Starlink vs Traditional Satellite Internet: What's Different

Satellite internet has existed for decades, but it earned a bad reputation: slow, laggy and expensive. Starlink changed the formula by moving the satellites much closer to Earth. Here's what actually differs, and where the trade-offs still apply.

Orbit height is the key difference

Traditional providers like HughesNet and Viasat use a few large satellites in geostationary orbit, about 35,786 km above the equator. From there a single satellite can see a whole continent, but the signal has to travel that enormous distance and back. Starlink instead uses thousands of small satellites in low Earth orbit, around 550 km up — roughly 65 times closer.

Latency

Latency is where the difference is most obvious. A geostationary round trip adds well over 500 milliseconds of delay, enough to make video calls awkward and online gaming unplayable. Starlink's low orbit typically delivers 20–60 ms latency — comparable to many ground-based connections, and good enough for calls, gaming and remote work.

Speed and capacity

Starlink commonly delivers download speeds from around 50 to 250 Mbps, varying with how many users share your cell and the time of day. Geostationary plans can advertise high peak speeds too, but the latency penalty remains regardless. The trade-off for Starlink is that capacity is shared locally, so congested areas slow down until more satellites are added.

Weather, hardware and cost

All satellite internet can be affected by heavy rain or snow ('rain fade'), and Starlink dishes include a heater to melt snow. Starlink requires a clear view of the sky with no tree or roof obstructions — its app has an obstruction checker for this. Upfront hardware cost is higher than a traditional modem, but the monthly performance is in a different league for latency-sensitive uses.

Who each one suits

If you only need basic browsing and live where nothing else reaches, geostationary service still works. But for anyone who wants responsive, modern internet in a rural or mobile setting, a low-Earth-orbit network like Starlink is the reason satellite internet is finally being taken seriously. You can watch that network move in real time on TrackStarlink's 3D globe.