Amazon Leo and Vodafone: Boosting Connectivity with Rural 5G

Vodafone and Amazon Leo, Amazon’s low Earth orbit satellite broadband network, have signed an agreement to connect many more 4G and 5G mobile sites in remote areas to improve coverage for customers with limited connectivity across Europe and Africa.

The partnership centres on satellite backhaul, the link that connects a mobile base station to a core telecom network. Instead of relying on long fibre-based or fixed wireless links, Vodafone uses Amazon Leo’s satellite constellation to connect geographically dispersed sites in rural and hard-to-reach areas.

With Amazon Leo, Vodafone deploys 4G and 5G base stations more easily and affordably in previously unserved areas, without the time and expense of installing terrestrial connections.

The approach aims to reduce the barriers that often delay rural roll-outs, where laying fibre across long distances prove to be complex and costly.

Satellite backhaul for remote coverage

Amazon Leo is built on a constellation of thousands of satellites in low Earth orbit, where satellites are positioned closer to the planet than traditional geostationary systems, enabling lower latency and higher throughput. This supports high-speed cell site backhaul of up to 1Gbps download and 400Mbps upload for telcom providers.

Under the agreement, Vodafone will use Amazon Leo to connect mobile base stations back to its core telecom networks in Germany and other European countries, which will then progressively be rolled out across Africa through Vodacom. The companies expect the first of these mobile sites to be connected in 2026 and to extend this service as Amazon Leo builds out its constellation.

Beyond extending coverage, Vodafone will also use the service to boost network resilience for emergency and critical online services if fibre links connecting mobile masts are broken or impacted by flooding. By adding satellite-based backhaul, Vodafone introduces an alternative path for traffic if terrestrial infrastructure fails.

Margherita Della Valle, Vodafone Group Chief Executive, says: “Vodafone is looking to space to connect more mobile base stations to our core network, and strengthen resilience even in the most challenging environments.

“Amazon Leo’s new satellite constellation supports our ambition to give all Vodafone customers reliable and high-speed connectivity, wherever they are.”

Expanding digital access across regions

For Amazon, the agreement positions Amazon Leo as a wholesale connectivity platform for established mobile network operators.

Panos Panay, Senior Vice President of Amazon Devices & Services, says: “Connectivity shouldn’t depend on where you live. With Amazon Leo, we’re helping bring fast, reliable broadband to places traditional infrastructure can’t easily reach, from rural communities to critical emergency networks.

“Partnering with Vodafone and Vodacom is an important step toward connecting millions more people across Europe and Africa and expanding access to the digital services that power modern life.”

In sparsely populated or geographically challenging regions, the economics of ground-based build-out often limit coverage. Satellite backhaul offers an alternative model, where capacity is delivered from space and integrated into the operator’s existing radio access network.

In Africa, the agreement runs through Vodacom, which is Vodafone’s subsidiary. Shameel Joosub, CEO of Vodacom Group, says: “At Vodacom, we are working every day to bring more people in Africa online and in reach of vital digital services.

“Partnering with Amazon Leo enables us to swiftly deploy mobile connectivity in isolated areas, allowing us to efficiently expand our reach to more customers throughout the African continent.”

Aligning with 5G and Vision 2030 targets

The agreement supports Vodafone’s goal of extending advanced 5G services in Europe. In parallel, the partnership aligns with Vodacom’s Vision 2030 targets: reaching 260 million customers, expanding financial services and raising smartphone penetration to 75% by 2030. Satellite-enabled backhaul provides a mechanism to reach populations beyond the footprint of fibre networks, which in turn supports customer growth and service adoption.

Amazon Leo currently has over 200 satellites in orbit, with hundreds more built and ready for launch. It started a preview for enterprise customers in November 2025 and will roll out more broadly as it adds coverage and capacity to its network.

The development overall illustrates how low Earth orbit satellite systems integrate with terrestrial mobile infrastructure. By combining space-based backhaul with 4G and 5G radio networks, operators extend reach and target areas where conventional build-out remains constrained.