Telecom
Why It’s Time for 5G- Ericsson

As consumers in the ICT market are expecting artificial intelligence (AI) to move from assistants to managers; virtual reality becoming indistinguishable from physical reality in only three years, Ericsson ConsumerLab also found ‘ ‘Big Tech for All’ phenomenon as one of the IT trends among consumers in year 2017 and beyond.
According to the report, more than two out of five advanced internet users would like to get all their products from the biggest five IT companies.
Of those, three in four believe this will happen only five years from now.
Reflecting on the rise of virtual reality, Michael Björn, head of Research, Ericsson ConsumerLab, said: “Beyond real time, I believe we should be talking about reality time. In fact, what we call reality becomes ever more personal and subjective. Consumers not only surround themselves with the like-minded on social networks, but also are also starting to customize the way they experience the world with augmented and virtual reality technologies.
“Consumers also want the future to remain fully mobile, implying that demand for battery-friendly, instant and fast connectivity is set to grow rapidly. In that sense, reality time means it is time for 5G networks.”
The insights in the 10 Hot Consumer Trends for 2017 report (www.nigeriacommunicationsweek.com.ng/e-business/smart-device-safety-paradox-other-ericsson-s-hot-consumer-trends-for-2017), are based on Ericsson ConsumerLab’s global research activities over more than 20 years, as well as data points from an online survey of advanced internet users in 14 major cities across the world, performed in October 2016.
5G systems
A Whitepaper released by Ericsson on January 4, 2017 ‘5G Systems – enabling the transformation of industry and society’, it stated the 5G architecture will be cost-efficient to operate and have agile and flexible mechanisms in place for swift introduction of services.
These properties, Ericsson said, are required to enable new business models; as adigital transformation is taking place in almost every industry.
“5G will not only expand the broadband capability of mobile networks but will also help consumers and enterprises boost the efficiency of their lives and their business.
“New business models using distributed cloud services and programmable networks will allow an unprecedented level of information sharing and enable collaboration among all kinds of industries.
The Ericsson 5G Systems white paper examined the main domains of a 5G system and how they must evolve to create a full-fledged 5G system.
These domains comprise wireless access, transport, cloud, application and management (including orchestration and automation).
Using use cases reflecting diverse needs for latency and coverage it examines how a 5G deployment can support multiple business needs using network slicing and virtual network functions.
The use cases described are:
Massive machine type communication (also known as Massive IoT): this requires ubiquitous connectivity for hundreds of thousands of low software and hardware complexity devices.
This covers for example building automation, smart agriculture and fleet management.
Critical IoT (cMTC or URLLC): this covers the requirement for low latency monitoring and control in real time. This covers situations such as control systems in a factory environment.
Extreme mobile broadband: Servicing subscribers and businesses where high data-rate and low latency communications are needed. 5G promises to go far beyond 4G to provide more uniform connectivity and bandwidth over a wide area.
Using these examples, the white paper shows how the 5G system using flexibleradio access nodes, distributed and centralized data centers will allow network programmability for all types of services.
The paper discusses the flexibility of the 5G system architecture regarding the access and core networks, and how software-configurable purpose built architecture will be needed to provide overall cost efficiency and help transform the business models of today into the distributed cloud-based future of tomorrow.
Telecom
MTN Guns for $2.76bn IHS Towers Buyout in African Telecom Power Grab

MTN Group, the continent’s telecom behemoth, has plunged into advanced negotiations to acquire the outstanding 75 percent stake in IHS Towers for a staggering $2.76 billion, a seismic move that would hand Africa’s largest mobile operator full reins over one of the world’s premier independent tower companies and redefine infrastructure control across emerging markets.

MTN
The proposed transaction, pegged to IHS’s latest New York Stock Exchange closing price where it trades alongside a Frankfurt listing, builds on MTN’s existing 25 percent holding forged in a landmark 2014 deal that saw the operator offload most tower assets to IHS in exchange for cash and long-term leases.
Sources close to the talks confirm discussions remain fluid with no binding agreement yet inked, and both sides caution that negotiations could shift or stall entirely—MTN has signalled readiness to pivot to alternative value-unlocking strategies for its stake if a full buyout eludes grasp.
Strategically, the power play catapults MTN toward vertical integration in a sector where operators increasingly crave direct grip on passive infrastructure to slash lease bills, streamline upgrades, and rocket-roll 4G/5G amid Africa’s insatiable data deluge.
IHS Towers, MTN’s anchor tenant across swathes of Africa with tens of thousands of masts from Nigeria’s 13,500 tenancies—renewed amid naira-dollar tussles—to South Africa and beyond the Middle East into Latin America, represents a golden infrastructure war chest primed for the operator’s 20-nation blitz.
The saga traces to 2014’s seismic sale that freed MTN capital for spectrum wars while birthing enduring lease pacts, now ripe for reversal as governance dust-ups over shareholder nominations and agendas underscore the buyout’s boardroom chess.
Market tremors rippled through IHS shares post-leak, underscoring the $2.76 billion tag’s gravity as MTN eyes cost efficiencies, network agility, and expansion muscle in oil-volatile economies where tower mastery spells survival.
Should the ink dry, MTN vaults to ownership of a colossus fuelling digital bridges from Lagos megacities to rural frontiers, slashing third-party dependence while supercharging investments in fibre-deep data dreams and 5G horizons.
Analysts buzz that the mega-deal heralds telecom consolidation waves, with operators reclaiming tower turf to fortify against rivals and unlock synergies in a landscape where infrastructure crowns kings.
Neither MTN nor IHS commented officially by press time, but the high-stakes huddle spotlights Africa’s telecom arena hurtling toward an era where owning the poles decides who dominates the digital skies.
Telecom
NCC, NSCDC Warn Construction Firms Against Damaging Fibre Optic Cables

