MTN Nigeria Hits 25Gbps Milestone – First in Sub-Saharan Africa to Test Breakthrough Tech

MTN Nigeria has etched its name in telecom history as the first in Sub-Saharan Africa to test a commercial 25Gbps full duplex microwave link on the E-band spectrum, partnering with Huawei to unlock ultra-high-speed 5G connectivity.

Conducted using 1000MHz in the 80GHz E-band, the breakthrough quadruples spectral efficiency over traditional systems, enabling simultaneous two-way data transmission that supports video streaming, AR, and low-latency apps. Chief Technical Officer Yahaya Ibrahim hailed it as a “game-changer,” affirming MTN’s lead in evolving network capabilities for Nigeria’s digital surge.

The tech promises up to 50Gbps via 2000MHz per link in full deployment, boosting capacity, quality, and market edge amid soaring data demands.

Source : www.nigeriacommunicationsweek.com.ng

MTN Nigeria And Huawei Achieve Breakthrough With First 25Gbps Full-Duplex Microwave Link In Sub-Saharan Africa

MTN Nigeria has announced a significant breakthrough in telecommunications, successfully testing the first commercial 25Gbps full-duplex microwave link in Sub-Saharan Africa, in collaboration with Huawei Nigeria.

Conducted on the E-band frequency spectrum, this innovative test utilised advanced Full-Duplex technology. The microwave link operates at 80 GHz, achieving a remarkable data transmission rate of 25 Gbps through the 1000 MHz E-band spectrum. This represents a fourfold increase in spectral efficiency compared to traditional E-band solutions, setting a new standard for capacity and performance in the region.

This advancement offers a vital opportunity to enhance ultra-high-speed connectivity and advanced mobile services nationwide. Yahaya Ibrahim, MTN Nigeria’s Chief Technical Officer, hailed the 25Gbps full-duplex microwave link as a transformative achievement.

“We take pride in being the first mobile operator within the MTN Group, and across Sub-Saharan Africa, to test this advanced microwave data transmission technology. This underscores our strong commitment to innovation and the continuous evolution of our network capabilities in response to a rapidly advancing digital landscape,” Ibrahim stated.

He further emphasised, “By utilising next-generation solutions and fostering strategic partnerships, we are improving network quality, enhancing customer experience, and solidifying our position for sustained growth and leadership in an increasingly interconnected world.”

With the rising demand for video streaming, augmented reality (AR), and low-latency applications, the need for higher-capacity, faster communication infrastructure is more pressing than ever. The Full Duplex Radio Link solution directly addresses this demand.

Designed for deployment within 5G network infrastructure, this pioneering technology allows data transmission rates of up to 50 Gbps over 2000 MHz per link. This is made possible by its high-isolation integrated antenna structure, advanced spectrum efficiency, and robust interference-prevention algorithms.

The test conducted by MTN confirmed a 25Gbps capacity at 1000 MHz, based on available spectrum resources, marking a substantial advancement for Nigeria’s telecommunications industry. This achievement highlights the country’s leadership in adopting and spearheading cutting-edge digital solutions, further establishing its role as a regional leader in ICT infrastructure across Africa.

Additionally, this milestone showcases MTN Nigeria’s dedication to providing state-of-the-art technology solutions and enabling unprecedented connectivity speeds, thereby accelerating digital transformation for businesses and individuals alike.

By utilising the 70/80 GHz spectrum, the new microwave link ensures unparalleled capacity and performance, facilitating high-efficiency, high-quality, ultra-fast data transmission to support next-generation 5G services.

The Full-Duplex system enables simultaneous two-way data transmission across both frequency pairs in each direction. This is a marked improvement over conventional systems, which typically operate with a single frequency in each direction at any given time. This innovation significantly boosts connection efficiency and speed, fulfilling the demands of 5G communications.

