Tag: 5G

  • 5G remains elitist, elusive technology

    5G remains elitist, elusive technology

    About four years after the launch of the fifth generation (5G) technology in Nigeria, it has remained not only elitist but also an elusive technology.

    After trials by the Nigerian Communications Commission (NCC), 5G was officially launched in Nigeria in August/September 2022, with MTN Nigeria leading the rollout on August 24, 2022, in cities such as Lagos and Abuja. Mafab Communications launched in early 2023, and Airtel followed in June 2023.

    The Federal Government generated over $820 million from the auction of 5G licences as of early 2023. Major payments came from MTN Nigeria and Mafab Communications, which paid $273.6 million for 3.5 gigahertz (GHz) spectrum licenses in 2022, followed by Airtel Networks Ltd, which paid $316.7 million for a similar spectrum.

    Chief Executive Officer, Nigerian Communications Commission (NCC), Dr Aminu Maida, has restated its commitment to transparent, data-driven regulation and the continuous improvement of Nigeria’s digital ecosystem.

    According to the November stats released by the NCC and Ookla, about the market share of technologies in the country’s telecom market, 5G, with all its hypes and super-promises, remained at the bottom of the ladder of adoption.

    The stats began from second generation (2G), 3G, 4G and ultimately 5G.

    While 38.29 per cent of the market is still on 2G; 3G accounts for 6.13 per cent; while 4G‘s 51.99 per cent market share makes it the most popular next only to 2G. 5G with its super latency and other promises accounts for just 3.60 per cent of the market share.

    The latest report conducted by the NCC entitled: Network Performance & 5G Reality Report, National Coverage Gaps & Infrastructure Trends, Advanced Analytics Services December 2025, show that the average 5G coverage gap in Lagos is 55.4 per cent. This means more than half the time, a 5G phone in Lagos cannot connect to 5G.

     “The “Phantom” Signal: The average 5G coverage gap in Lagos is 55.4%. This means more than half the time, a 5G phone in Lagos cannot connect to 5G.

     “Critical Zones: 499 areas in the city are flagged as “Critical” (Gap > 70per cent), mostly in high-density commercial zones,” the report noted.

    Giving what was described as operator breakdown, it stated that MTN has ~50per cent gap; while Airtel has ~77per cent gap.

    The report which focused on Lagos and Abuja, the Federal Capital Territory (FCT), stated that Abuja records an average 5G gap of 47.4per cent which it said was slightly better than Lagos, but nearly half of potential connections still fail.

     “Effective Coverage: Only 31 per cent of 5G-capabledevices in the capital are successfully connecting to 5G networks. Deployment Imbalance: MTN: ~49 per cent gap,” the report noted.

    The report which touched on performance gap in urban states (Lagos, FCT, Rivers), noted that the states outperformed rural Northern states by approximately between 30per cent and 40per cent in download speeds and latency.

    The report noted that rural performance averages are materially depressed by the continued reliance on 2G and 3G, which drag down national statistics and lamented that investment focus has seen recent network upgrades concentrated on high-density areas, with limited spillover to underserved regions.

    On the road ahead for the industry “Optimize Urban 5G: Focus on existing sites in Lagos/Abuja to lower the 55 per cent gap. “Turning on” 5G isn’t enough; it must be usable for the 50per cent+ of users currently blocked; prioritize improvements: Targeted investment is critical in rural areas and states with vast rural communities to close the 40per cent regional performance divide.”

    For Regulators, the report recommended the retirement of legacy tech by accelerating the phase-out of 2G/3G to free up spectrum for 4G/5G, which dictates modern user experience.

     “Monitor Stability: Shift regulatory focus to latency and jitter, as stability is now a stronger predictor of user satisfaction than peak speed,” the report noted.

    Speaking during the presentation of the report, Dr Maida said: “Today’s engagement reflects our commitment to transparent, data-driven regulation and the continuous improvement of Nigeria’s digital ecosystem. Through our collaboration with Ookla, we are providing independent insights into real-world network performance and the lived experience of Nigerians across cities, rural communities, highways, and emerging 5G zones. It is in this context that we have released the Q4 2025 Network Performance Reports.

    Read Also: Fed Govt supporting youths in education, others to make Nigeria unstoppable global force

     “These reports enable us to track progress, identify gaps, and guide targeted regulatory interventions—ranging from spectrum optimisation and infrastructure upgrades to quality-of-service enforcement and the expansion of rural connectivity.

