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Starlink delivers broadband through a network of low Earth orbit satellites, customer terminals and internet-connected ground infrastructure. Its satellites orbit much closer to Earth than traditional geostationary satellites, which can reduce signal travel time. But being in orbit does not give a satellite operator permission to serve customers everywhere: radio spectrum and orbital resources are shared internationally, while each country decides which services and equipment it will authorize within its borders.
How does Starlink internet work?
Starlink is a satellite broadband network. A customer’s dish-like user terminal exchanges radio signals with satellites passing overhead. Those satellites carry traffic onward, either toward an internet-connected ground gateway or, where the network’s configuration and route allow, through optical links to other satellites before the traffic reaches a gateway. The gateway connects satellite traffic to the wider internet.
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The route is not necessarily identical for every request. It can depend on the network’s configuration and the geography of the service. A satellite connection is therefore more than a direct radio link between a home and a satellite: it depends on the terminal, the satellite network, ground infrastructure and the network’s connection to the internet.
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The Starlink service kit described in the company’s specifications includes a user terminal, Wi-Fi router, power supply and mount. The terminal sends and receives radio signals; the router provides a home Wi-Fi network for connected devices. The power supply and mount support the terminal’s operation and installation. A phone, computer or other device uses the home network much as it would with another broadband connection, while the terminal provides the satellite link.
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The terminal needs a usable radio path to the satellites. Its ability to maintain service can be affected by the conditions at the installation location and by network conditions. Starlink’s specifications say service speeds and uninterrupted service are not guaranteed, and that actual speeds can be lower during periods of high usage. A published typical range should therefore not be read as a promise that every customer will see those results continuously.
Satellites, gateways and optical links
Starlink says its satellites orbit at about 550 kilometres above Earth. It describes Ku-band phased-array antennas and Ka- and E-band antennas, as well as three optical space lasers on each satellite, each capable of up to 200 Gbps. The company says the laser links form a global mesh. These are Starlink’s descriptions of its technology, not independently established measurements in this article.
Optical inter-satellite links can carry traffic between satellites, but they do not make ground infrastructure irrelevant. Traffic still needs a connection to the internet, and gateways provide that connection. Depending on the route and network configuration, traffic may pass from a satellite to a gateway or travel between satellites before reaching one. It would be inaccurate to assume that every packet follows a single fixed path or that every connection uses the same combination of space and ground links.
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Distance is a major reason low Earth orbit can reduce satellite signal travel time. Starlink’s stated orbit altitude of about 550 km is far below the 35,786 km altitude it gives for geostationary satellites. A signal travelling to a closer satellite and back has less distance to cover than one travelling to a satellite in geostationary orbit. Less signal travel time can make interactive activities feel more responsive, although latency also depends on the full route and network conditions.
| Measure | Starlink’s published comparison or specification | How to interpret it |
|---|---|---|
| Orbit altitude | About 550 km for Starlink; 35,786 km for geostationary satellites, according to Starlink | These are company-stated approximate and comparison figures, not a guarantee about an individual connection. |
| Latency comparison | Around 25 ms for Starlink versus 600+ ms for traditional geostationary satellite services, according to Starlink | This is Starlink’s published comparison, not a guaranteed result for every customer, location or route. |
| Typical download speed | 25–220 Mbps, as stated by Starlink | The company says speeds are not guaranteed and can be lower during high usage. |
| Typical upload speed | 5–20 Mbps, as stated by Starlink | This is a company-stated range rather than a fixed rate. |
| Typical land latency | 25–60 ms, as stated by Starlink | The range is not a promise of a particular customer’s latency. |
The speed and latency ranges above come from Starlink’s specifications; its technology page gives the orbit and latency comparison. The company does not guarantee the listed speeds or uninterrupted service. Actual performance varies, and Starlink specifically notes that speeds can fall at times of high usage. When weighing satellite broadband against another connection, a reader should consider local availability, expected speed and variability, latency, equipment and installation requirements, and whether the service is authorized in the relevant country. Satellite services also should not be treated as interchangeable: low Earth orbit and geostationary systems have different distances and latency profiles.
