Why Africa’s Telcos Are Embracing Starlink Instead of Fighting It
Africa’s telcos and Starlink are no longer competing for dominance. Instead, the continent’s largest mobile operators are increasingly partnering with satellite providers to expand rural connectivity, reduce infrastructure costs, and strengthen Africa’s digital economy.
When Starlink entered Nigeria in January 2023—its first African market—it introduced a new model for internet connectivity. Rather than relying on towers and fibre networks, the service delivers broadband directly from low-Earth orbit (LEO) satellites. Initially, many analysts expected a fierce battle between satellite broadband and traditional mobile operators. However, the market has evolved in a different direction.
Why Africa’s Telcos Are Partnering with Starlink
For decades, telecom companies invested billions of dollars in towers, fibre networks, spectrum licences and data centres to connect African communities. Although this strategy expanded mobile coverage significantly, serving remote regions remained expensive and technically challenging.
Starlink changed that equation.
The satellite provider now operates in 27 African countries and, according to Ookla’s Speedtest Intelligence, delivers download speeds that outperform many traditional fixed broadband providers across several markets.
Consequently, major operators including MTN, Airtel, Orange and Vodafone have shifted their strategy. Rather than viewing Starlink as a direct competitor, they increasingly see satellite connectivity as a complementary technology that extends network coverage into underserved areas.
Satellite Internet Complements Terrestrial Networks
Despite Starlink’s rapid growth, industry experts argue that satellite broadband cannot replace terrestrial telecom infrastructure.
Mukesh Chandra, former Chief Technology Officer at Globacom, explained that fibre networks continue to offer greater bandwidth, lower latency and significantly higher capacity than satellite systems.
“Bandwidth delivered through satellite cannot be compared with bandwidth delivered through fibre,” Chandra said. “Satellite communications are most effective in areas where fibre or microwave infrastructure cannot be deployed.”
In addition, satellite services require specialised equipment that typically costs between $200 and $700. Indoor reception also remains limited, while Direct-to-Device technology currently supports only basic services.
As a result, satellite broadband is better suited for rural connectivity than dense urban environments where fibre and 5G networks remain more efficient.
MTN, Airtel and Vodafone Embrace Satellite Partnerships
The industry’s changing perspective is evident through several major partnerships announced over the past year.
MTN has already launched proof-of-concept trials with Starlink’s Direct-to-Device technology in Zambia while also testing satellite voice and SMS services with Lynk Global in South Africa.
Speaking during MTN’s Capital Markets Day, Group CEO Ralph Mupita acknowledged that satellite connectivity will become part of Africa’s future communications ecosystem.
“Ultimately, we have to embrace LEO satellites; they are not going away.”
Likewise, Airtel Africa partnered with SpaceX in late 2025 to distribute Starlink broadband services across its 14 African markets. Vodafone has also partnered with Amazon’s Project Kuiper, while Orange signed a multi-year agreement with Eutelsat OneWeb to strengthen enterprise connectivity and mobile backhaul services.
According to Airtel Africa’s Head of Investor Relations, Alastair Jones, satellite technology complements—not replaces—the company’s terrestrial infrastructure investments.
Africa’s Connectivity Challenge Remains Rural Coverage
Africa still faces one of the world’s largest digital infrastructure gaps.
According to MTN, the continent accounts for approximately 18% of the global population but less than 1% of the world’s fibre infrastructure. Consequently, extending broadband into remote communities remains both expensive and time-consuming.
Satellite technology offers operators a faster alternative.
Instead of constructing hundreds of new towers across difficult terrain, telecom companies can use satellite networks to fill coverage gaps and provide essential connectivity where terrestrial infrastructure is economically unviable.
Furthermore, the emergence of Direct-to-Device technology could eventually allow smartphones to connect directly to satellites for messaging, emergency communications and basic internet services without requiring dedicated satellite terminals.
Africa’s Telcos Continue Investing in Fibre Infrastructure
Although satellite technology is gaining momentum, telecom operators are not slowing investments in terrestrial infrastructure.
Industry experts maintain that fibre networks, mobile towers, subsea cables and data centres will continue carrying the overwhelming majority of internet traffic across Africa.
Chandra noted that a typical 5G base station can provide several gigabits of capacity while simultaneously serving hundreds of users. Satellite systems, by comparison, cannot currently match that scale for mass-market broadband services.
This explains why operators increasingly view satellite connectivity as another layer within a broader digital infrastructure ecosystem rather than a replacement for existing networks.
MTN, for example, plans to triple its fibre footprint over the next five years while expanding subsea cable capacity, investing in new data centres and strengthening its edge computing infrastructure.
The Future of Africa’s Telcos and Starlink
The relationship between Africa’s telcos and Starlink reflects a broader shift in how digital infrastructure is being deployed across the continent.
Instead of competing over every customer, telecom operators are combining fibre, mobile towers, satellites, cloud infrastructure and data centres into integrated digital platforms capable of supporting governments, enterprises and consumers alike.
As demand for digital services, artificial intelligence, cloud computing and cross-border connectivity continues to grow, collaboration between terrestrial and satellite providers is likely to become a defining feature of Africa’s next phase of digital transformation.
