Telecom
IBM & Ericsson Make Huge Call Towards 5G Communications Networks

IBM and Ericsson on Monday announced a research breakthrough that could accelerate the launch of 5G communications networks and support new mobile enterprise and user experiences enabled by very high data rates, including IoT, connected vehicles, and immersive virtual reality.
The companies have created a compact silicon-based millimeterWave (mmWave) phased array integrated circuit operating at 28GHz that has been demonstrated in a phased array antenna module designed for use in future 5G base stations.
2017 has been described as a defining year for 5G. More countries and governments are opening up new frequency portions of the electromagnetic spectrum, including portions known as millimeter wave bands, which are more than 10 times higher than the frequencies currently used for current mobile devices, offering a new source of bandwidth for cellular networks that are being made available for 5G networks.
Scientists at IBM Research and Ericsson reached their breakthrough as a result of a two-year collaboration that set out to develop phased array antenna designs for 5G. IBM’s expertise in highly integrated phased array mmWave IC and antenna-in-package solutions, together with Ericsson’s expertise in circuit and system design for mobile communications, helped the team reach several new technological milestones.
Thomas Noren, Senior Advisor, Business Unit Network Products, Ericsson, says: “There has been a lot of encouraging progress in 5G standardization last year including the beginning of live field trials. Big efforts in research and development are key to this and our collaboration with IBM Research on phased array antennas can help operators to effectively deploy radio access infrastructure necessary to support a 5G future. New use cases and applications that span human machine interaction, Virtual Reality, smart home devices and connected cars will depend on innovative technologies that can bring the promises of faster data rates, broader bandwidth and longer battery life to reality.”
“The development of this 5G millimeterWave phased array is an important breakthrough, not just because of its compact size and low cost, which make it a very commercially attractive solution for network equipment companies and operators, but its potential to unleash and inspire brand new ideas and innovations we haven’t yet imagined, thanks to a fully networked society,” said Dr. Dario Gil, Vice President of Science & Solutions, IBM Research.
Making 5G A Reality
The first release of the 3GPP 5G specification is targeted to be ready by 2017/2018, but there has already been much progress in the industry with field tests and demonstrations of new user experiences and capabilities made possible by the higher bandwidth, lower latency, greater density and lower energy requirements of 5G networks.
5G is expected to support data rates exceeding 10Gbps in certain scenarios. New capabilities are designed to allow users to download a full-length HD movie in seconds, provide very high bandwidth and uninterrupted live streaming experiences in highly dense environments such as sports or concert venues, experience ‘life-like’ response times to enable remote surgery or fully immersive virtual reality experiences, as well as see battery life of 10 years for remote cellular devices that may be part of IoT environments.
The Phased Array Antenna Module Breakthrough
For future 5G phased array deployments to be commercially viable the size, weight, cost and performance of the component are important factors.
The IBM and Ericsson team’s result, the world’s first reported silicon-based mmWave phased array antenna module operating at 28GHz, is a significant step towards meeting this challenge. The module, which consists of four monolithic integrated circuits and 64 dual-polarized antennas, measures approximately 2.8” by 2.8”, or about half the size of a typical smartphone. Achieving this compact form factor is necessary to support the vision of this technology’s widespread deployment, especially in indoor spaces and dense downtown areas.
Another performance advance reported by the team is the demonstration of concurrent dual-polarization operation in transmit and receive modes.
This capability enables one phased array antenna module to form two beams simultaneously, doubling the number of users to be served at the same time and so improving the overall value and economics of the technology.
A major hurdle for the use of mmWave signals in mobile communications is achieving sufficient range between radios to support target applications. At 28 GHz, each antenna is tiny and individually would support short communication distances, but combining multiple such tiny antennas not only increases the range but also enables steering of signals in specific directions. The IBM and Ericsson team’s phased array design supports beam-steering resolution of less than 1.4 degrees for high precision pointing of the beam towards users.
