Tag: 5G

  • NCC to Auction Two Additional 5G Licences for $547.2m

    NCC to Auction Two Additional 5G Licences for $547.2m

    The Nigerian Communications Commission (NCC) is set to offer two additional slots in the 3.5 Gigahertz (GHz) spectrum band for the deployment 5G network in the country.

    It set the reserve price at $547.2 million, translating to $273.60 million for each licence.
    NCC disclosed this at the weekend in its Draft Information Memorandum, titled ‘Information Memorandum on 3.5 GHz Spectrum Auction’, which it published on its official website.

    According to NCC, the offering includes the remaining lots of 2 x 100 megahertz (MHz) in the 3.5 GHz spectrum band to support 5G deployment in Nigeria.
    NCC last December, offered a 3.5GHz spectrum to MTN Nigeria Communications Plc and Mafab Communication to support their 5G rollout.

    Since NCC awarded the 5G spectrum, MTN has launched its 5G network in selected locations while Mafab is yet to roll out its 5G network.
    “The spectrum reserve price (RP) is the minimum price for one slot of 100MHz TDD for a 10-year licence tenure fixed at $273,600,000.00 or its equivalent in Naira at the prevailing Central Bank of Nigeria (CBN) rates at the time of the auction, according to the memorandum.

    The commission said it had developed a draft information memorandum (IM) to support the attainment of this objective through an auction process.
    “The commission will hold a Public Consultation in respect of the draft information memorandum (IM) on November 15, 2022.

    “This is in line with the commission’s participatory rule-making process for the communications sector, to give stakeholders and interested parties an opportunity to review and comment on the draft IM before the final document is published,” the memorandum further said.

    The commission added that applicants for the spectrum do not have to be licensed network operators in the country but will need a unified access service licence (UASL) if their bid is successful.

    In February 2022, MTN Nigeria and Mafab Communications Limited made their full payment of $273.6 million each for a 5G spectrum licence after emerging winners of the 3. 5 GHz spectrum auction.

    While MTN has rolled out the 5G mobile network, Mafab suspended roll-out till December this year and got the approval of NCC for a five-month rollout extension, which ends December 31, 2022.

  • MTN Launches 5G Trial In Nigeria

    MTN Launches 5G Trial In Nigeria

    MTN Nigeria on Wednesday said it had turned on the 5G spectrum in Nigeria with 20,000 subscribers.

    The telecoms giant also said potential users can pre-order a home broadband device to experience internet “downloads in seconds, not minutes.”

    “2G brought us SMS and picture messaging,” MTN CFO Modupe Kadiri said in a post. “3G was about mobile internet access. 4G made streaming and sharing a part of everyday life. 5G delivers the future and it’s here – higher internet speeds, downloads without delay, near-instant connection when streaming, using apps, loading websites, playing games, or connecting to smart home devices.

    “So today we started another phase in our journey to Brighten the lives of our esteemed subscribers. Yes today we turned on the 5G spectrum and kicked off our 5G pilot. 20,000 customers with enabled devices can now try out our next-generation network where coverage is available. So seeing 5G on your phone? It means you’re part of the pilot. Welcome to the wonder of 5G!”

  • Deployment Of 5G Nationwide Is 97% Ready – NCC

    Deployment Of 5G Nationwide Is 97% Ready – NCC

    The Nigerian Communications Commission (NCC) has confirmed it is 97% ready for the implementation of 5G deployment in the country.

    In a statement issued on Thursday, NCC Executive Vice Chairman, Professor Umar Danbatta, confirmed the readiness at the annual African Tech Alliance Forum (AFRITECH) 2021, held in Lagos with the theme: “Embracing Changes and Digital Transformation in the New Normal.”

    Danbatta stated that this paradigm shift in communication has led to a significant increase in network connectivity requirements as a result of an unprecedented upsurge in internet traffic, occasioned by the use of a plethora of web applications.

    He explained that the NCC is working with operators to implement a number of initiatives to ensure network expansion.

    These, he said, include an ongoing plan to auction spectrum in 3.5 gigahertz (Ghz) band to operators for the deployment of 5G network in Nigeria.

    “Already, we are set for the auction of some spectrum slots in 3.5GHz band. The other day I was at the National assembly, I informed the senate that we were 95 percent ready for 5G. Today as we speak, I am delighted to tell you that we are already at 97 percent completion,” he said.

