Satellite internet | how it works | allconnect.com

Satellite internet is an internet connection that uses satellite signals to send and receive data to the modem in your home.It isn’t as fast as fiber or cable, but it is a solid option for rural internet users and it’s available nearly everywhere.The main satellite internet providers are Hughesnet, Viasat and Starlink, with speeds from 25 to 200 Mbps and prices starting at $49.99/mo.

What we cover on this page: Satellite internet infrastructure and equipment How satellite internet works Satellite internet availability The footprint of satellite orbits History of satellite internet Weather and satellite internet Satellite internet data caps Satellite internet infrastructure and equipment Satellite internet requires some hardware to ensure the service reaches your home.  Satellite dish: Attached to your home with a clear view of the sky.Reflector: This dish antenna is used to transmit and receive signals that deliver wireless internet.TRIA: The transmit and receive integrated assembly (TRIA) is used on a two-way satellite dish to process signals to and from the provider’s ground station and an Earth-orbiting satellite.

Fiber internet cables: Cables run underground from the service provider to their ground station.Modem: Modems bring internet into your home.Router: Routers distribute internet from the modem to your devices.

How satellite internet works  It’s a fairly simple process to receive and set up satellite internet in your home:  The satellite internet provider sends a fiber internet signal from their ground station to their satellite orbiting the Earth.That signal is bounced to the dish on your home.Your modem then interprets that signal from your dish to bring internet inside the home.

Your router then uses it to disperse to your connected devices.The signal bounces back and forth between the provider’s ground station, their satellite and your home as you search, stream, game, etc.Satellite internet availability Although satellite internet is touted as being available to nearly 100% of the U.S., there are actually areas where it is not possible to connect.

Satellites require a clear line of sight to the sky in order to work.Mountains and tall buildings can obstruct the signal, so a deeply rural valley home or a shorter building surrounded by skyscrapers may not be able to connect.There are also places where regulations limit satellite reach, like the National Radio Quiet Zone in West Virginia or certain parts of Alaska and Nevada.

These rules are usually due to radio frequencies or government radar that are in use.Coverage is also spotty in areas of the West, particularly within national parks or designated Tribal lands.Another reason satellite may not be available to you is simply a matter of capacity.

Each satellite has a limit to how much bandwidth it can handle and providers would need to release more satellites serving your area to expand services.The footprint of satellite orbits Hughesnet and Viasat use geostationary (fixed position) satellites that are about 22,000 miles above the Earth’s surface, whereas Starlink uses low-orbit satellites at 340 miles above Earth.Speeds range between 25 to 200 Mbps.

There are three types of orbit, high, medium and low: High Earth orbit: Known as geostationary orbit, satellites here move at the speed of the Earth’s rotation.They are 22,000 miles from its surface and are used for telecommunications like internet service from Hughesnet and Viasat, as well as for TV signals, which can be broadcast worldwide.Medium Earth orbit: According to groundcontrol.com, only 10% of satellites are orbiting at this height – 12,500 miles above the surface.

They are used by global positioning systems (GPS) and take less than 24 hours to orbit the planet.Low Earth orbit: Satellites here move quickly and take only 90 minutes to orbit the planet at 155 to 1,200 miles above the surface.They are used by internet providers and data collection for scientists, weather reporting and more.

History of satellite internet  First developed in the late 1950s, satellite technology was used for military purposes.The Soviet Union launched the first one in 1957, quickly followed by the U.S.By the 1960s, the tech was being used for commercial communications purposes.  According to Hughesnet, “The invention of the World Wide Web created a new role for satellites in communications.

In 1993, Hughes Aircraft Company filed for a license with the FCC to develop SPACEWAY, the first Ka-band satellite, which was later launched by Hughes Network Systems, Inc.in 2005.After the success of this launch, the FCC called for more companies to get involved in satellite Internet service, opening up the industry to more companies.” “At the time, early adopters of internet technology accessed the web using their telephone lines.

Instead of waiting for data to crawl through a phone line at mere kilobits per second, users could receive it via satellite at ten times the speed.” Hughesnet anticipates the planned launch of the next generation of ultra-high-density satellites will bring its customers download speeds of 50 to 100 Mbps.  Viasat started offering speeds up to 150 Mbps in some areas and says, “as we add newer, more advanced satellites with global coverage, the service is expected to only get better and faster — as well as available in many more places.” Starlink offers 100 – 200 Mbps download speeds and is launching more low-orbit satellites monthly.Weather and satellite internet Weather can interrupt your satellite signal.Hughesnet shares, “A cloudy sky, light rain, or fog shouldn’t impact your internet service.

But heavy thunderstorms or heavy snow/ice storms may result in intermittent connectivity or a temporary loss of connection.” Something to keep in mind is that there may be stormy weather at the ground station where your internet connection starts and that can also interfere with service.  Weather isn’t the only issue that may affect your service.Placement of your dish, high trees and shrubbery and other things may interrupt it.Satellite internet data caps An important thing to consider with satellite internet is data caps.

Unlike other technology types like fiber, cable and 5G internet, data caps are common with satellite internet plans.A satellite internet data cap is the amount of data you can use each month with a satellite internet plan.Once that limit is reached or exceeded, a provider may penalize you according to their data policy and whether they impose soft or hard data caps.

Hard data cap If your satellite internet provider imposes a hard data cap, your data could be completely blocked if you exceed your limit unless you pay an overage fee.You will likely be given the option to purchase more data if you need it, but unless you pay for the additional data you used, you will be cut off from your data, preventing you from using your internet connection.Soft data cap On the other hand, soft data caps are exactly what they sound like: soft penalties for exceeding your data limit.

Instead of completely shutting off your data like a hard data cap, your provider will deprioritize it in the form of speed throttling.Speed throttling is when your provider slows your internet speeds until the next billing cycle or until you pay any required fees.While this may be a nuisance, it’s more favorable than a hard data cap since you are still able to use your data, albeit with slower speeds.

Soft data caps are common with satellite providers these days.Hughesnet has soft limits on all of its plans, and Starlink operates on a fair use policy, which states your internet access will never be cut off, just slowed at times of peak usage.Viasat has a similar policy, stating that if you consistently exceed normal data usage, you may have reduced priority during times of peak network congestion.

Always research your satellite internet provider’s data policy before you subscribe to an internet plan to avoid being surprised by data overage fees or speed throttling.Learn more about data speed throttling by your ISP.Allconnect: Let us compare providers for you Why should you choose Allconnect? We’re the #1 broadband marketplace in the U.S., meaning you can trust us to search, compare and order internet and TV service for your home.

Get started Written by: Robin Layton Editor, Broadband Content Robin Layton is an editor for the broadband marketplace Allconnect.She built her internet industry expertise writing and editing for four years on the site, as well as on Allconnect’s sister site MYMOVE.com.… Read more Edited by: Anine Sus Editor I Read bio What to read next Read more Featured Best internet options for travel Joe Supan — 9 min read Featured Does the weather affect your internet? Robin Layton — 4 min read Featured Internet connection types: DSL, Cable, Fiber Lisa Iscrupe — 6 min read Latest Monday, November 25, 2024 Everything you need to know about business internet Camryn Smith — 3 min read Monday, November 25, 2024 How does satellite internet work? Robin Layton — 6 min read Monday, November 25, 2024 Understand speed test results and learn to boost your internet speed Robin Layton — 6 min read