Tech

5G Rollout Reaches 12 African Countries but Rural Gap Persists

5G networks are now operational in 12 African countries, led by South Africa, Kenya, and Egypt, but coverage remains overwhelmingly urban and infrastructure costs threaten to widen the digital divide between cities and rural areas.

By Fatima BelloAfrica5-minute read25 Apr 2026☆ Save ↗ Share ⎙ Print

Fifth-generation (5G) mobile networks are now commercially operational in 12 African countries, covering an estimated 35 million people across the continent, according to data from the GSMA's April 2026 Africa Mobile Connectivity Report. The technology, which promises download speeds of 100 to 1,000 megabits per second and ultra-low latency, is being positioned by telecommunications operators and governments as a transformative enabler of digital services including autonomous vehicles, remote healthcare, smart agriculture, and industrial automation. But the rollout has been uneven, concentrated in wealthy urban areas, and hampered by infrastructure costs that risk widening Africa's digital divide.

South Africa leads the continent in 5G deployment, with networks covering approximately 18 percent of the population, primarily in Johannesburg, Pretoria, Cape Town, and Durban. Vodacom, the country's largest mobile operator, has deployed approximately 3,800 5G base stations, while MTN South Africa has installed approximately 2,900. Rain, a data-only operator, offers 5G fixed wireless access in Gauteng and the Western Cape at prices starting from $18 per month for 50GB of data.

Vodacom CEO Shameel Joosub stated in March 2026 that 5G adoption in South Africa had exceeded the company's expectations, with 4.2 million 5G subscribers -- approximately 7 percent of Vodacom's South African customer base. "The applications driving 5G adoption are different from what we initially expected," Joosub said. "Rather than consumer mobile broadband, the strongest demand has come from enterprise customers -- mining companies using 5G for autonomous haul trucks, manufacturing firms deploying private 5G networks, and financial services companies using 5G for high-frequency trading and real-time fraud detection."

Kenya's 5G rollout, launched by Safaricom in October 2022, has expanded to cover parts of Nairobi, Mombasa, Kisumu, and Nakuru, reaching approximately 2.5 million people. Safaricom has deployed approximately 1,200 5G base stations and has focused on enterprise use cases, including a partnership with the Kenya Revenue Authority to use 5G-connected cameras for customs inspection at the port of Mombasa. The company has also partnered with Kenyan universities to establish 5G innovation labs in Nairobi and Kisumu.

Airtel Kenya launched its 5G network in February 2026, initially covering Nairobi's central business district and Westlands areas, with plans to expand to 10 additional towns by the end of 2026. The entry of a second 5G operator is expected to reduce prices through competition.

Egypt has been the most aggressive 5G adopter in North Africa, with Vodafone Egypt, Orange Egypt, and Etisalat Egypt all operating 5G networks. Egypt's National Telecom Regulatory Authority (NTRA) allocated 5G spectrum licenses in 2024, and the three operators have collectively deployed approximately 4,500 5G base stations, covering approximately 22 percent of the population. The Egyptian government has actively promoted 5G as part of its "Digital Egypt" strategy, including a $200 million investment in a 5G-powered smart city development in the New Administrative Capital east of Cairo.

Nigeria, Africa's largest telecom market, has been notably slower in its 5G deployment. MTN Nigeria launched 5G services in Lagos and Abuja in September 2022, and Airtel Nigeria began 5G deployment in Lagos in June 2023, but combined coverage remains below 5 percent of the population. The primary constraint has been the cost of 5G infrastructure in a market where the average revenue per user (ARPU) is approximately $3.50 per month -- well below the levels needed to justify the $150,000 to $300,000 per base station required for 5G deployment.

The GSMA estimates that deploying 5G across Africa's major urban centers would require approximately $55 billion in infrastructure investment by 2030, including base stations, fiber optic backhaul, spectrum acquisition, and power supply. This figure does not include the cost of extending 5G to rural areas, which could add an additional $30 billion to $50 billion due to lower population density, challenging terrain, and limited existing fiber infrastructure.

The infrastructure challenge is compounded by Africa's electricity deficit. Approximately 600 million Africans lack access to reliable electricity, and telecommunications operators spend an estimated $4.2 billion annually on diesel generators to power base stations. A 5G base station consumes approximately three times more power than a 4G base station, making the electricity gap a significant constraint on rural 5G deployment.

Several innovative approaches are being explored to reduce costs. Shared infrastructure models, in which multiple operators use the same base stations through tower sharing agreements, have gained traction. IHS Towers, American Tower, and Helios Towers collectively operate approximately 60,000 telecommunications towers across Africa and have begun upgrading sites for 5G compatibility. The African Telecommunications Union has advocated for the development of "open RAN" (radio access network) standards that would reduce dependence on proprietary equipment from vendors such as Huawei, Ericsson, and Nokia, potentially reducing deployment costs by 20 to 30 percent.

Rwanda has taken the most innovative approach to 5G deployment. The government has partnered with Korean telecom operator KT Corporation to deploy a nationwide 5G network using a "5G national infrastructure as a service" model, in which the government funds tower deployment and leases capacity to commercial operators. The model has enabled Rwanda to achieve 5G coverage of 35 percent of the population at a cost significantly below what individual operators would have incurred.

The applications driving 5G demand in Africa are distinct from those in developed markets. While consumers in the US, South Korea, and Japan use 5G primarily for mobile gaming, augmented reality, and ultra-high-definition video streaming, African 5G demand is driven by enterprise and public sector applications. In South Africa, mining companies are using 5G to connect autonomous drilling equipment and real-time environmental monitoring systems. In Kenya, 5G-connected drones are being tested for agricultural surveying and medical supply delivery. In Egypt, 5G is powering smart traffic management systems in Cairo that have reduced average commute times by 18 percent.

Dr. John Omo, secretary-general of the African Telecommunications Union, warned that 5G must not become another layer of the digital divide. "If 5G is available only in affluent urban neighborhoods, it will exacerbate inequality rather than reduce it," Omo said at the Africa 5G Summit in Nairobi in March 2026. "We need creative financing models, public-private partnerships, and regulatory frameworks that make it economically viable to deploy 5G in rural and underserved areas. Otherwise, we risk creating a two-speed Africa where the connected few enjoy the benefits of next-generation technology while the unconnected majority are left further behind."

For Africa's telecommunications sector, 5G represents both an opportunity and a challenge. The technology can enable applications that were previously impossible, from remote surgical procedures to autonomous mining operations. But the cost of deployment, the infrastructure gaps, and the risk of deepening the digital divide mean that the 5G revolution will be measured not by the number of base stations deployed but by the number of people whose lives are genuinely improved by the technology.