Satellite internet guide
LEO vs GEO Satellite Internet: Latency, Speed, and When Each Wins
Updated · ~7 min read
Satellite internet is no longer one product category. GEO (geostationary) services such as traditional HughesNet and Viasat offerings sit roughly 36,000 km above the equator. LEO (low Earth orbit) systems — Starlink being the household name — operate in a much lower band, often discussed in the ~500–2,000 km class, using large constellations instead of a handful of high birds.
For RSINC shoppers, the practical split is latency, sky/obstruction needs, waitlists, and whether you need gaming- or call-friendly ping. Speeds and prices change frequently — treat every number below as illustrative, then verify current offers at your address.
Latency: the clearest LEO advantage
GEO’s long round trip commonly lands in the ~200–600+ ms neighborhood. LEO marketing often cites roughly ~20–50 ms under good conditions — far closer to terrestrial broadband for video calls and online games. That gap is why LEO usually wins when it is available and the dish has a clear view of the sky.
Coverage model: few high sats vs many low ones
GEO platforms can blanket huge footprints with relatively few satellites. LEO needs hundreds or thousands of spacecraft plus gateways to keep a moving handoff seamless. Weather fade and trees/rooflines matter for both, but LEO dishes are especially picky about obstructions because satellites sweep the sky rather than sitting fixed in one southern arc.
Approximate residential speed bands circulate in marketing (tens to hundreds of Mbps on LEO capacity plans; more modest GEO tiers in many rural packages). Those figures move with congestion, plan SKUs, and hardware generations — always re-check before you buy.
When each wins
- LEO wins for interactive uses (games, huddles, remote desktop) when service is active, hardware is in stock, and the install has open sky.
- GEO still fits where LEO is waitlisted, blocked by terrain/trees, or simply not sold — classic rural fallback for email, browsing, and streaming that tolerates higher ping.
- Neither beats wired when a true fiber or strong cable plant is already at the curb for the same budget.
Compare satellite and terrestrial options for your ZIP on RSINC. Questions? Call 1-877-697-2926.
NASA documents low Earth orbit below about 2,000 km and geostationary orbit near 35,786 km above Earth.
Open NASA’s orbit referenceFAQ
Is Starlink the only LEO option?
It is the best-known consumer LEO brand in the U.S., but the architecture class (many low satellites) is what matters. Other LEO projects exist at various stages — availability is still the limiter.
Will GEO get low latency someday?
Physics caps how low GEO ping can go while the satellite stays ~36,000 km up. Software helps at the edges; it does not erase the light-travel delay.
Do storms kill satellite internet?
Heavy rain and snow can degrade both LEO and GEO. Have a phone hotspot backup if connectivity is safety-critical.
Are published speeds guaranteed?
No. Satellite capacity is shared. Use plan pages as ranges, not SLAs, unless a business contract says otherwise.
Altitude, latency, and speed figures are approximate and change with equipment and network load. RSINC is an independent comparison site. Starlink, HughesNet, Viasat, and other marks belong to their owners.
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