Source : www.news.broadcastmediaafrica.com

Africa Data Centres to give connectivity in South Africa a boost

Africa Data Centres is part of Cassava Technologies and we’re told it operates the continent’s largest interconnected, vendor- and cloud-neutral data centre platform. The deal will involve Oni-Tel Fibre Networks strengthening connectivity across its Gauteng facilities, and hooking up Africa Data Centres’ Midrand and Samrand campuses through its Infinity fibre interconnection platform.

“Purpose-built for data centre interconnectivity on a resilient network with direct access to Gauteng’s key data centre hubs, this provides customers with fast, high-capacity bandwidth and secure, carrier-grade performance, supporting the levels of uptime required in today’s data-driven environments,” states the release.

The deal is supposed to strengthen its service portfolio by improving performance and expanding connectivity options within its facilities, while customers apparently get greater interconnection choice, high-availability architecture, “seamless” bandwidth, and the ability to scale as infrastructure requirements grow.

Africa Data Centres operates interconnection hubs across Africa, serving enterprises, cloud service providers, financial institutions, mobile network operators, fixed network operators, and other users. The addition of Oni-Tel’s dark fibre solution is specifically about expanding the range of carrier-neutral options available to Gauteng customers, promising improved network speed and performance, we’re told. 

“As enterprises accelerate cloud adoption, AI deployment, and data-intensive workloads, they need dependable, scalable connectivity within trusted local data centres,” said Adil El Youssefi, CEO of Africa Data Centres. “By partnering with Oni-Tel, we’re giving our customers access to enhanced fibre infrastructure that supports their growth and innovation, while maintaining secure, enterprise-grade environments for businesses navigating South Africa’s digital economy.” 

Ellisha Gobind, Chief Commercial Officer at Oni-Tel added: “Our partnership with Africa Data Centres enables us to deliver our premium fibre interconnection solution into some of the most strategically important data centre hubs in Gauteng. Through Infinity, customers benefit from ultra-low latency connectivity, scalable capacity, and secure, carrier-grade infrastructure designed to keep their businesses ahead in an extremely competitive digital landscape.”

Late last year, figures from Dell’Oro estimated global revenue for the data centre server and storage sector rose 40% year-on-year in Q3, as demand for AI accelerators had a trickle-down effect on related components including high bandwidth memory (HBM), back-end network interface cards (NICs), and data storage drives.

Source: www.telecoms.com

Airtel expands network capacity in latest move to close gap with MTN

Nigeria’s telecom market is entering a new phase of competition, and network capacity, not subscriber numbers, is now what determines who wins.

Airtel Nigeria, the second biggest player, has been building aggressively to compete. By December 2025, it had added 1,561 sites over three years, bringing its total to nearly 17,200. It has also committed $500 million to strengthen its network infrastructure.

The moves reflect how the operator is seeking to close the gap with MTN Nigeria, the country’s dominant operator, by expanding in the cities and corridors where networks are most strained.

“Two years ago, we were operating roughly a 15,000-site network,” Dinesh Balsingh, CEO of Airtel Nigeria, said in a statement to TechCabal. “Today we have crossed the 17,000-site count, and we will continue to invest in building more capacity.”

That shift is critical with the growing internet demand in the market. In February 2026, internet consumption reached 1.26 million terabytes, pushing existing networks closer to their operational limits. For operators, the priority is no longer expansion for growth alone, but preventing congestion in a market where millions rely on mobile data for payments, work, and everyday communication.

Demand is rising faster than infrastructure can be deployed, leaving operators in a constant catch-up cycle. The shortfall is not limited to any single operator. 

Data from the Nigerian Communications Commission (NCC) shows 145,141 base stations as of December 2024. On paper, this appears substantial, but against a population exceeding 240 million, it reveals a persistent infrastructure gap.

At roughly 60 base stations per 100,000 people, Nigeria remains under-provisioned for

its current and projected data consumption. Airtel’s reported 46,918 base stations highlight its national footprint, but also raise questions about how evenly capacity is distributed across regions and user segments.

