Africa’s 5G Rollout in 2026: A Country-by-Country Progress Report

Seven years into the global 5G era, Africa has moved from trials to commercial service. GSMA Intelligence counts 61 operators in 37 African markets that had launched 5G by the end of May 2026, and 40 of them also sell 5G fixed wireless access (FWA) as a home broadband product. Launches are not the same as adoption, though. 5G makes up only about 5 percent of the continent’s roughly 1.5 billion mobile connections, against a global average of 33 percent. The picture differs a great deal from one country to the next.

Why the numbers stay low

Spectrum is the first constraint. Only 16 African countries have completed 5G spectrum assignments, fewer than 30 percent of the continent, compared with more than 90 percent in Europe. Several operators have worked around the gap with temporary licences or by refarming old 2G, 3G and 4G bands.

Devices are the second. GSMA puts the price of an entry-level 5G smartphone above $100, which exceeds the monthly minimum wage in many markets. The association’s Mobile Economy 2026 report found that only 24 percent of people in Sub-Saharan Africa own a smartphone at all.

As a result, most operators are building selectively. They concentrate on cities, industrial sites and FWA for households and small businesses rather than nationwide consumer coverage. GSMA projects just under 100 million 5G connections across Africa by the end of 2026, rising past 380 million by 2030.

North Africa moves fastest

The sharpest recent movement is in North Africa. Egypt launched commercial 5G in June 2025 on thin 2.6GHz holdings, which kept early speeds modest. A $3.5 billion National Spectrum Strategy signed in February 2026 then added the country’s first 3.5GHz allocations, roughly doubling operator capacity.

Morocco launched in November 2025 after awarding 20-year licences to Maroc Telecom, Orange Morocco and Inwi. The licences require 45 percent population coverage by the end of 2026 and 85 percent by 2030, partly because the country is co-hosting the 2030 World Cup. Algeria launched in December 2025, and median download speeds there reached about 350 Mbps in early 2026, the fastest among the markets GSMA tested. Tunisia, Libya and Mauritania have also gone live in the past year and a half.

South Africa and Mauritius lead on coverage

Among the 16 countries GSMA profiles, only Mauritius and South Africa had passed 50 percent population coverage by May 2026. Mauritius is the smaller story, a compact island where regulators allocated spectrum directly and reached 86 percent coverage in 2025.

South Africa has the continent’s most developed market. Rain launched 5G in 2019, and the 2022 spectrum auction gave all major operators low- and mid-band holdings. FWA is the dominant use, with MTN reporting 344,000 home connections in the first half of 2025. Operators are now targeting coverage above 70 percent, a move to standalone networks by 2029, and a shutdown of 2G and 3G by 2027. Private 5G networks, including one built for a manganese mine, show where industrial demand is forming.

East Africa: Kenya grows, Tanzania adds spectrum

Kenya had 1.74 million 5G connections at the end of 2025, up 71.7 percent in a year, according to the Communications Authority. Those users consumed an average of 46.4GB a month, more than three times the 14.1GB of a typical 4G subscriber. Safaricom roughly doubled its 5G sites to about 1,700 in 2025, covering over 30 percent of the population, and in May 2026 it received a 25-year licence that folds spectrum and operating rights into one framework. Even so, 4G connections grew by nearly 10 million in the same period, a reminder of where mass demand still sits.

Tanzania has expanded through a July 2025 auction of 3600–3800MHz spectrum, with Halotel, Yas and Vodacom winning blocks. FWA is established in Dar es Salaam and Zanzibar. Uganda and Zambia follow a similar FWA-first pattern, while Mozambique’s three main operators submitted bids in April 2026 for 700MHz, 2.6GHz and 3.5GHz spectrum.

Nigeria: heavy spending, thin uptake

Nigeria launched 5G in September 2022 through MTN, followed by Mafab Communications and Airtel. MTN and Mafab each paid $273.6 million for 100MHz of 3.5GHz spectrum in the auction. Yet 5G accounted for 4.49 percent of mobile connections in May 2026, up from 3.17 percent nine months earlier, while 4G still carries 54.3 percent.

The gap between devices and networks is visible in the NCC’s own data. A 2025 study found that 70.9 percent of 5G-capable devices in Lagos and 65.6 percent in Abuja could not reach a 5G network. In April 2026, MTN Nigeria and Huawei switched on what they describe as the world’s first low-band massive MIMO site in Abuja, a configuration meant to push signals further indoors, where point-of-sale terminals used by small traders need stable connections. Nigeria is also targeting 26GHz licensing for enterprise use between 2026 and 2028. These steps address coverage, though affordability and uneven power supply remain problems that spectrum policy alone does not fix.

Ghana changes course

Ghana is the clearest case of a policy reset. It chose a single wholesale network model in 2023 and granted Next Gen Infraco exclusive rights in 2024, but full commercial operations did not begin until March 2026, with limited coverage. In July 2026 the government opened bidding for 5G licences and ended the company’s exclusivity. MTN and Telecel have signalled interest. GSMA calls the official target of 70 percent coverage by 2027 ambitious.

What the report card shows

Three patterns run through the country records. FWA is the main commercial product, helped by customer equipment that now costs under $80 where it once cost more than $200. Spectrum policy explains most of the gap between fast and slow markets. And standalone 5G, which unlocks more advanced services, remains rare, with fewer than five African operators having launched or announced it.

Markets that released mid-band spectrum early and set coverage obligations, such as Morocco and Mauritius, are advancing quickly. Those still working through licensing, or relying on narrow bands, are moving slowly. For most of the continent, the next two years will depend less on network engineering than on regulators’ decisions about spectrum, and on whether 5G handsets and routers become cheap enough for ordinary households.