Satellite internet operates under unique physical, orbital, and atmospheric dynamics. Understanding these factors ensures transparent expectations.
Orbital Latency Differences
GEO orbits (22,000 miles, ~600ms latency) vs. LEO constellations (340 miles, ~25–50ms low latency).
Rain Fade & Snow Attenuation
Severe rain squalls and wet snow accumulation on receiver feed horns can temporarily degrade Ku/Ka band signals.
Priority Data Policies
High-speed data tiers are priority-metered; standard data remains unlimited at reduced peak speeds during congestion.
Leased Equipment Mandate
Satellite dishes, transceivers, and modems are leased and must be returned upon account cancellation.
1. The Physics of Satellite Latency
Geostationary (GEO) satellites maintain a fixed position approximately 22,236 miles above the equator. Because electromagnetic signals travel at the speed of light, a round trip from your home, to space, to the ground teleport, and back takes approximately 550–650 milliseconds.
Low Earth Orbit (LEO) constellations orbit between 300 and 750 miles above Earth, reducing signal transit time to 25–55 milliseconds, making real-time video conferencing and cloud collaboration smooth.
2. Rain Fade & Atmospheric Attenuation
High-frequency Ka and Ku band radio waves can be absorbed or scattered by dense water droplets in heavy storm clouds (rain fade). Modern dishes utilize Adaptive Coding and Modulation (ACM) to preserve link stability during passing squalls.
In cold climates, heated dish accessories or manual snow clearing from the reflector surface is recommended after heavy blizzards.
3. Peak Evening Congestion & Data Tiers
Peak usage typically occurs between 7:00 PM and 11:00 PM local time. Plans include priority data allotments (100–600 GB). After consuming priority data, speeds may slow during peak congested periods, but service remains uncapped.
4. Leased Equipment & De-Installation
Dish hardware, feed horns, and indoor satellite gateways are typically provided on a lease basis. When terminating service, the transceiver and modem must be returned via prepaid carrier packaging to prevent unreturned equipment fees.