IBM Communications Circuits & Systems Innovation
IBM Research has a long history designing and developing integrated circuits and phased arrays, and were pioneers of the first monolithic mmWave radio in 2006. In 2013, the team presented results of a highly integrated mmWave phased array transceiver for both mobile communications and radar imaging applications that laid the foundation for this latest scientific work.
The IBM scientists have also explored how mobile handsets will communicate at new mmWave frequencies, showing a path for how mmWave 5G radios could be implemented in mobile phones.
A paper describing the IBM Research and Ericsson team’s work, “A 28GHz 32-Element Phased-Array Transceiver IC with Concurrent Dual Polarized Beams and 1.4 Degree Beam-Steering Resolution for 5G Communications,” will be presented on February 7 at the 2017 International Solid State Circuits Conference in San Francisco.
Telecom
Telcos Resume SIM Card Sales after 2-Week Halt

Telecommunications operators have resumed full SIM swap and related services following a four-week nationwide outage linked to the National Identity Management Commission (NIMC)’s migration to a new verification platform.
The outage rendered millions of subscribers unable to perform SIM-related tasks such as swaps, replacements, and activations.
Operators in the industry say the disruption began on June 26, 2025 when telcos temporarily halted SIM registrations and swaps due to unforeseen technical challenges during the transition to NIMC’s upgraded identity verification system.
The migration was mandated to enhance the integrity and efficiency of national identity management but caused major service interruptions across all Nigerian networks.
However, July 21, both MTN and Airtel confirmed via their social media handles that SIM swap services have now fully resumed.
MTN announced: “SIM swaps have now resumed. We can confirm that NIMC services are fully operational and appreciate their support in the migration to a new platform for NIN verification services for the telecommunications industry.
In a public update issued via its MTN Nigeria Support handle on X (formerly Twitter), MTN confirmed that SIM swaps have now resumed.
Telecom operators complained that the portal was unreliable or inaccessible, which resulted in the suspension of SIM swaps, number porting, and new SIM registrations, even though NIMC maintained that the platform was operating as intended.
Unexpected technical difficulties arose during the switch to the new platform, according to the Association of Licensed Telecommunications Operators of Nigeria.
Real-time NIN verification for SIM registration, replacement, and network migration was impacted by these issues.
“Unexpected technical difficulties have surfaced, impacting real-time NIN verification for SIM registration, replacement, and porting, following a recent directive from the National Identity Management Commission mandating Mobile Network Operators to transit to a new identity verification platform,” ALTON stated in a previous joint statement signed by Gbenga Adebayo, chairman, and Damian Udeh, publicity secretary.
Telecom
Nigeria, Others Achieve 84% Adult Mobile Phones Penetration

The World Bank has affirmed that 84 per cent of adults in low-and middle-income economies, including Nigeria, own personal mobile phones.
The bank in its Global Findex 2025 report said mobile phone ownership was widespread and nearly everywhere. It said data from the Global Findex 2025 Digital Connectivity Tracker, revealed that “86 per cent of adults worldwide, and 84 per cent of adults in low- and middle-income economies, own personal mobile phones.”
The report pointed out that mobile phones and the internet had become widespread and essential to daily life in every economy around the world.
A earlier overview had indicated that Nigeria had a high mobile phone penetration rate, with estimates around 85 per cent to 87 per cent in 2024.
This translates to over 200 million mobile connections, making Nigeria a leading market in Africa for mobile phone ownership and usage. While the overall penetration is high, there’s a growing trend towards smartphone adoption, with forecasts predicting over 140 million smartphone users by 2025.
According to DataReporter, a total of 150 million cellular mobile connections were active in Nigeria in early 2025, with this figure equivalent to 64.0 per cent of the total population.
However, note that some of these connections may only include services such as voice and SMS, and some may not include access to the internet.