     “The data shows clear and steady improvements in network quality, particularly in median download speeds across both urban and rural areas, especially when compared to Q3 performance. Notably, the video Quality of Experience gap between urban and rural areas has narrowed, and the strength of our 4G backbone continues to improve.

     “The industry is not without challenges, as reflected in gaps in 5G services and inequalities in upload speeds highlighted in the reports. However, we are actively engaging with operators to address these issues, including gaps in mobile service coverage.”

    He recalled that last year, over $1 billion in industry investment resulted in the deployment of more than 2,850 new sites to expand both coverage and capacity nationwide. Much of the progress reflected in today’s reports is a direct outcome of these investments, he said.

     “We have secured commitments from operators to exceed their 2025 investment levels in 2026, with infrastructure investments continuing in earnest. We look forward to continued collaboration with industry stakeholders as we translate these insights into better connectivity, improved service quality, and a more inclusive digital future for all Nigerians,” Dr. Maida said.

  • 5G in Nigeria but not everywhere, says communications minister

    5G in Nigeria but not everywhere, says communications minister

    The minister of communications, innovations, and digital economy, Bosun Tijani, has confirmed the presence of infrastructure that supports advanced technologies, including the Fifth-Generation (5G) network, in Nigeria.

    He, however, indicated that the modern technology infrastructure was currently not in every part of the country.

    The minister who spoke on Channels Television’s “Politics Today” programme, monitored by The Nation, estimated that it would cost around $2 billion to wire the entire country for the seamless experience of the network.

    According to Bosun, the government is doing everything necessary to increase the number of kilometres of fibre optics cables in Nigeria.

    The minister pledged that the ministry would work hard to attain the goal of wiring the entire country.

    He further said that the new administration aims to connect schools, hospitals, government offices, and other critical locations with optical cable.

    Read Also: 5G: Airtel Nigeria builds 200 sites

    “We do in some places. The infrastructure that drives 5G is not something that is across the nation.”

    “So, if you subscribe to 5G and you move into locations where the infrastructure cannot support it, of course, the quality will drop. 5G exists in Nigeria and there are telcos with the licence.

    “We are about 35 to 40 kilometres right now and the goal is to get to 95,000 km. It’s going to cost us roughly about $1.5bn to $2bn to wire the entire of Nigeria because once we can do this, we will start to see changes in the delivery of public services.”

  • 5G will spark wave of innovations in Africa, says Mikael Bäck

    Industry 4.0 has arrived, and it is going to spark an unprecedented wave of innovation in the Middle East and Africa (MEA), this is according to Mikael Bäck, Corporate Officer for Ericsson’s Group Function Technology Group.

    Back made this known in an opinion article shared with the media on Monday.

    According to back, Industry 4.0 merges operational, information and communication technologies with cyber-physical systems, enabled by advanced wireless communication and Industrial IoT services.

    This digital and wireless transformation, he said will be powered by 5G networks, which have the potential to drive economic growth in the region like no previous generation of mobile technology.

    “For example, the security, high speeds, low latency and massive number of connections in 5G networks will support smart city and agriculture transformation in many countries in the Middle East and Africa. This will enable new revenue streams from IoT and industrial applications and accelerate digitalisation.

    “Agriculture 4.0 will particularly transform both the demand side and the value chain/supply side of the food-scarcity equation, using technology to address the real needs of consumers.

    “The UAE already uses the SCADA system, which combines up-to-date, real-time data from weather stations with data from soil moisture and salinity sensors.  And IKEA, David Chang and the ruler of Dubai have invested USD 40 million in vertical farming. Other Arab countries are also shifting their focus to expand their agriculture vertically, and conducting trials with a number of new technologies.

    “The Middle East and Africa region is also the world’s largest center for mineral mining (diamond, phosphate, gold) and for oil and gas operations. The domain choice of IoT connectivity for these industries will be 5G.

    “An interesting case study in this area is the Boliden Aitik mine in Sweden. The application of 5G-enabled automation reduces costs by one percent, with communications being the key enabler. For the Aitik mine alone, carrying out drilling and blasting using automation shows an annual EUR 2.5 million net saving. This illustrates the potential for similar operations in MEA and other regions.” he said.

    Switching on 5G in the Middle East

    In 2019, we will start the commercial roll out of 5G with operators in advanced markets like the UAE, Saudi Arabia’s and Qatar, with significant traffic volumes in 2021.  We were recently selected by Batelco to commercially deploy 5G across Bahrain and announced 5G commercial launches with Etisalat, STC and Ooredoo at Mobile World Congress 2019. In fact, all major service providers in the region are moving aggressively to launch 5G commercially, according to Ericsson Mobility Report MEA.