MTN Nigeria remains the market leader, with greater scale and a head start on 5G deployment in major cities. But its most consequential move may be off the network itself. MTN is finalising a $2.2 billion acquisition of IHS Towers, Africa’s largest tower company.

If completed, the deal would give MTN direct control over a significant share of the country’s tower infrastructure,  influencing rollout timelines, site access, and costs in ways that could be difficult for competitors to match.

Airtel’s expansion takes on a strategic dimension beyond capacity building. Its continued

investment acts as a counterbalance in a market where infrastructure control is becoming increasingly concentrated. 

Competition is intensifying across the industry, but not always translating into uniform service improvements. MTN Nigeria continues to push ahead with 4G and 5G rollout, Globacom is upgrading clusters in existing coverage areas, and 9mobile is focusing on high-traffic urban corridors. However, much of this investment remains city-centric, leaving rural and peri-urban regions with persistent coverage gaps.

Even where deployment is underway, the economics remain increasingly strained. A standard 4G site costs between ₦160 million ($115,902) and ₦230 million ($166,609), while 5G macro sites can exceed ₦500 million. These figures are further inflated by currency depreciation, import dependence, and unreliable grid power, which forces operators to rely on hybrid energy systems or diesel generation, adding a recurring operational burden.

At scale, these pressures accumulate quickly. Rolling out thousands of sites can push investment into the trillion-naira range, even before factoring in Right of Way charges, land acquisition costs, and security expenditures linked to vandalism and theft. These constraints raise a central question about sustainability in a market where average revenue per user remains relatively low.

A deeper structural shift is also underway. Nigeria’s telecom networks, once optimised for voice, are now being reshaped by data-heavy applications such as streaming, cloud computing, and fintech. Capacity has replaced subscriber growth as the key competitive metric. 

But that shift is exposing a harder reality that scale alone will not fix Nigeria’s network problem. Without structural changes, cheaper power, lower regulatory costs, and more efficient infrastructure sharing, operators risk pouring billions into a system that still struggles to keep up. 

In that environment, the real contest is no longer just between MTN Nigeria and its rivals, but between rising demand and the industry’s ability to build a network that can sustainably carry it.

Source : www.techcabal.com

Ericsson frames 6G as an intelligent fabric

  • Ericsson’s vision for 6G centres on an “intelligent fabric”.
  • Would allow networks to process data and act in real time.

The transition to 6G is becoming clear as telecom companies move beyond early research and begin testing how future networks might work in practice. At Mobile World Congress (MWC) Barcelona 2026, Ericsson outlined its vision for the future: a network built as an “intelligent fabric,” with artificial intelligence embedded in every layer not added on later.

Ericsson is positioning 6G as a system that combines connectivity and AI into one structure. Networks would not move data, but also process and respond to it in real time.

Current networks rely on AI tools that are often added as separate systems. Ericsson’s approach places AI directly inside the network, from radio access to the core, in radios, transport systems, and network management.

This could allow networks to adjust themselves and improve performance, while reducing energy use without constant manual input. It also ties into growing demand from AI workloads, which require faster response times and more efficient data handling.

Ericsson’s roadmap does not jump straight to 6G, but starts with existing technologies like 5G Standalone and 5G Advanced. Such systems act as the base for adding more AI-driven features over time to support use cases like industrial data processing, extended reality (XR), and “physical AI”. These use cases require networks that can handle high data volumes with low latency.

Ericsson’s efforts are closely tied to a wider group of partners. At MWC 2026, the company highlighted work with firms like Intel, NVIDIA, Qualcomm, and MediaTek. Work with Intel looks at combining compute and cloud systems for AI-driven networks. Efforts with NVIDIA aim to embed AI in radio and core systems. Qualcomm and MediaTek are involved in testing early 6G device and radio abilities.

