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Scan for outdated or missing drivers - takes under a minuteDriver Scan →Clear out junk files and repair common Windows errorsFree Scan →Satellite internet connects a device in a remote area to the wider internet by sending its traffic over a radio link from a user terminal to satellites, then to a ground gateway connected to terrestrial networks. The return traffic follows a route back to the terminal and the device. The satellite may relay traffic to a gateway directly, or a network may route it between satellites first; the exact path depends on the provider’s system.
The key distinction is between the equipment at the customer’s location and the earth stations that connect a satellite network to networks on the ground. Knowing how those parts fit together explains why satellite service can reach places without local broadband cables, why orbit affects latency, and why equipment placement and provider-specific coverage matter.
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How a satellite internet connection carries your traffic
A satellite connection is a chain of links, not a direct connection from a laptop to the internet. At the customer end, a phone or computer communicates with a router. The router passes traffic to a satellite user terminal, which sends and receives radio signals. Satellites relay those signals, and a gateway on Earth connects them to terrestrial internet infrastructure. The return trip brings the response back through the satellite network to the terminal, router and device.
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| Part of the connection | What it does |
|---|---|
| Phone, computer or other local device | Creates or receives the traffic, such as a webpage request or a video call. |
| Router | Connects local devices, typically over Wi-Fi or Ethernet, to the satellite terminal. |
| User terminal | Customer-side radio equipment that transmits signals to satellites and receives signals from them. |
| Satellite or satellites | Relays the signal through space. The route may involve one satellite or links between satellites, depending on the network. |
| Gateway or feeder-link earth station | Connects satellite traffic with terrestrial networks and the wider internet. |
The Federal Communications Commission (FCC) defines an earth station as a station on Earth, or within the major portion of the atmosphere, intended to communicate with space stations or other stations by satellite. In the FCC’s description, gateway or feeder-link stations connect satellite traffic to terrestrial networks, while user terminals connect individual users to satellites. Those are different jobs: a dish or terminal at a home is not the same thing as the gateway that provides a route into ground-based networks.
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The route from a remote home to the internet
The details differ by network, but the general sequence makes clear how the connection works.
- A device sends traffic to the router. A phone or computer connects locally over Wi-Fi or Ethernet and sends a request, such as asking for a website.
- The router passes the traffic to the user terminal. The terminal is the customer-side radio link. It transmits the signal toward a satellite and also receives signals carrying traffic back to the customer.
- A satellite relays the signal. In a bent-pipe design, the satellite amplifies and frequency-translates a signal rather than routing internet traffic on board. That is one possible architecture, not a description of every current service. An FCC filing from 2011 used it as an example of a proposed LEO system design.
- The satellite network gets the traffic to a gateway. A gateway, also called a feeder-link earth station, connects satellite traffic to terrestrial networks. Some networks also describe traffic passing between satellites before reaching a ground connection.
- The response travels back to the device. The network returns the requested data through its satellite and gateway links to the user terminal, then through the router to the phone or computer.
The FCC’s 2024 Communications Marketplace Report describes communications satellites as relay stations in space: they receive signals from an earth station and retransmit them to a distant point, often thousands of miles from where the signal originated. That relay function is central to satellite broadband, but the complete route depends on how a provider connects satellites, gateways and customer terminals.
Why satellite internet can reach places without wired broadband
To connect a remote location, a provider does not need to run a broadband cable all the way from the nearest town to every customer. The user terminal communicates with satellites over radio links, allowing the satellite portion of the network to cover locations where building terrestrial infrastructure is difficult. A connection to wider terrestrial networks is still needed through a gateway, unless the network uses additional routing such as links between satellites to carry traffic toward a ground connection.
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1Scan for outdated or missing drivers - takes under a minute2Repair Windows errors before they cause bigger problems3Fix the driver behind crashes, sound loss and screen glitchesThis does not mean a satellite can provide service from any spot without constraints. A provider must make service available in the customer’s location, and its network needs a route for traffic beyond the satellite portion. The customer also needs compatible equipment and a suitable installation location. Address-level availability, equipment compatibility, power needs and current plan terms are provider- and location-specific; they cannot be inferred from the fact that a satellite is overhead.
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How GEO and LEO satellites differ
Satellite orbit changes how a network operates and how long a signal’s journey can be. The broad comparison is between geostationary (GEO) satellites and non-geostationary satellites, including low Earth orbit (LEO) systems.
| Orbit or system type | Position relative to a ground user | What that means for the connection |
|---|---|---|
| GEO | The FCC says geostationary satellites orbit approximately 22,300 miles above Earth and rotate at the same rate as Earth, so they appear fixed from a ground station. | The longer signal path generally means higher latency than lower-orbit services. Actual service performance depends on the entire network, not altitude alone. |
| LEO or other non-geostationary systems | Non-geostationary satellites operate at varying altitudes. LEO satellites move across the sky relative to a fixed terminal. | A network may need multiple satellites and may hand traffic from one satellite to another as they move. How that handoff is handled depends on the system. |
The FCC’s 2005 filing for the proposed SkyBridge system illustrates how traffic could be handed among orbiting satellites as they move. It is an example of a network architecture, not evidence about the number of satellites or the performance of current constellations. Likewise, the FCC’s GEO altitude figure is a description of geostationary orbit, not a measure of any specific provider’s service speed.