    Moreover, we are working with partners in a multitude of industries, as well as academia partners within research and development projects.

    This has wide regional ramifications, as there are great economic benefits in taking advantage of a new wireless technology first, highlighted by the boom in the app economy in the region after its adoption of 4G.  Numerous regional start-ups like Fetchr!, Souq, Careem, and ReserveOut have been hugely successful, and many more have had a strong impact in the market.

    Key drivers for immediate 5G deployment include increased network capacity, lower cost per gigabyte and new use case requirements. The majority of the 5G subscriptions in the MEA are expected to come from advanced ICT markets like Saudi Arabia, UAE and Qatar while in Africa, considerable momentum is building in South Africa.

    The MEA region’s telecom market is characterized by increasing uptake of LTE. The region will lead the globe with a forecast for 9x mobile data traffic growth (1.8 to 17 EB/month from 2018 to 2024) and see a doubling of mobile broadband subscriptions (850 to 1,630 million from 2018 to 2024), according to Ericsson Mobility Report MEA.

    The exponential role of disruptive technology in climate action

    Beyond improving efficiency and reducing cost, digitalisation and IoT have wide human implications. From smart homes and power grids to connected transport systems, IoT is already making our personal lives safer, healthier and greener.

    ICT in combination with a well-integrated corporate sustainability strategy can help tackle a range of global challenges. While the digital sector is on track to reduce its own emissions, representing just 1.4% of the global total, it is also in a unique position to influence other sectors.

    Social and technological innovations are already scaling, for example, shared and “on-demand” fleets of more energy-efficient electric vehicles could reduce global energy demand for transport by more than 50 percent by 2050 while reducing the number of vehicles on the road.

    For example, the vision adopted by Dubai for 2030 is for 30 percent of public transport to be autonomous. Other GCC states have also revealed plans to cut emissions and improve climate mitigation.

    Adopting circular-economy approaches has the potential to reduce global emissions from industry by 45 percent by 2050. Globally, heavy industries such as steel, aluminum, cement and plastic production can reduce emissions by 50 percent using current technologies and efficiencies.

    5G is the backbone that can make it all work both in the Middle East and Africa as well as across the globe – driving economic value from enhanced mobile broadband to digital industry to combating climate change. That in turn will require an ecosystem of technology, regulatory, security and industry partners to deliver on the potential.

  • 5G: NCC suspends licensing of key bands

    The Nigerian Communications Commission (NCC) has suspended the licensing of key bands in Region 1 in preparation for the adoption of 5G technology in the country, its Executive Vice Chairman, Prof. Umar Garba Danbatta, said yesterday.

    According to him, the Commission has identified some of the potential frequency bands that may be harmonised for 5G deployment in Region 1 and therefore suspended the licensing of such frequencies.

    “This step will ensure that Nigeria is not caught unaware when those frequency bands are harmonised by standardisation bodies. Key amongst these bands are 26gigahertz (GHz), 38GHz,and 42GHz bands,” he said.

    Speaking at a Stakeholders Consultative Forum on 5G Readiness and High Altitude Platform Station (HAPS) Technologies at Barcelona Hotel, Abuja, Prof. Danbatta said though the 5G framework is being defined by the International Telecommunication Union (ITU), the commission is planning massive deployment of infrastructures for the new technology.

    Represented by the Director of Spectrum Administration, Eng. Austine Nwaulune, the EVC said:  “The technology is unique and promising in that , it is scalable and customisable, and therefore often equipped with mission-dependent payloads that are intended to act as fixed stations, delivering services such as high capacity wide area coverage broadband, relay stations, remote sensing, weather observations, navigations, digital TV and others within the earth’s atmosphere.”

    HAPS are also known to be low cost at implementation, and are expected to be the next big infrastructure for wireless communications. It supports rapid roll out and has the ability to serve many end users, Prof. Danbatta added.

    Speaking further on the new technology he said:  “According to a research conducted by GSMA in 2018, about 5.17 billion people were already mobile in 2017, and is projected to rise to 6 billion by 2025. In Nigeria alone, going by September 2018 statistics, we had about 106 million active internet subscribers.

    “In another research by McKinsey Global, it is estimated that over 75 billion devices will be connected to the internet by the year 2025, with global economic contribution ranging 3.9 billion dollars to 11.1 trillion dollars annually.