    “Consistent with our mandate as enshrined in the Nigerian Communications Act 2003 (NCA-2003) and other guiding legislations, we have been working to ensure the penetration of broadband services in line with Federal Government’s targets, as contained in Nigerian National Broadband Plan (NNBP), 2020 to 2025.

    “The Committee set up to auction the Spectrum has already developed an Information Memorandum (IM) which is already published for inputs and comments from all industry stakeholders. Prior to this, a 5G deployment plan was developed and we have since secured Federal Government’s approval.”

    He stated that the trend has made remote work, virtual meetings, virtual studies, and virtual healthcare delivery, among others, the new normal.

    The NCC boss was represented at the event by the Director, Spectrum Administration at the commission, Engineer Oluwatoyin Asaju and the commission’s Director of Public Affairs, Dr. Ikechukwu Adinde.

  • FG Approves National Policy On 5G Network

    FG Approves National Policy On 5G Network

    The Federal Government has approved the National Policy on fifth generation (5G) network in Nigeria.

    This is according to the the Minister of Communications and Digital Economy, Isa Pantami, who addressed journalists in Abuja after the weekly Federal Executive Council in Abuja on Wednesday.

    He explained that the benefits that accrue from employing such network include larger capacity, higher data rates among other economic, health, security and educational opportunities.

    According to the Minister, the radiation from the 5G has proven to be lower than the 4G, televisions or micro waves, contrary to stories peddled on social media.

    There have been concerns about the deployment of the 5G communications network especially over its purported linkage with the COVID-19 outbreak.

    On May 19, the Senate asked the Federal Government to suspend plans to deploy the 5G network pending a six-month investigation into possible health risks associated with the technology.

    In telecommunications, 5G is the fifth generation technology standard for broadband cellular networks, which cellular phone companies began deploying worldwide in 2019, and is the planned successor to the 4G networks which provide connectivity to most current cellphones.

    Away from the 5G network, the Minister also reacted to the security situation in the North-West.

    He clarified that telecommunications shut down in Zamfara State did emanate from him but was at the request of security institutions to enhance strategies.

    Pantami indicated that the government is willing to take any action including compromising economic benefits to render full support towards the security of the country.

    Although he declined to disclose if the same measure would extend to other states affected by banditry, he pleaded for greater support towards the security agencies to deliver on their mandate.

    It will be recalled that mobile telephone networks were shut down in Zamfara State on Monday, after authorities ordered a telecoms blackout to aid the armed forces tackle banditry in the area.

  • 5G: A critical technology for our Green future

    5G: A critical technology for our Green future

    It is high time policymakers recognised the value of next-generation telecommunications in delivering on the EU’s long-term sustainable objectives, says Luis Neves.

    Luis Neves is the Global CEO of GeSI, the Global e-Sustainability Initiative. He is responsible for the establishment of the Initiative’s strategic goals and for overseeing all GeSI’s activities.

    You’ve been keen to make the case for telecommunications innovation helping to achieve our sustainable goals. Thinking specifically about 5G, how can next-generation networks help us to pursue our climate ambitions?

    In 2019, GeSI launched its Digital with Purpose report, which presents how digital technologies can support achieving the SDGs and at the same time mitigate the current negative trends. In our report, 5G is one of the seven digital technologies identified as having a critical influence on the world, including: Artificial IntelligenceInternet of ThingsCognitive technology, CloudDigital Accessand Blockchain. In the case of 5G, our report goes into extensive detail on its role in greening the world.

    The 5G share in traffic and data transmission has the potential to increase efficiency and will only continue to grow faster—this means better connectivity, higher speeds, and reduced latency that can enable things like digital twins, IoT devices and other applications to amplify efforts for a greener digital transition. While this indeed will mean the multiplication of IoT devices, there are very strong incentives for governments like the European Union and for manufacturers as well to keep these products energy-efficient.

    Our report also has multiple case studies from our member companies illustrating 5G in action but what also really needs to accompany these types of technologies are political will, leadership, and stronger corporate commitments to shifting to clean energy.

    Could you provide any concrete examples worldwide of 5G being employed to reduce emissions, for example?

    5G needs to be accompanied by other digital technologies for its capacity to be fully realised and adequately deployed.

    AT&T, for instance, utilises 5G and IoT in curbing GHG emissions using its Smart Irrigation solution, in collaboration with HydroPoint. The technology allows customers to track and manage their water usage with greater speed and precision, which uses cloud-based water management systems. The GHG emissions savings arise from the reductions in process and pumping of the water.

