Starlink ground station requirement

Telecom & ICT
1

If Starlink decides to deploy a ground station in a particular country, who typically builds, owns, and operates that ground station?

  • Does Starlink/SpaceX build and operate the ground station themselves?

  • Can it be built or operated by a state-owned telecommunications infrastructure company, such as Netcom?

  • Can local mobile or fixed-line operators build and operate it?

  • Are there other types of companies that can participate?

For a local company that builds, hosts, or operates a Starlink ground station, what kinds of benefits, business opportunities, or strategic value can this create?

Also, where are Starlink’s existing ground stations located around the world?

In terms of connectivity, does a Starlink ground station only require a connection to the public Internet or an IP transit provider, or does it require any special type of connectivity, such as dedicated international transmission, private peering, direct connections to IXPs, data centers, or Starlink’s own backbone network?

2

Who builds, owns, and operates it: the gateway itself — the phased-array antennas and radomes — is proprietary SpaceX hardware, built at their Redmond factory, and SpaceX designs, owns, and operates it. That part is not something a local company builds or runs. What a local party provides is the site, power, the high-capacity fibre backhaul, and the in-country telecom licence / landing rights. So the split is: SpaceX owns the RF gateway, a local partner hosts it and connects it.

Netcom or local operators: yes, but as the host and landing partner, not as the builder of the gateway kit. A state infrastructure company or a licensed fixed/mobile operator typically supplies land, power, backhaul fibre and the local licence, and hosts SpaceX’s equipment. The exact model depends on each country’s foreign-ownership and licensing rules — in some markets SpaceX runs a wholly-owned local subsidiary (Vietnam let them keep full control under a pilot), in others the regulator is pushing to force a local-operator partnership (Kenya). Data centres and fibre/transit providers can also participate as the backhaul or colocation host.

Benefits for the local host:

  • Recurring revenue from hosting the site and selling the fibre backhaul from the gateway to the IXP/PoP.
  • Strategic position as the country’s gateway/landing partner for LEO connectivity.
  • If it is the licensed partner, it becomes the regulatory control point — several countries now require all national Starlink traffic to transit the in-country gateway (data sovereignty, lawful intercept, user identification). That is a real strategic lever.
  • Option to wholesale Starlink Community Gateway backhaul to rural towers or remote sites.

Existing locations: roughly 150–170 gateways worldwide as of early 2026, with 100+ sites and 1,500+ antennas in the US alone, spread across North America, Europe, South America, Asia, Africa and island regions. They are tracked publicly through FCC earth-station filings and community maps (starlink.sx and similar trackers) — that is where the current confirmed list lives.

Connectivity: not just a public-internet handoff. A gateway needs high-capacity, redundant fibre backhaul to a major backbone/PoP, ideally close to an IXP or data centre for peering and low latency, because it carries the aggregated traffic of every user served by those satellite beams. Site selection is driven by proximity to fibre, proximity to a peering point, redundant power, and low RF interference. From the gateway, traffic hands off to the public internet, an internet exchange, or SpaceX’s own PoP backbone. Newer upgraded gateways add E-band feeder links for the V2 satellites, which pushes the backhaul capacity requirement higher still.

3

Starlink usually controls the network design and operations, but ground infrastructure can involve local partners depending on regulations and market needs. A local telecom, data center, or infrastructure provider could potentially host facilities. The value is mostly in connectivity partnerships, local compliance, and improving network reach. The exact setup varies by country.