    “As such all stakeholders are challenged to help develop smarter and efficient ways of utilising the already limited available resources in order to maximise the gains of these technologies.”

  • ITU chief urges global engagement on 5G standards devt

    ITU chief urges global engagement on 5G standards devt

    THE International Telecommunications Union (ITU) has urged all Fifth Generation (5G) systems engineers and standards developers to ensure full engagement with key stakeholders around the globe when developing 5G standards so that the technology will not fail.

    The Chairman, Commonwealth ITU Group, Dr Bashir Gwandu, said this was important to eschew the shortcoming of other technologies such as the WiMax and 3G.

    Gwandu, a former Acting CEO, Nigerian Communications Commission (NCC), spoke in London during a presentation on: Delivering a Sustainable and Long-term 5G Future at the second International Conference on 5G Hurdle 2016 in London by Wireless World Research Forum –a group of leading experts and researchers on 5G networks in association with Forum Europe.

    He spoke on a number of strategies that the experts need to adopt for 5G to have a sustainable future.

    According to the former NCC CEO, there is need to ensure sustained research effort; global stakeholder engagement and collaboration; innovative regulation and policy development; technical standards harmonisation and spectrum availability and early release; infrastructure design and harmonisation; co-existence and network interference minimisation; security, privacy, resilience, and reliability; and partnership and funding.

    On research effort, Gwandu suggested that more focus should be on latency reduction, resilience, availability for confidence building, spectral efficiency and speed, mobility, and antenna versatility, adding that there was need for timely spectrum release, adequate planning and harmonised slots/channel arrangements.

    Technology neutrality, infrastructure deployment and coverage, accurate digital and regular update of high-resolution maps and accurate positioning, weather and ecological consideration in antenna deployments and others were highlighted under innovative policies to drive 5G adoption.

    He stressed the need to carry all key stakeholders and major end-users along in requirement capture for standards development. To this end, he said stakeholders such as  governments, regulators, verticals such as auto-manufacturers, transport and logistics industries, retail and general; fast-moving consumers goods sellers, health and social care institutions, business and financial services, and experts from various user groups.

    “For technology that is expected to be relied on by driver-less cars and independent robots in everyday life from roads, car parks, utility control centers, shops and homes as well as surveillance systems with sub-millisecond signal delay, much is expected for confidence building if it is to be sustainable,” he said, adding that efforts should be made to achieve harmonised Radio Access Technologies (RATS) as well as spectrum bands between Europe and Americas for 5G usage citing the 24gigahertz (GHz), the 28GHz, the 31GHz and 66GHz among others.

     

  • Gwandu, others discuss 5G at global telecoms forum

    Mr Bashir Gwandu, a former acting Executive Vice Chairman  (EVC) and Executive Commissioner, Nigeria Communications Commission (NCC) was  one of the chief presenters at a two-day conference  organised last week by the Wireless World Research Forum to discuss challenges and implementation in the new generation of communication technology, the 5G, which proposes a total connected  life.

    It provided a platform to discuss global standardisation, global co-operation and interoperability, looking at how a user-centric approach can be used to identify and overcome the obstacles and challenges connected to a 5G future.

    Presentations were made by some industry leaders and experts, and specific sessions for this year’s event included:  Building a Globally Agreed Vision for 5G Development and Deployment, Creating the 5G Architecture, Overcoming the Obstacles to 5G Deployment, Revolutionary New Use Cases and Implications for Industry, New Business Models and Commercial Opportunities Across Different Sectors (using the Automotive Industry as a sector case study).

    Some of the features expected of the 5G as raised in the conference includes very low sub-millisecond round-trip latency (delay) of 5G signal, Better security to avoid hacking, better location identification, ultra-broadband speed of over 10Gbps, distributed content and processing, much better coverage and availability, low power consumption, high-order Mimo antenna systems, use of sub-6GHz or the spectrum between 6GHz and 100GHz, and whether or not the network should evolve from the 4G-LTE or simply new type of network, etc. Projected applications include machine to machine to people communications, autonomous cars and robots, and super wireless cloud computing etc.

    The 5G has already been tested inJapan by Huawei and NTT DOCOMO using sub-6GHz bands and in a public place, unlike previous experiments, which are usually conducted in a lab.

    The carrier managed to reach peak speeds of 3.6 Gbps where as the fastest average 4G LTE speeds come from Spain at 18 Mbps.