    Taiwan Mobile, uses remote detection devices to monitor base station energy consumption, gathering real-time data without manual meter-reading, thus reducing emissions from travelling. The use of Smart Meters also allows Taiwan Mobile to accurately anticipate and predict the consumption of energy, providing valuable information for optimisation and efficiency. Taiwan Mobile reports that it has so far saved about 25.4 tonnes per year in CO2 emissions and reduced manual meter trips by 8,439.

    Looking at the potential in smart cities, Verizon offers an advanced traffic management service for public agencies using 5G and IoT devices, leveraging in-ground wireless vehicle detection sensors and cloud-based data collection systems. These sensors provide real-time road traffic data and follow-up studies conducted have shown 40% fewer traffic delays, 25% less travel time, 10% fuel savings, and 22% fewer emissions.

    But what about other technologies that have come in for criticism for their ecological footprints, such as data centres and cloud computing sites, these aren’t regarded as particularly environmentally friendly, are they?

    The ICT sector has a great responsibility to ensure that what it is deploying is sustainable. Recognising the energy consumption of data centres and cloud computing, the Commission and our sector have been making great efforts in exploring the ways in which we can make data centres greener.

    We have been giving special attention to conversations related to the ICT sector footprint. In this regard since 2007, GeSI has been conducting deep research with recognised and credible consultants such as Mckinsey, Boston Consulting, Accenture Strategy and Deloitte on the sector global footprint, as well as its “enabling” impact in making other sectors more efficient, through our so-called “Smart Reports”. We have published 4 reports so far, presenting arguments on why reducing emissions and being sustainable need to be priorities for companies globally.

    What the research is showing is that the sector global footprint remains stable at 2% of the global emissions, while its enablement potential has been increasing. Our Smart2030 report shows that ICT can reduce 20% of global emissions.  These reports go into extensive detail on how sectors like Agriculture, Health, Education, Manufacturing and others can cut costs by deploying ‘green solutions’ like SMART buildings and mobility, and e-services. The aforementioned report also found that ICTs could generate $6.5 trillion in revenues and result in $4.9 trillion in cost-saving opportunities. We also have findings that talk further about the return on investment and the greater efficiency that comes as a result of green ICT solutions.

    How much has Europe’s 5G rollout been impacted by external factors such as the ongoing disinformation campaign against the technology, as well as the coronavirus pandemic?

    We are at a critical stage in society where the lines between reality and fiction are increasingly blurred – this is certainly the case with the COVID-19 crisis and the on-going disinformation campaign against 5G.

    At GeSI, we believe that all technology must be deployed with great purpose in mind and there are countless resources and data, such as our Digital with Purpose report, that go into detail about how the ICT sector can accelerate a green, digital recovery not only for Europe but for everyone. I believe our sector is confident in allowing the science and hard data to speak for themselves, but there is also an opportunity for governments to support the efforts of the wider ICT sector by advocating policies, funding programmes, and engaging with stakeholders so we can rebuild our society and our planet together.

    The European Union needs to come out of its “a la carte” approach and take bold steps aligned with its core values and interests with the main purpose in mind of ensuring its positioning as a credible, solid and fundamental player in the global arena in order to offer the European economy and its citizens with top of the edge digital services. Technology can accelerate action, but it requires a robust, shared ambition. Critical to a shared ambition is strong leadership to secure it.  For this to happen strategic vision and ambition is required.

    Everything today depends on digital technologies. Digital technologies have been the engine of growth and prosperity. The challenges our society is currently facing and will continue to face requires smart, innovative minds working together to find impactful solutions – and fast.

    It is imperative for Europe to urgently find its own space in the current geopolitical context – “The third way”.  The recent outcome of the American elections represents an opportunity that might help.

    Have these well-publicised concerns overshadowed 5G’s potential for helping Europe to achieve its sustainable goals? 

    5G is a fundamental catalyst for the digital transformation of businesses, cities and public services. It is a catalyst for Industry 4.0, bringing sensibility, intelligence and automation to new generation production processes for greater competitiveness. It is the catalyst for the transformation of cities into smart and inclusive cities that improve the quality of life of their citizens.

    It is the catalyst for more efficient and more comprehensive public services that educate better, offer better health to more people through the remotisation of less critical care and better use of resources in more critical care, accelerate transactions in the economy, maximise the use of resources and provide greater security for all.

    The greatest value of 5G is that it is a transformation agent. For people, the immediate promise is greater speed and performance on the Internet and more immersive content, but for companies and institutions, the promise is a huge transformation of their operating models and improved quality of their products and services.