Ericsson is also contributing to open-source efforts through the Linux Foundation, where it is helping develop software frameworks for radio access networks.

Early tests and prototypes

At MWC, Ericsson and Qualcomm tested physical-layer features for 6G, including experiments in the 6-8 GHz range. The tests explored how future networks might improve uplink performance. Another demonstration involved Ericsson and MediaTek completing a data call using a 6G test-bed and a prototype device. The test aimed to show how new features could reduce latency and support data-heavy applications like XR.

Ericsson also worked with Apple to demonstrate spectrum sharing between 5G and a simulated 6G system to show how operators might transition between generations without wasting network resources.

A timeline starting to form

Ericsson points to a roadmap shaped in part by a coalition with Qualcomm and other partners, targeting initial commercial systems around 2029 and broader deployment closer to 2030.

The aligns with work by standards bodies like the 3rd Generation Partnership Project (3GPP), which is expected to release early 6G specifications later in the decade. The work includes testing hardware and refining software, while ensuring systems from different vendors can work together.

As networks evolve, they are not being designed only for communication, but to support AI systems that require constant data processing and fast response times.

Erik Ekudden, Group Chief Technology Officer at Ericsson, described this transition in a statement shared during the event: “We are already on the journey toward an intelligent fabric, and it is happening right now. With clear proof points in the entire network, we are proving that a fully AI-powered network is not a distant ability five years out. By bringing intelligence into every domain today, we are giving the industry the foundation it needs to scale the next generation of AI.”

6G and telecom operators

Preparation for 6G has already begun. Much of the groundwork involves upgrading existing networks to support more automation and AI.

Ericsson notes that technologies like network APIs, 5G Standalone, and 5G Advanced are already part of this process. The systems may help operators move toward more autonomous networks over time. This change raises new challenges. Operators will need to manage more complex systems, handle larger volumes of data, and ensure that AI-driven processes remain reliable.

6G is likely to emerge through a series of upgrades and integrations over the next several years. Ericsson’s concept of an intelligent fabric combines AI and connectivity with compute into a unified system that can respond to changing demands. For now, the work remains in testing and collaboration, with commercial deployment still a few years away

Want to discover how IoT is transforming telecoms and connectivity? Join the IoT Tech Expo in Amsterdam, California, and London. Explore how innovations in 5G, edge computing, and IoT are shaping the future of networks and services. The event is part of TechEx and co-located with other leading technology conferences, click here for more information.

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Source : www.techwireasia.com

Helios Towers completes 133 UCSAF sites to expand rural connectivity in Tanzania

Helios Towers has completed 133 telecommunications sites under the Universal Communications Service Access Fund (UCSAF) programme, marking a significant milestone in efforts to expand connectivity to rural and underserved communities across Tanzania.

The milestone was commemorated at an event in Dodoma, attended by President Samia Suluhu Hassan and the Minister for Information, Communication and Information Technology, Angela Kairuki.

The newly completed sites form part of a government-led initiative aimed at extending telecommunications infrastructure to areas where connectivity has historically been limited or commercially unviable, enabling more communities to access reliable mobile and data services.

During the event, Helios Towers’ Managing Director for Tanzania, David Dzigba, engaged with stakeholders on the critical role of telecom infrastructure in supporting the country’s digital economy and advancing national connectivity goals.

The company noted that nearly 45 percent of its sites in Tanzania are located in rural areas, reflecting a sustained focus on bridging the digital divide through collaboration with the government and other stakeholders.

Helios Towers said the expansion of infrastructure is expected to support broader access to essential services, including financial services, education, healthcare, and digital government platforms, as Tanzania continues to advance its digital transformation agenda.

Source : www.techreviewafrica.com

Telecel honours top female computer engineering graduate at University of Ghana

Telecommunications company Telecel Ghana has recognised Kathleen Nicole Brown as the best graduating female student in computer engineering at the University of Ghana for the 2024/2025 academic year.

