Hooking Up Your Satellite Internet Service

There are many different Internet options out there for people to choose from. While many people choose between DSL and cable, there is another option available to you. Your third option would be using a satellite to connect to the Internet.

There is some good news about setting up a satellite Internet connection… it’s super easy! Switching over to satellite and setting up the connection is no different than setting up your DSL or cable Internet. For those looking to make the switch to satellite, here are a few simple steps to follow.

First decide which satellite provider you want to go with. Find out which service providers are available for you and choose a few you feel have the best coverage at the most affordable price. Keep in mind that prices could vary depending on your location. Majority of the satellite television service providers will offer Internet service. If you’re with the Dish Network or Direct TV, give them a call to see if they offer satellite Internet and for how much. They might even offer a great deal since you have satellite TV.

Now you’ll want to set up your account. You will need to set up an appointment for a technician from the company to install and set up the satellite Internet in your home. The technician will install, calibrate and wire the satellite modem to the dish, which will allow you to connect your computer to the dish.

Next take a router and connect it to your satellite Internet. The router is used for those with multiple computers sharing the Internet. If there’s just one computer in the home, the router won’t be necessary. In that case, just run your Ethernet cable to the satellite modem and you’re good to go!

Setting up satellite Internet is not much different than setting up your DSL or cable. Just know there are many different options for you when it comes to the Internet.

Internet Access Options

Internet Access Options

Even if you weren’t around to hear it, you know what a dial-up internet connection sounds like. Movies and commercials are rife with jokes about the antiquated internet access technology. Most people have switched to a more updated connection and left it at that. But with separate service and data plans for your cell phone, home computer and mobile devices it may be time to cut back on the expenses and go back to basics-or take out a third mortgage.

Dial-Up
This is the oldest and most widely used type of internet connection. It works by connecting a computer to an Internet service provider (ISP) using an analog modem and POTS (plain old telephone system). Even though cable and satellite internet have since expanded their coverage, dial-up still supports a large number of customers in remote regions. Dial-up service is inexpensive to set-up and maintain; and the existing POTS infrastructure is extensive, making internet access through dial-up widely available. However, the average speed is only 56 kbps. This makes dial-up too slow for certain activities such as online gaming and video streaming.

Digital Subscriber Line (DSL)
DSL internet uses the same physical network as a dial-up connection but produces speed from 256 kb to 24 mb per second.

T1
T1 lines use existing POTS infrastructure as the framework for laying fiberoptic or copper cabling. This cable must be physically connected to a network router to create a connection making it an expensive service to obtain. However a t1 line may support data rates up to 1.544 megabits per second.

Cable
Cable connects consumers using a radio frequency signal similar to the over-the-air (radio-wave) method used in traditional television broadcasting. This signal is transmitted to the computer or web-enabled device physically, through fixed optical fibers or coaxial cables located on-site. Cable internet can be expensive as it requires the use of a transmitter near the subscriber; the subscriber essentially pays for the maintenance and upkeep of this tower.) Also this technology is not able to conquer the problem of “the last mile” providing access to individuals in remote locations.

The Benefits of Wireless Internet

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As of 2010, the world is a technological planet full of people that rely on the internet to connect with others all over the globe for both their personal and business needs. Not only does the internet help us perform basic functions and job tasks, but it now also helps us get from point A to point B with GPS, play online video games a host of other things as well. Thus, we need the internet to be fast. Wireless internet service does just that.

At first, dial-up internet service was great because it was the only thing we knew. However, times have changed, and thankfully, so has our internet services. We now have the option to get internet through satellite, DSL, cable and also through wireless internet too. Out of the previous four options, wireless internet has some great benefits that the others don’t offer.

Affordability: For the service you are getting, wireless internet is the best option to go with as it costs a lot less than satellite internet. When you compare it to DSL and cable, wireless internet connections have the ability to bring in more information at a faster speed. Usually with DSL, and sometimes even through cable internet providers, you have to pay more for faster broadband speeds.

Speed: Wireless internet service has the ability to provide users with extremely fast service. In fact, wireless internet can bring close to 2 megabytes of data within a second! This is a major deal for those that use the internet for business purposes such as video conferences. It’s also a much needed feature for online gamers as well.

Mobility: The most obvious benefit of wireless internet service is the fact that it allows you to move around and still access it. Some people don’t see the need to be mobile while online, but it is actually a really nice feature to have. It gives you the freedom to take your computer to any room in the house, or even out on the patio!

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What Can and Can’t Satellite Do?

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It is undeniable that Satellite internet is faster than dial-up in essentially every way. Satellite is also more accessible in remote locations, including in rural portions of the world that have no chance of DSL or Broadband deals, and even on RVs. However, it is also undeniable that not every internet based utility will work appropriately with Satellite. So, what does work on Satellite, and what doesn’t?

Things that Don’t Work

Satellite internet has a one word problem. “Latency.” Gamers are likely to know this term by the slang version, “lag.” This latency is the delay between the receiver requesting data and the satellite sending it down, across those twenty-three thousand miles between the two. The delay is really very minor, ranging from about 520 milliseconds to 840 milliseconds. In other words, it never even reaches a full second of delay. However, even this fraction of a second prevent certain activities.

Voice chatting and video chatting programs simply won’t work in this way, since the delay causes overlap issues that prevent the real time processing from functioning. Any real time program that requires real time internet access to function will be similarly hindered. Video games often fall into this category, especially if it is a multi player shooter, or any other game which requires real time response. Certain video games, such as MMORPGs, can be played with some effectiveness, although certain areas of the game will become either frustrating or impossible.

Things that Work

So, latency provides a major issue, but what happens outside the latency? Once the connection is established and the data is sent, the internet speed is comparable to broadband. This means that page load times will be low, but extended by the fraction of a second delay mentioned above, and that long downloads will be completed just as fast as they would be on broadband. Anything that doesn’t require a real time connection will function just fine, with that small delay being the only disadvantage of satellite when compared to broadband.

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Understanding Wireless Internet Speed

There are many forms of internet these days. Broadband connections in the form of DSL, Cable, and Satellite Internet can be found almost anywhere, and even Dial-up is hanging on like a mutant zombie. However, the advances in internet connection types and speed have made understanding the data transfer speeds more complex. Here is a brief guide on understanding the applicable terms.

Bits vs Bytes

All internet services will brag about their speed, and will let you know the maximum rate of transfer for data. This is frequently displayed in the X mbps form, where X indicates the number of “megabits per second.” This is confusing for many users, since “bits” are not the same as “bytes.” The term is no longer used frequently in other computer based technologies, and the exchange rate between bit and byte are no longer memorized. The simple story is that, before there were bytes, there were bits. This was when kilobytes were still a distant dream. A bit is just one-eighth the size of a byte. In order to find the maximum rate of transfer for your provider, all you have to do is divided those mbps by eight. The result is the maximum speed that a file can upload or download onto your computer, in megabytes.

Up vs Down

While your internet provider will brag about very high maximum speeds, it’s important to understand that this isn’t the speed for everything you do. Generally speaking, it’s the maximum speed for downloads, and uploads will be significantly slower. There is no set rule for how fast your downloads will be compared to your uploads, such as to FTP servers, in networking, or to voice chats. You will have to contact your ISP directly for the information.

Bandwidth vs Lag

Another common mistake that standard internet users make is to confused latency with bandwidth limitations. Latency, or the amount of time it takes your data to transfer to and from your ISP and/or router, creates an initial delay known as “lag.” Bandwidth limitations create ongoing slowness due to a lack of data streams from your internet provider.

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