    In launching the strategy for a single digital market, the European Commission stated that “a European approach to digital transformation means strengthening and including citizens, strengthening the potential of all companies and responding to global challenges through our core values”.

    There are great developments in the works, such as the European Green Deal and the EU Taxonomy, but programs like green public procurements (GPP) and a recovery plan that leverages technology are critical next steps.

    Where are we to go from here? Is 5G a critical technology for the Green Deal?

    Without a doubt. The examples from our members and the work of the ICT sector have shown how 5G and accompanying technologies can lead us to an inclusive, green digital recovery that the Green Deal envisions.

    Technology has touched every single corner of society and no entity or sector can go it alone. What needs to follow is greater collaboration between the public and private sectors, as well as other stakeholders. We all need to align on the ambitions of the Green Deal, the Sustainable Development Goals and the Paris Agreement – we have these frameworks in place, and I believe digital technologies are the perfect tools to get us there.

  • New iPhone SE Will Not Launch This Year but Expected in 2022 With 5G, Chipset Upgrades

    New iPhone SE Will Not Launch This Year but Expected in 2022 With 5G, Chipset Upgrades

    Given the success of the 2020 iPhone SE, it was immediately assumed that Apple would want to keep that momentum running and introduce a successor in early 2021. Unfortunately, a new report mentions that this is not going to happen. Instead, we should look forward to 2022, where a couple of notable upgrades are expected for the affordable iPhone.

    2022 iPhone SE Will Be Similar in Design and Display to Its Predecessor

    Aside from the 2022 iPhone lineup possibly getting treated to a punch-hole design, Ming-Chi Kuo believes that the iPhone SE will arrive with 5G and chipset upgrades in the same year, but in the first half. However, it looks like Apple is only focusing on the internals of the upcoming affordable model, while everything else could remain the same. According to the TF International Securities analyst, the design and display are expected to be similar to the 2020 iPhone SE.

  • China builds world’s largest 5G network

    By Wang Zheng, People’s Daily

    On Jan. 24, an eight-hour-long 5G webcastfeaturing two giant pandas from the Dujiangyan Base of the China Conservation and Research Center for Giant Pandas located in southwest China’s Sichuan provinceattracted a large number of viewers from both home and abroad.

    “Don’t worry if you feel you haven’t got enough of them,” said Zhang Ji, an executive of China Telecom’s branch in Sichuan province,explaining that the Sichuan branch of China Telecom, one of the three major telecom operators in China,would officially launch a one-year-long online tour around Sichuan two days later.

    Through 5G+4K resolution live camera broadcastingand 8K resolution+virtual reality 360-degreepanoramic live streaming, the activity aims to bring immersive traveling experience to netizens through new technologies, according to Zhang.

    China has built the world’s largest 5G network,indicate statistics from the country’s Ministry of Industry and Information Technology (MIIT).

    The latest data released by the MIIT on Jan. 26 show that over 600,000 5G base stations were newly built in China in 2020, which brought the total number of 5G base stations in the country to more than 718,000.

    As of the end of 2020, China had achieved 5G full coverage in all cities above the prefecture-level.

    This year, the country intends to build at least 600,000 more 5G base stations, while continuously deepening the construction of 5G network and promotingjoint construction and shared benefits of 5G network.

    The Beijing-Chengde high-speed railway, which connects China’s capital city and Chengde in north China’s Hebei province and started operation on Jan. 22, has been fully covered by 4G network.Passengers can even use 5G network in some sections of the railway.

    The communication network along the high-speed rail has been jointly constructed and shared by various operators in China.

    “We prefer to share rather than build new ones where there are already network facilities, and jointly build new facilities with other operators rather than all on ourselves whenever we can,” said an executive with China Tower, a participant in the construction of the communication network along the Beijing-Chengde high-speed railway.

    According to the executive, 194 newly built basestations for the network covering the Beijing-Chengde high-speed railway are shared by two or more operators, and all the indoor network infrastructure in the tunnels and stationsalong the way areconstructed by one operator and shared with others, saving costs by over 36 million yuan(about $5.6 million).

    5G is rapidly entering the daily lives of ordinary Chinese people.By the end of June 2020, China had built 66 million 5G terminal connections. The number exceeded 200 million as of the end of last year.

    5G mobile phones have becomemore and more popular because of their decreasing prices, which dropped from over 5,000 yuanwhen 5G smartphones were first launched to as low as about 1,000 yuan nowadays, said Wang Zhiqin, deputy director of the China Academy of Information and Communication Technology (CAICT) under the MIIT.