The award was presented during the university’s Vice-Chancellor’s Academic Awards ceremony held at the Great Hall, where Ms Brown emerged as the recipient of the Telecel Ghana Prize after completing a demanding four-year programme in computer engineering.

The annual prize, sponsored by Telecel Ghana for more than a decade, forms part of efforts to promote female participation in science, technology, engineering and mathematics (STEM), particularly in fields where women remain underrepresented.

Speaking after receiving the award, Ms Brown expressed excitement about her achievement and reflected on the discipline required to excel academically. “I’m very excited because a lot of work went into this achievement over the last four years. I’m so grateful to God that it all paid off. What worked for me was having a good study plan, a good study group and performing well consistently in my academics,” she said. “I’m also grateful to Telecel for giving me the industry exposure and mentorship in the past year.”

Ms Brown was among beneficiaries of Telecel’s Female Engineering Students Scholarship Programme (FESSP) in 2024, an initiative designed to support final-year female engineering students through tuition assistance, mentorship and professional exposure. Another beneficiary of the programme, Marie-Pearl Yaa Nono Akoto, also received recognition at the ceremony as the best student in computer science.

Telecel Ghana said the FESSP initiative is aimed at addressing barriers that limit female participation in technical fields by providing financial support and connecting students to experienced female engineers for mentorship and career guidance.

The Vice-Chancellor of the University of Ghana, Nana Aba Appiah Amfo, noted that the awards scheme has been expanded to celebrate excellence in both academic and co-curricular activities. “The ceremony is to recognise and applaud students who have distinguished themselves in both academic and co-curricular activities in the 2024/2025 academic year. We are delighted to present 189 prizes to 151 deserving recipients, with 82 of them being female,” she said.

Telecel Ghana’s Human Resource Director, Rachael Appenteng, described the award as part of the company’s long-term investment in developing female talent for Ghana’s digital economy. “We believe recognising academic excellence is one practical way of building the pipeline of female talent needed for Ghana’s digital future. This prize reflects our commitment to encouraging young women who are choosing underrepresented fields such as computer engineering to be more visible, equipped and supported to lead in technology, engineering and innovation,” she stated.

Beyond the recognition, Ms Brown expressed hope that her achievement would inspire more young women to pursue careers in engineering and other technical disciplines. “I hope this prize inspires more girls to believe in themselves and pursue engineering or any course they want. They just need to have the mindset that they can do it. With that mindset and determination to learn, you can pursue any programme. So don’t be scared, just start and do it,” she said.

Looking ahead, she indicated plans to deepen her expertise in emerging areas such as machine learning, embedded systems and hardware security, as she prepares for further studies and career development in the technology sector.

Source : www.graphic.com.gh

Ghana Chamber of Telecommunications Marks 15 Years with High-Level Spectrum Policy Workshop

The Ghana Chamber of Telecommunications has officially launched its 15th Anniversary celebrations with a high-level industry engagement focused on spectrum auction design and pricing strategy, reaffirming the sector’s critical role in driving Ghana’s digital transformation agenda.

The anniversary launch, held yesterday at Labadi Beach Hotel, was held alongside a timely and impactful workshop organized in collaboration with GSMA on Spectrum Auction Design & Pricing Strategy. The event brought together key stakeholders from government, regulatory institutions, financial agencies, telecommunications operators, and the wider digital ecosystem to discuss the future of connectivity and digital infrastructure development in Ghana.

Speaking at the event, stakeholders reflected on the remarkable transformation of Ghana’s telecommunications industry over the past 15 years — from a predominantly voice-driven sector into a major pillar of the national digital economy. The industry now plays a central role in enabling connectivity, mobile money services, enterprise development, innovation, financial inclusion, and broader socio-economic growth.

