSOC将平价的带宽和距离的光纤电缆和比收音机更可以给哪里有限制一个千兆,”古普塔说。

5 g的上下文中,他补充说,FSOC将广泛部署尽管need-basis连接移动塔,因为它将不可能把纤维在某些地形。行业统计数据显示,fiberisation塔需要从目前的30%增加约70%携带5 g的高带宽。

导航无线的客户包括电信运营商和互联网服务提供商在印度,以及,Bharatnet,州政府对于广域网项目,国防机构和旅游板,其中,即模式。

读也

墨西哥电信行业渴望调节器采用快速wi - fi 6

5 g与物联网打开印度企业的潜力:NTT印度首席执行官

两个村庄第一次在印度古吉拉特邦LiFi

印度的最高海拔研究所的拉达克LiFi网络更快的互联网

技术,电信公司高管表示,可以提供各种优势和isp都在节约成本和增加的宽带互联网相对于纤维。

“通过油水界面、电信运营商和互联网服务提供商可以节省40% - -50%的成本与纤维,同时能够快速部署网络导致更好的网络覆盖,”索尼说。

虽然LiFi技术已经存在了好几年,已经阻碍了其大规模的应用缺乏正式的行业标准。“在这种情况下,努力最近已经开始在IEEE 820.15.7, IEEE 802.11以及ITU-R标准化LiFi技术,”索尼说。

新兴技术面临的挑战来自高成本,因为它还没有达到规模经济。WOC链接的性能,另一方面,可以受到天气条件和自然元素,如雾、烟雾、灰尘、大雨,视线(LOS)在密集的城市地区。

继续,LiFi FSOC将用于5克,6克,私人和无线网络铺设和维护纤维在某些地形可能不是可行的。油水界面的链接也将对高带宽的需求地空间回程在LEO卫星互联网服务,MEO和GEO轨道,根据导航无线。

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\"FSOC<\/figure>NEW DELHI: Free Space Optical Communication<\/a> or FSOC technology<\/a> may see an uptick in its adoption in India by telecom operators given that commercial 5G<\/a> services roll outs are underway, and by internet service providers (ISPs) to extend the reach of broadband services in hard-to-reach rural areas, according to companies working in this space.

In industry<\/a> parlance, FSOC refers to outdoor optical wireless communication (OWC) whereas indoor or short-distance OWC is called light Fidelity (LiFi<\/a>). LiFi promises to offer a secure network, with up to 100 times faster speeds than Wireless Fidelity (WiFi) and is likely to find uses in smart cities, smart homes, Industry 4.0, to connect robots and machinery, and the Internet of Things (IoT) among others.

While WiFi is a mainstay for connectivity inside homes, offices and enterprises, LiFi has seen limited implementations in India, including in an institute in the union territory of Ladakh, in Nadabet along the India-Pakistan border in Gujarat by Ahmedabad-based Nav Wireless Technologies<\/a>, and an indoor LiFi set up in the Department of Telecommunications (DoT) by Delhi-based Velmenni.

<\/div><\/div>Notably, LiFi uses the visible light spectrum in indoor and outdoor conditions to transmit data but WiFi relies on radio waves to provide internet connectivity.

According to an International Telecommunication Union (ITU) article, financial services and healthcare sectors may adopt LiFi due to its high security as the light does not travel beyond the walls of a room. On the consumer side, it could support advanced gaming and Virtual Reality (VR) applications.

In the telecom space, OWC backhaul links for 5G network infrastructure will underpin faster roll out of the fifth-generation services as deploying fiber to all mobile towers quickly will not be possible, said Hardik Soni, Co-founder & CTO, Nav Wireless Technologies, claiming that Radio Frequency (RF)\/Microwave-based backhaul would not be able to provide desired bandwidth for 5G Services.

\u201cSimilarly, 5G private networks can also make use of OWC backhaul links for quick turnaround time,\u201d he said.

Further, once a high-speed 5G signal is available outside premises, getting it reached inside with the same capacity would prove to be a challenge as the network will be riding on a high-frequency spectrum which would impede indoor reception, the executive said. \u201cLiFi transceivers can be used to bridge the outdoor and indoor environment wirelessly while maintaining the high network throughput.\u201d

<\/div><\/div>To be sure, the low band for 5G provides greater propagation, making it ideal for urban deployments, by contrast, the high band (26GHz) offers greater bandwidth but suffers from low propagation capabilities.