    In 2020, China’s shipments of 5G mobile phones reached 163 million units, and a total of 218 new models of 5G phones were rolled out, according to Wang.

    China is witnessing a “zero-to-one”breakthrough in the integrated application of 5G in various industries.The application is expected to become a major driver of high-quality economic growth, said Wang.

    Last year, China had more than 1,100 “5G plus industrial Internet” projects under construction, and the number of 5G base stations serving the industrial Internet surpassed 32,000.

    Meanwhile, over 60 hospitals in 19 provinces in the country used 5G network in telemedicine services, andnew businessforms and models such asthose combining 5G network with self-driving technology, smart grid,and distance learning continued to emerge.

    5G technology isplaying an increasingly significant role in empowering economy, benefiting society and serving the people and isbecoming an important driving force for high-quality economic growth, said Zhao Zhiguo, director of the cybersecurity management bureau of the MIIT.

  • China delivers remarkable performance in commercial 5G services

    China delivers remarkable performance in commercial 5G services

    By Wang Zheng, People’s Daily

    China’s communication industry, since officially launching commercial 5G services on Oct. 31, 2019, has remarkably advanced 5G construction over the past year.

    Over 690,000 5G base stations have been erected across the country, connecting more than 160 million terminals.

    “I can finally bid a farewell to laggy sports livestreams on my phone,” said a man surnamed Shen who had just switched to a 5G package of China Telecom, one of the three major carriers in China, two weeks ago.

    Shen, who works for an internet company in Shanghai, once doubted the coverage and application of 5G network. However, once he started using it, the experience was beyond expectation. “Videos are sent in a second, and the internet phone calls have no lag at all. It’s also very fast to send high-volume emails when I turn my phone into a WiFi hotspot,” Liu told People’s Daily.

    Many people said they were expecting “super applications” that could exploit the full potential of the 5G technology, and Song Xiaoming, who works in the new media industry in Hangzhou, east China’s Zhejiang province, is one of them.

    “We have just kicked off 5G-based livestream marketing, and it offered unprecedented vision quality,” said Song, who started using 5G services earlier this year. He told People’s Daily that he has some friends developing 5G applications for agriculture and health industries, and these applications are welcomed by the users. “However, ‘super applications’ for average consumers are still needed,” he added.

    Such applications call for high speed, low latency and wide connection of the 5G network, said Zhang Chuang, a professor with Beijing University of Posts and Telecommunications. Taking sports livestreams as an example, the professor introduced that 5G could make broadcasts more interactive, as the viewers can not only select their favored camera angles, but also watch game highlights with panorama view as their fingers scrolling on the screens. “It’s going to be a hit if such technique is applied to the live broadcast of major sport events,” he said.

    The newly built Chengdu Tianfu International Airport in southwest China’s Sichuan province is now progressing its 5G connection. So far, 80 percent of the cable work has been completed, marking a 40 percent completion of the whole 5G project of the airport. By Jan. 30 the next year, all the 5G network construction of the airport will be finished.

    The 5G construction of the Chengdu Tianfu International Airport is just a miniature of China’s accelerated 5G networking in the past year. As of September this year, the country has built over 690,000 5G base stations that connect more than 160 million terminals.

    While China is rapidly improving the coverage of base stations, 5G terminals are also emerging massively with plunging prices. So far, 207 models of 5G terminals have been granted network access certificates, which means they are ready to hit the market, including over 180 mobile phones manufactured by 34 brands. Most of these phones are priced below 2,000 yuan ($302), and nearly 80 percent of the mobile phones launched in the recent two months are 5G phones.

    Next, China will focus on the innovation of 5G applications, dig into the demand of its vertical markets, and keep diversifying application scenarios, so as to build a broader application ecology.

  • Shenzhen becomes 1st Chinese city to realize full-scale 5G deployment

    By Chen Qingqing and Fan Lingzhi in Shenzhen

    Shenzhen, a city in South China’s Guangdong Province known as the “new Silicon Valley” for its role as a base for Chinese high-tech companies, announced Monday that it has finished its 5G network deployment. This makes it the first city in China to offer the next generation of wireless networking at full scale, despite an intensifying China-US technology war.

    The city had deployed more than 46,000 5G base stations as of Friday, Mayor Chen Rugui said during an industry event Monday. Industry observers said that the number of 5G base stations in the city puts its 5G deployment on par with the entire European continent.