There were 107 million individuals using the internet in Nigeria at the start of 2025, when online penetration stood at 45.4 percent. Nigeria was home to 38.7 million social media user identities in January 2025, equating to 16.4 percent of the total population.
These headline stats offer a great overview of the “state of digital” in Nigeria at the start of 2025, but in order to make sense of how digital trends and behaviours have been evolving over time, we need to dig deeper into the data.
According to the World Bank, “as of 2024, individual ownership of mobile phones reached 86 per cent of adults worldwide.
“For many people, barely an hour goes by without their using a mobile device to make a call, ext a friend, read the news, access business information, post a meme on social media, pay for something, play a game, engage with a colleague or a customer, or search for information.
“As access to and use of digitally connected technologies increase, people, businesses, and governments place an increasingly high priority on online interactions. “Digitally connected technologies have clear, well-documented benefits.”
It further highlighted that access to mobile phones and the internet was associated with reduced poverty, increased consumption, and more employment for individuals in lowand middle-income economies.
“Women also experience these benefits, as internet access enables access to flexible jobs3 and has been shown to increase female labor force participation. “Mobile phones also facilitate information sharing.
For instance, in agricultural contexts, farmers’ access to real-time prices and buyer demand data can inform their decisions on where to sell, enhancing market efficiency and reducing the distances they would otherwise travel to get the best return for their product and time.
“Internet access also helps create jobs and aids individuals and countries in exporting goods and services,” it added. The World Bank further noted that owning a mobile phone furthermore enabled financial access through mobile money and other mobile financial services.
It added that these financial accounts and services, typically offered by mobile network operators or fintech firms and accessed via networks of local agents, were associated with lower rates of poverty, increased consumption and savings,and greater resilience to economic shocks.
Telecom
Sophos Secures Leadership Spot in 2025 Gartner Magic Quadrant for Endpoint Protection

Sophos, a global leader of innovative security solutions for defeating cyberattacks, today announced that it has been named a Leader in the 2025 Gartner Magic Quadrant for Endpoint Protection Platforms (EPP), marking the 16th consecutive time the company has received this recognition.
Sophos has been recognized in the Gartner Magic Quadrant for Endpoint Protection Platforms (EPP) since the inaugural publication for this category in 2007.
Sophos’ market-leading endpoint security solutions include Sophos Endpoint powered by Intercept X, Sophos Extended Detection and Response (EDR/XDR), and Sophos Managed Detection and Response (MDR).
Over 300,000 organizations trust Sophos endpoint security solutions to defend against cyberthreats, including advanced remote ransomware attacks and active adversaries.
Unique to Sophos, the solution includes adaptive defenses that automatically disrupt attackers by dynamically adjusting protection levels based on threat context.
“Sophos’ strength lies in its prevention-first strategy, designed to stop breaches before they start, adapt defenses in real time, and strengthen detection and response when it matters most,” said Kyle Falkenhagen, SVP, Product Management, Sophos. “We believe that receiving this recognition in the highly competitive endpoint security market for 16 consecutive reports reflects our relentless focus on developing innovative solutions that stay ahead of the global threat landscape and the adversaries we face every day.”
Sophos and Secureworks: The future of protection, detection, and response
Following Sophos’ acquisition of Secureworks in February 2025, combining two leading and complementary portfolios to offer a comprehensive suite of solutions for small, midmarket and enterprise organizations.
Secureworks Taegis XDR customers can use Sophos Endpoint to elevate their cyber defenses, at no additional charge, delivering both improved protection and return on investment.
The integration of Secureworks also adds a new Counter Threat Unit (CTU) to the Sophos X-Ops advanced threat response joint task force, further expanding the rich threat intelligence that informs all customers’ defenses.
Backed by Sophos’ advanced security technologies and a broad network of intelligence contacts and partners, the CTU plays a critical role in identifying and tracking threat actors and analyzing anomalous activity, uncovering new attack techniques, threats, and major shifts in the threat landscape.
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