Reliance Jio<\/a>, Bharti Airtel, Vodafone Idea, and Adani Data Networks have acquired spectrum in the 26GHz band for captive private wireless\/private network deployments.

The Centre had put 72,098MHz spectrum to auction across the low, mid and high frequency bands, of which 51,236MHz (71% of the total), was sold with bids amounting to Rs 1.5 lakh crore in the country\u2019s first 5G airwaves sale.

Jio and Airtel aim to extend the coverage of their 5G network, based on the standalone (SA) and non-standalone (NSA) modes, across India in a 12-15 months timeline.

Nav Wireless says it has indigenously developed indoor and outdoor, both types of OWC solutions and claims that its outdoor point-to-point OWC can deliver over 1Gbps bandwidth throughput for more than 10 kilometers, which complements fiber.

Project Taara<\/a>, a brainchild of Google-parent Alphabet\u2019s moonshot lab \u2018X\u2019, said that its WOC links use beams of light in the near-infrared band (193THz), which has abundant bandwidth and no interference, to transmit data at speeds of up to 20Gbps.

Mahesh Krishnaswamy, Director & Project Lead, Project Taara, said that the company\u2019s WOC links are ideal for deployments in areas where it is not economically feasible, or is too difficult to lay fiber, such as over rivers and sea straits, across rugged terrains and national parks, or in areas where it is unsafe to dig trenches for cables.

\u201cTaara\u2019s links are light and portable, each terminal weighing around 13 kg and consuming just 60W of power, like an incandescent light bulb. Setting up two links takes only a few hours, meaning we can deploy fast and deliver high-speed internet to more people,\u201d Krishnaswamy added.

US-based Taara has been working in India since 2017 and has a working partnership with Airtel, and ISP Bluetown<\/a> in India to connect governments and rural parts of the country to this technology.

Satya N. Gupta, Chairman \u2013 India & BIMSTEC, Asia at Bluetown told ETTelecom that the ISP currently has 10 FSOC sites deployed between Delhi and Uttarakhand.

\u201cFSOC can bridge the middle-mile communication gap in the areas where the optical fiber cable is difficult to deploy, like river crossing, railway track crossing, and difficult terrains. There we can use FSOC to get the bandwidth and distances which are at par with the optical fiber cable and much more than what the radio can give where there is a limit of up to one gigabit only,\u201d Gupta said.

In the context of 5G, he added that FSOC will be extensively deployed albeit on a need-basis for connecting mobile towers as it will not be possible to lay fiber in certain terrains. Industry statistics show that fiberisation of towers needs to increase from 30% currently to about 70% to carry the high bandwidth of 5G.

Nav Wireless\u2019 customers include telecom operators and ISPs in India, as well as, Bharatnet, the state governments for Wide Area Network projects, defense establishments, and tourism boards, among others, on a need-based model.

Read also<\/h3>
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5G with IoT to unlock Indian businesses' potential: NTT India CEO<\/h4><\/a><\/div>
<\/a><\/div>

Two Gujarat villages first in India to get LiFi<\/h4><\/a><\/div>
<\/a><\/div>

India's highest altitude institute in Ladakh gets LiFi network for faster internet<\/h4><\/a><\/div><\/div>
The technology, the executives said, can offer various advantages to telcos and ISPs alike in terms of cost savings and increasing the reach of broadband internet vis-a-vis fiber.

\u201cBy Using OWC, telecom operators and ISPs can save 40%-50% costs vis a vis fiber and at the same time can deploy network quickly resulting in better network coverage,\u201d said Soni.

While LiFi technology has been in existence for several years, its large-scale adoption has been hampered by a lack of formal industry standards. \u201cIn this context, efforts have started recently in IEEE 820.15.7, IEEE 802.11 as well as ITU-R to standardise the LiFi technology,\u201d said Soni.

The nascent technology faces challenges from high costs as it is yet to attain the scale of economies. The performance of the WOC links, on the other hand, can be hampered by weather conditions and natural elements like fog, smog, dust, and heavy rain, and line of sight (LOS) in dense urban areas.