The discussions highlighted the growing importance of forward-looking spectrum management policies, sustainable investment frameworks, resilient telecommunications infrastructure, and digital inclusion initiatives. Participants also underscored the need for stronger collaboration among government agencies, regulators, operators, and ecosystem partners to support the next phase of Ghana’s digital development.

The event was attended by the Minister for Communications, Digital Technology and Innovations, Samuel Nartey George, alongside leadership from the National Communications Authority, the Cyber Security Authority, the Bank of Ghana, the Ghana Revenue Authority, and Ghana Interbank Payment and Settlement Systems, as well as industry stakeholders and member organizations of the Chamber.

According to the Chamber, the anniversary celebrations will serve as a platform to reflect on the industry’s achievements, strengthen partnerships, and shape conversations that will influence the next decade of telecommunications and digital innovation in Ghana.

As the Chamber begins its anniversary journey, industry leaders say the conversations initiated at the launch event will help define the future of Ghana’s digital economy and national transformation agenda. The next chapter, they noted, has officially begun.

Source: Chamber News Desk

MTN Côte d’Ivoire hold talks with IHS Towers

MTN Côte d’Ivoire has held a high-level working session with IHS Towers aimed at reinforcing collaboration and aligning strategic priorities between the two organizations.

The meeting, which was led by MTN Côte d’Ivoire’s CEO, Mitwa Kaemba Ng’ambi, alongside representatives from both companies.

Discussions focused on governance frameworks and opportunities to deepen cooperation, with both parties exploring ways to enhance operational performance and drive sustainable value creation.

The engagement forms part of ongoing efforts to strengthen partnerships within the telecommunications ecosystem, particularly in areas related to infrastructure development and service delivery.

Both organizations reaffirmed their commitment to maintaining a collaborative approach that supports long-term growth and improved connectivity outcomes.

Source : www .techreviewafrica.com

GIFEC supports national rollout of One Million Coders Programme with laptop presentation

The Ghana Investment Fund for Electronic Communications has supported the Ministry of Communication, Digital Technology and Innovations with a laptop presentation to facilitate the national rollout of the One Million Coders Programme (OMCP).

The presentation ceremony, held on Friday, April 10, at the Ministry’s Conference Room, forms part of ongoing efforts to equip the programme with the necessary digital tools to ensure effective implementation across the country.

The One Million Coders Programme is a flagship national initiative aimed at building digital skills among Ghana’s youth, enhancing employability, and positioning the country as a competitive player in the global digital economy.

Speaking at the event, the Minister for Communication, Digital Technology and Innovations, Samuel Nartey George, reaffirmed the government’s commitment to digital transformation and inclusive access to technology.

He emphasised the importance of strategic partnerships and institutional support in achieving the programme’s ambitious target.

The Minister further disclosed that following the programme’s launch nearly a year ago by the President, a dedicated team was tasked to assess the implementation landscape and has since produced a comprehensive report to guide the training phase of the initiative.

He also highlighted the programme’s strong focus on job creation, noting that the training is designed to open up employment opportunities for participants.

To support this, 130 centres have been established nationwide, with each region hosting state-of-the-art facilities.

Additionally, 12 universities have been integrated into the programme through collaboration with the Ministry of Education to enhance training delivery and impact.

Also present at the presentation were the Deputy Minister for Communication, Digital Technology and Innovations, Mohammed Adams Sukparu; the Administrator (CEO) of GIFEC, Tanko Rashid-Computer; the Deputy Administrator (CEO), Nana Akyaa Amoah-Amissah; and the Director of Corporate Affairs, Francisca Adjei.

The laptops presented are expected to support training, coordination, and operational activities under the OMCP as it expands nationwide.

GIFEC’s contribution aligns with its mandate to facilitate universal access to electronic communication and promote digital inclusion, particularly in underserved and rural communities.

The national rollout of the One Million Coders Programme is anticipated to accelerate Ghana’s digitalisation agenda while empowering a new generation of tech-driven innovators and professionals.

Source : www.myjoyonline.com