5G Reaches 59% Worldwide, Just 4% in Low-Income Countries

5G network tower with urban and rural landscapes, an original illustrative cover highlighting uneven mobile coverage.

Fifth-generation mobile networks reached 59% of the world’s population in the latest global coverage estimates, but reached only 4% of people in low-income countries. The International Telecommunication Union (ITU), a United Nations technology agency, published the findings in its November 3, 2026 Facts and Figures 2026 announcement. In high-income countries, coverage reached 86%, an 82-percentage-point gap between the two income groups.

The coverage statistics refer to 2025, while other indicators in the newly released assessment refer to 2026. Population coverage means people living inside the reach of a network signal, not subscribers actively using 5G. Device availability, affordability, radio conditions and network performance can all determine whether nominal coverage becomes a useful connection.

Zero-baseline chart showing 5G population coverage in 2025 of 86% for high-income countries, 59% worldwide, and 4% for low-income countries.
Population within 5G coverage in 2025, percentage. Income groups refer to country classifications, not individual household income. Source: ITU Facts and Figures 2026. Original chart: BitcoinVersus.Tech.

Network reach varies sharply by region

Europe led with 78% 5G population coverage in 2025, followed by Asia-Pacific at 73% and the Americas at 68%. The Arab States registered 27%, Africa 15% and the Commonwealth of Independent States (CIS) 10%. Those percentages use each region’s own population as the denominator. They cannot be interpreted as shares of all 5G connections worldwide.

Older wireless generations remain essential. The ITU estimates 4G coverage at 94% worldwide but 68% in low-income countries. At least 3G reaches 97% globally. Deploying 5G radios also requires spectrum, backhaul, power, construction and device ecosystems. BitcoinVersus.Tech’s coverage of a proposed national 5G tower network describes infrastructure plans rather than proof of operating coverage.

Bar chart showing 2025 5G population coverage ranging from 78% in Europe to 10% in the CIS.
Reported 2025 5G population coverage across six ITU regions. Figures measure signal availability, not connection speeds. Source: ITU. Original chart: BitcoinVersus.Tech.

Subscriptions and data use tell a different story

The report estimates that 5G accounts for 40% of worldwide mobile-broadband subscriptions in 2026. Network coverage and subscription share are separate denominators: a person can live inside a 5G footprint while using 4G, and one person can maintain several SIM subscriptions. The ITU estimates 9.5 billion mobile-cellular subscriptions overall, which does not mean 9.5 billion unique subscribers.

Usage remains unequal even among active mobile-broadband connections. High-income economies averaged 20 GB of mobile data per subscription per month, compared with 3.4 GB in low-income economies, or approximately 5.9 times as much. The worldwide average was 16.6 GB. These are estimated traffic volumes, not guaranteed data allowances, broadband speeds or measurements of each individual’s consumption.

Chart comparing estimated 2026 monthly mobile data consumption of 20 GB in high-income countries, 16.6 GB globally, and 3.4 GB in low-income countries per subscription.
Estimated average mobile-broadband traffic per subscription per month in 2026; gigabytes, not gigabits per second. Source: ITU. Original chart: BitcoinVersus.Tech.

The next barriers are economic and physical

Globally, 6.3 billion people, or 76% of the population, were estimated to use the Internet in 2026, leaving about 2 billion offline. A newer radio standard alone cannot eliminate the access gap. Carriers must secure financing, dependable electricity and transport links. Technical background on beam-steering antennas, fiber-optic transceivers and open radio-network software shows why connecting a tower requires more than adding an antenna.

The ITU’s figures are global estimates, compiled from national and industry reporting, with historical revisions possible. Differences in reported radio coverage do not establish equivalent differences in measured service quality or explain every local financing obstacle. Future progress will need assessment of affordable access, actual adoption and consistent network performance, not coverage percentages alone.

Primary sources: ITU release, November 3, 2026; mobile network coverage; mobile subscriptions; and Internet traffic.

Editor’s Note: All statistical values follow the ITU’s November 3, 2026 Facts and Figures 2026 release and its underlying sections. The cited 5G population-coverage estimates refer to 2025; subscription and traffic estimates refer to 2026. Illustrative featured artwork represents telecom infrastructure generically and does not depict a verified cell site. Source survey microdata and real-world service quality have not been independently audited.

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