Going ahead, LiFi and FSOC will be used in 5G, 6G, private and wireless networks, as laying and maintaining fiber in certain terrains may not be feasible. OWC links will also be in demand for high bandwidth Ground to Space backhauls for satellite internet services in LEO, MEO and GEO orbits, according to Nav Wireless.
<\/div><\/div>
Follow and connect with us on Twitter<\/a>, Facebook<\/a>, Linkedin<\/a>, Youtube<\/a><\/div>","NumberOfSentences":{"minfo":"34.0","minfoseo":"34-0"},"AutomatedReadabilityIndex":{"minfo":"14.0","minfoseo":"14-0"},"LastPublishMilliTime":{"minfo":"1672998857462","minfoseo":"1672998857462"},"ReadabilityGradeLevel":{"minfo":"College","minfoseo":"college"},"GadgetsMarkedReviewed":{"minfo":"0","minfoseo":"0"},"HashCode":{"minfo":"-2070080475","minfoseo":"-2070080475"},"latestnewsflag":{"minfo":"1.0","minfoseo":"1-0"},"NumberOfCharacters":{"minfo":"7005.0","minfoseo":"7005-0"},"NumberOfWords":{"minfo":"1121.0","minfoseo":"1121-0"},"key":{"0":{"keyid":"1522360","value":"LiFi","smid":"0","keynameseo":"LiFi","keytype":"","keycount":"totalcount","weightage":"100"},"1":{"keyid":"6354504","value":"reliance jio","smid":"0","keynameseo":"reliance-jio","keytype":"","keycount":"totalcount","weightage":"50"},"2":{"keyid":"34974","value":"telecom 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infrastructure will underpin faster roll out of the fifth-generation services as deploying fiber to all mobile towers quickly will not be possible, said Hardik Soni, Co-founder & CTO, Nav Wireless Technologies, claiming that Radio Frequency (RF)\/Microwave-based backhaul would not be able to provide desired bandwidth for 5G Services.","seolocation":"telecomnews\/fsoc-tech-may-see-increased-adoption-in-india-as-5g-roll-outs-pick-up-pace","seolocationalt":"FSOC tech may see increased adoption in India as 5G roll outs pick up pace","url_seo":"fsoc-tech-may-see-increased-adoption-in-india-as-5g-roll-outs-pick-up-pace"},"94693472":{"msid":"94693472","stname":"Nav Wireless Technologies introduces transformative next-generation communication technology (LiFi) at India Mobile Congress 2022","artsyn":"(Brand Connect Initiative)","seolocation":"telecomnews\/nav-wireless-technologies-introduces-transformative-next-generation-communication-technology-lifi-at-india-mobile-congress-2022","seolocationalt":"Nav Wireless Technologies introduces transformative next-generation communication technology (LiFi) at India Mobile Congress 2022","url_seo":"nav-wireless-technologies-introduces-transformative-next-generation-communication-technology-lifi-at-india-mobile-congress-2022"},"86415662":{"msid":"86415662","stname":"India's highest altitude institute in Ladakh gets LiFi network for faster internet","artsyn":"Ahmedabad-based Nav Wireless Technologies Pvt Ltd has set up a LiFi network at India's highest altitude educational organisation to help the local education fraternity, the company said in a statement here.","seolocation":"telecomnews\/indias-highest-altitude-institute-in-ladakh-gets-lifi-network-for-faster-internet","seolocationalt":"India's highest altitude institute in Ladakh gets LiFi network for faster internet","url_seo":"indias-highest-altitude-institute-in-ladakh-gets-lifi-network-for-faster-internet"},"81086998":{"msid":"81086998","stname":"Two Gujarat villages first in India to get LiFi","artsyn":"With this facility from the startup, Nav Wireless Technology, schools, hospitals, post offices, and government offices in these two villages will get faster and safer internet connection through existing electricity lines.","seolocation":"telecomnews\/two-gujarat-villages-first-in-india-to-get-lifi","seolocationalt":"Two Gujarat villages first in India to get LiFi","url_seo":"two-gujarat-villages-first-in-india-to-get-lifi"},"62688586":{"msid":"62688586","stname":"Let there be LiFi! Centre switches on superfast internet pilot","artsyn":"In a recent pilot project, the ministry of electronics and IT successfully tested a technology called LiFi (Light Fidelity), which uses LED bulbs and light spectrum to transmit data at speeds as high as 10 GB per second over a 1-km radius.","seolocation":"telecomnews\/let-there-be-lifi-centre-switches-on-superfast-internet-pilot","seolocationalt":"Let there be LiFi! 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