    China and South Korea are the global frontrunners when it comes to 5G deployment, while the US has fallen behind, Wang Zhiqin, deputy director of the China Academy of Information and Communications Technology (CAICT), said at the event.

    As of the end of June, China had deployed more than 410,000 5G base stations across the country, and it will roll out 500,000 new ones by the end of 2020, a CAICT report said. As of the end of July, the total number of 5G users in China had surpassed 88 million, accounting for more than 80 percent of the global 5G user base and ranking the country No.1.

    As the world’s leading 5G equipment provider, Huawei has become the driving force in helping deploy 5G networks in China, although the company has faced increasing and relentless US attack.

    However, in spite of efforts by Washington to force its NATO allies including the Czech Republic, Slovenia and Poland to reject Huawei, the Chinese company remained the largest 5G gear provider, with a market share of nearly 40 percent in the first quarter of 2020.

    “The latest progress signaled that China has become highly advanced in 5G deployment with total base stations rolled out in one city exceeding the overall number of many countries,” Jiang Junmu, chief writer at telecom industry news website c114.com.cn, told the Global Times Monday.

    The full-scale coverage of the 5G network in Shenzhen is the first commercial citywide standalone network, which would be indispensable for various application scenarios, Jiang said.

    Some Chinese netizens hailed the full-scale deployment of the 5G network in Shenzhen, which is home to tech companies including Huawei, Tencent and DJI, even as those countries were put on a sanctioning list by the US government as part of the US-initiated technology war against China. “This is a significant step for China in further advancing its technology, especially in the face of the US attack,” a netizen said.

    “The number of 5G base stations in one Chinese city has surpassed the total number of 5G base stations in Europe. That’s China’s speed!” another remarked.

    Huawei has been playing a vital role in supporting the latest development of China’s 5G network deployment. Rotating Chairman Guo Ping said in a keynote speech Monday that at present, 92 telecom operators worldwide are deploying 5G commercial networks with the total number of 5G users now exceeding 100 million.

    The progress in 5G deployment also showcased Huawei’s steady supply of 5G base stations, even though the US government has been beefing up sanctions on the Chinese company and putting some of its businesses like its smartphone manufacturing at risk.

    Huawei’s Guo admitted on Monday that 2020 would be very difficult due to the coronavirus epidemic and external pressure, but the Chinese company will survive.

    Some industry observers said Huawei has been gradually shifting its primary target from overseas to the domestic market, where 5G-related investment is estimated to reach billions of yuan in the next five years.

    The US chipset export ban also has had a limited impact on supplies for Huawei in the 5G sector, or base station chipsets, Huang Haifeng, an independent telecom industry analyst told the Global Times Monday. “Also, the demand for 5G base station chipsets is much less than the demand for smartphone chipsets,” he said.

    Some observers believe that Huawei’s current inventory would be enough to ensure 5G network deployment across the globe in the next two years.

    Source: Global Times

  • Nigeria set to launch 5G network

    Nigeria set to launch 5G network

    Nigeria has expressed readiness to launch the controversial 5G network in the country.

    The Nigeria Communications Commission, NCC, which made the disclosures, said it would embark on further education of Nigerians on the benefits of the controversial Fifth Generation mobile network, 5G, to their lives, business, economy and general wellbeing.

    The Commission said that the country cannot run away from the 5G while the rest of the world is leaving it behind.

    The NCC, in a statement said it was working with various stakeholders currently towards developing a policy document that will provide guidance and policy direction for 5G deployment in the country, adding that, “We have moved from 0% to 1G, 2G, 3G and 4G. The next frontier is 5G.”

    It said that the 5G is a new global wireless standard after 1G, 2G, 3G, and 4G networks, which enables a new kind of network that is designed to connect virtually everyone and everything together, including machines, objects, and devices.

    “5G wireless technology is meant to deliver higher data speeds, ultra-low latency, more reliability, massive network capacity, increased availability, and a more uniform user experience to more users.

    “5G has the potential to provide 20X faster data speeds and carries a massive amount of data for a large number of simultaneous users. So users in high-density areas – like airports, stadiums or urban areas – can still experience the fast speeds and low latency of 5G service.

    “As the world replaces more and more household items with ‘smart devices’ that connect to the internet, also known as the Internet of Things, this network capacity will be critical. 5G will potentially be able to handle more than 2.5 million connected devices per square mile. 5G is a transformational change from 4G,” the statement said.