What ground stations and gateways do
A ground station is an earth-based part of the satellite communications system. A gateway or feeder-link station provides the connection between satellite traffic and terrestrial networks. In practical terms, the gateway is a handoff point: data can move between a satellite network and the ground-based systems that carry traffic onward to internet destinations.
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Starlink describes a network with inter-satellite optical links as well as ground gateways. Its Network Update page has reported more than 100 gateway sites in the United States and over 1,500 antennas. These are provider-published, time-sensitive figures for that network, not an independent count of gateway infrastructure across the satellite industry.
What equipment is at the customer’s location
A satellite internet setup includes the customer-side terminal and the equipment that connects it to local devices. Starlink’s specifications describe its two-way service as using a user terminal, Wi-Fi router, power supply and mount. That equipment list is specific to the provider’s description; a kit or terminal should not be assumed to work across providers or service generations.
The terminal needs an installation position that lets it communicate with satellites. For Starlink, the provider says trees or buildings can temporarily block the connection and that its terminals select among satellites. This explains why placement can matter even when a service is available at an address. The obstruction guidance describes Starlink’s system behavior and should not be treated as a universal statement about every provider’s equipment.
Before ordering, confirm the details that affect whether the service will work at the intended site:
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- Service at the exact address: provider availability can differ by location, so check the service address rather than assuming that broad regional coverage includes a specific property.
- Terminal and plan compatibility: confirm that the equipment generation and plan are supported in the customer’s country and at the intended address.
- Installation position: identify a suitable location and consider possible obstructions, following the provider’s own guidance.
- Power and local networking: verify the power requirements and how the supplied router connects to the devices that will use the service.
- Current terms: check equipment, installation, data and plan terms directly with the provider, since the available evidence does not establish current cross-provider prices or terms.
What speeds and latency to expect
Speed and latency should be read as provider- and location-specific, not as a guarantee of what all satellite internet users receive. Starlink’s specifications page, accessed October 9, 2026, says its users typically experience download speeds between 25 and 220 Mbps, with a majority experiencing speeds over 100 Mbps. It gives typical upload speeds of 5–20 Mbps and latency of 25–60 ms on land, with 100+ ms in certain remote locations, including oceans, islands, Antarctica, Alaska and Northern Canada. The same page says actual speeds may be lower and are not guaranteed.
Those figures are Starlink’s published specifications, not an independently measured comparison of providers or a universal satellite-internet range. They also show why “remote” is not one performance category: the provider itself lists different latency for some remote locations. The figures should not be used to predict the performance of a different service, or to promise a particular result at a particular address.
Orbit is one factor in latency. GEO satellites are approximately 22,300 miles above Earth, so the signal has a longer path than it would to a lower-orbit satellite; the FCC says this generally results in higher latency than lower-orbit services. But a full connection also includes the user terminal, satellite links, gateways and terrestrial network. The orbit alone cannot establish a specific user’s speed or latency.
How to evaluate satellite internet for a particular location
There is no evidence-based universal ranking of satellite providers or provider-neutral price and coverage comparison here. A useful choice starts with the service address and the requirements of the people who will use it, then checks the provider’s own current details.
- Check address-level availability. Use the provider’s current availability checker for the intended installation address and confirm any geographic or service limitations.
- Understand the architecture and orbit. Determine whether the service uses GEO, LEO or another non-geostationary arrangement, and whether the provider describes inter-satellite routing. Treat architecture as context for how the network works, not as a standalone performance guarantee.
- Read speed and latency claims carefully. Note who published the figures, the locations or conditions they cover, and whether they are typical, guaranteed or subject to change.
- Compare the full cost and terms. Check the current plan price, any data terms, equipment and installation costs, and whether the terms recur or apply only under particular conditions. The available information does not establish current prices across providers.
- Check installation and power requirements. Verify terminal compatibility, the required power supply, suitable mounting options and the provider’s obstruction guidance before committing to a location.
- Confirm support and recovery options. Find out how the provider handles setup, faults and interruptions, and what steps it recommends if the terminal cannot establish a connection.
These checks prevent a common mismatch: choosing on an orbit label or a headline speed alone without confirming that the service, equipment and installation conditions fit the actual address.
Quick Recap
Common misconceptions to avoid
- “The user dish is the gateway.” The customer terminal communicates with satellites; a gateway or feeder-link earth station connects satellite traffic to terrestrial networks.
- “Every satellite simply passes traffic straight to a nearby ground station.” Some systems describe inter-satellite links, and a network’s exact route depends on its architecture.
- “A LEO satellite stays over one house.” LEO satellites move relative to a fixed terminal, so a constellation may hand traffic between satellites.
- “All satellite internet has the same speed and latency.” Published figures vary by provider, location and network. Starlink’s stated ranges apply to its own service and are not guarantees or industry-wide values.
- “Satellite coverage means any terminal will work anywhere in the region.” Address availability, compatible equipment, plan requirements, power and installation conditions still need to be checked with the provider.
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