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Why do governments regulate Starlink?
Satellites transmit and receive radio signals using spectrum, a finite resource shared with other satellite networks and terrestrial radio services. If systems use frequencies in ways that conflict, transmissions can cause harmful interference. Coordination and operating limits help services coexist and make use of spectrum more orderly. As the number of satellite constellations grows, the demand on both spectrum and orbital resources becomes more consequential.
Regulation is not only about preventing interference. Governments also decide whether a company may enter their communications market and under what conditions. They may set requirements for gateway earth stations, user terminals and services, and address consumer protection, enforcement and other local obligations. A satellite’s ability to cross national borders does not itself confer a right to sell service or operate equipment in each country.
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The International Telecommunication Union (ITU) provides an international framework for coordinating spectrum and associated satellite-orbit resources through its Radio Regulations and related coordination and notification processes. National administrations notify planned networks and frequency assignments; relevant assignments and their status are recorded in the Master International Frequency Register. The framework is intended to coordinate administrations, reduce harmful interference, encourage efficient spectrum use and discourage the warehousing of spectrum and orbital resources.
International coordination and a national licence are different things. ITU processes help administrations coordinate the use of shared resources; they do not issue one global permission that automatically lets a satellite operator serve customers in every country. The ITU states that “Licensing of satellite systems remains the responsibility of national administrations.” Each country’s regulator decides whether, and on what terms, an operator can provide service, use user terminals or operate gateway earth stations within that jurisdiction. An operator must account for applicable international coordination as well as the country’s own licensing decisions.
The ITU’s 2026 NGSO licensing toolkit organizes 32 policy issues and approaches for regulators. Its scope includes authorizing market access, spectrum, earth stations, user terminals and services such as direct-to-device connectivity. It also addresses issues including reliance on a space station’s home administration’s reviews, equivalent power flux density limits, consumer protection and dispute resolution, regional harmonization, enforcement involving cross-border terminals and orbital sustainability. The toolkit offers regulatory guidance; it is not a single licence for Starlink or a list of permissions that apply identically in every country.
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Does Starlink need permission to operate in every country?
There is no single worldwide Starlink licence established by the international coordination framework. Whether Starlink can provide a particular service depends on national decisions in the country concerned, including decisions about market access, terminals and gateways. Authorization for one country, one type of equipment or one facility should not be treated as proof that all of the operator’s services or installations are authorized everywhere.
Gateway licences illustrate how a national decision can be specific. On 20 July 2026, the UK regulator Ofcom published a statement granting Starlink two NGSO gateway licences: one for a site in Harlow, Essex, and one for Mulberry Wharf, London. Ofcom said the decision should help improve capacity and resilience for UK satellite connectivity. This is an example of authorization for two gateway facilities in the UK, not a universal determination of Starlink’s licensing status in other countries or for every service and terminal.
What regulation means for customers
For a prospective customer, authorization is a practical availability question as well as a regulatory one. A service may be technically capable of reaching a location without being authorized for sale or operation there. Likewise, a gateway authorization concerns a ground facility; by itself it does not establish that every customer-facing service is available in every part of the country. Check service availability and applicable local rules for the precise country and use case rather than inferring permission from satellite coverage alone.
- Check local service availability: Confirm that the service is offered for the country and location where you plan to use it.
- Distinguish equipment from service: Authorization for a gateway, user terminal or service can involve different regulatory questions.
- Set realistic performance expectations: Treat published speeds and latency as company-stated ranges or comparisons, not guaranteed outcomes.
- Compare the whole connection: Consider latency, speed variability, installation needs, local alternatives and whether the service is authorized—not just the fact that satellites are overhead.
The central distinction is straightforward: Starlink’s satellites provide a way to deliver broadband over long distances, but they use shared radio and orbital resources and depend on local ground infrastructure. International coordination helps systems share those resources; national regulators determine whether and under what conditions service and equipment can be used within their borders.
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