Nigerian Communications Commission (NCC) and the Nigeria Security and Civil Defence Corps (NSCDC) have issued a forceful warning to road construction companies, government contractors and civil engineering firms across the country, declaring that the era of unchecked fibre-optic cable damage during excavation works is over, with perpetrators now facing criminal prosecution.

NCC, NSCDC
The two agencies, in a joint statement, highlighted the alarming surge in avoidable fibre cuts caused by negligence, poor planning or outright disregard for infrastructure protection protocols, stressing that such incidents severely disrupt Nigeria’s digital backbone and will attract the full weight of the law moving forward.
They described fibre optic cables as indispensable national assets that fuel the nation’s burgeoning digital economy, ensuring uninterrupted communication services, powering emergency response systems, linking businesses for commerce and trade, and enabling seamless government operations at all levels.
Any destruction of these cables, whether through careless excavation, lack of coordination with telecom operators or deliberate sabotage, directly endangers national security, undermines economic stability and compromises public safety, the organisations warned, painting a grim picture of the cascading effects of even brief network outages on hospitals, financial institutions and security agencies nationwide.
Under the Designation and Protection of Critical National Information Infrastructure (CNII) Order 2024, telecommunication fibre infrastructure has been officially classified as Critical National Information Infrastructure, making any damage from unauthorised digging, construction activities or failure to collaborate with relevant authorities a clear-cut criminal offence punishable under existing statutes.
Individuals, private construction companies and even government contractors found culpable will face immediate prosecution and stiff sanctions as stipulated in the Cybercrimes (Prohibition, Prevention, etc.) Act 2015, with the agencies vowing zero tolerance for what they termed economic sabotage disguised as construction mishaps.
“Future damage to fibre optic infrastructure caused by excavation, road construction or any civil engineering activity conducted without due consultation or collaboration with network operators and relevant regulators will attract strict legal consequences,” the NCC and NSCDC declared categorically, underscoring their resolve to safeguard this vital ecosystem through heightened enforcement.
To forestall further incidents, the agencies implored federal, state and local government bodies, road construction firms, utility service providers and private property developers to adopt proactive measures including thorough pre-construction verification of underground fibre routes using approved mapping tools, early collaboration with the NCC, telecom operators and NSCDC both before and during project execution, strict adherence to national guidelines on excavation procedures and right-of-way management, and prompt reporting of any accidental damage to facilitate swift repairs and minimise downtime.
They emphasised that these steps represent the bare minimum for compliance in an era where digital connectivity is non-negotiable for Nigeria’s progress.
Members of the public have also been enlisted in this protection drive, with calls to report suspected sabotage, vandalism or unintended damage to fibre optic installations at the nearest NSCDC office, via email to [email protected] or [email protected], or by dialling the toll-free line 622 for immediate action.
This collaborative approach, the agencies believe, will not only deter would-be offenders but also foster a culture of accountability among all stakeholders handling earth-moving equipment or infrastructure projects in a country racing towards full digital transformation.
Telecom
Google Calls on Africa’s AI Trailblazers for 10th Startup Accelerator Cohort

Google has flung open applications for its landmark 10th cohort of the Startups Accelerator Africa, doubling down on nearly a decade of continent-wide tech propulsion by targeting Series A pioneers wielding AI and machine learning for scientific and societal moonshots.

The 12-week “AI First” hybrid bootcamp, kicking off April 2026, equips Africa-based or Africa-centric innovators with Google’s AI arsenal, expert mentorship, technical firepower, and investor matchmaking to catapult health and deep-tech ventures into orbit—deadline March 18 at g.co/acceleratorafrica.
“Africa’s tech landscape is seeing a vibrant shift toward deep-tech innovation,” proclaimed Folarin Aiyegbusi, Head of Startup Ecosystem, Africa. “For Class 10, we are focusing on the potential of AI to drive health and societal benefits, providing the infrastructure and expertise to turn these startups into the research labs of the continent.”
Since 2018, the accelerator has turbocharged 180+ startups across 17 nations, unlocking $350 million in funding and 3,700 direct jobs, cementing Google’s role as Africa’s AI innovation forge amid a deluge of homegrown problem-solvers.
Equity-free and hybrid-powered, Class 10 promises Google’s product credits, strategic war rooms, and global networks to forge the next wave of African AI trailblazers reshaping everything from disease detection to climate resilience.
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