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What is broadband is a query repeatedly asked by people who are interested in the service, because they’ve certainly heard how good it is, but they don’t truly know what it’s all about. For these people, if they have been using dail-up modem, all they have to do is to get a computer with broadband access and hook up to broadband internet and they will learn immediately what broadband is really all about.

So what is broadband? Broadband is a steady connection to the internet at high speed. It frees up your phone line and only needs a broadband connection, which is typically provided by your cable provider.

If you’ve been using dial-up for all your internet usage, you may be sick and tired of the slow download speed and the slow page loads. You may realize that you are actually sort of living in the Stone Age, when it comes to computers at least. With internet broadband, you only need to click a link to experience the difference. Broadband is much faster, more reliable and if you’ve never used it before, you are seriously missing out.

Call your cable provider and check with them how much they charge for a broadband connection. Sometimes, you can get a special offer if you’re their first time customer because these companies understand that people who want to learn more about broadband are potential in trying it out. These companies let you try it out at very low cost, and sometimes free, because they know that once you experience the power of broadband, you will never want to go back to dial-up again.

Different Types Of Broadband Providers

More than a decade since the Internet has become a common thing in many households, an increasing number of households are making the switch from slow, dial-up Internet service to the fast broadband service. More and more people are taking advantage of higher speeds and enjoying the Internet. As technology advances, many differing and competing broadband providers come into place, each offering somewhat different flavors of broadband. To really decide what’s most excellent, it helps to know what’s different in each kind of service. This way, you can make an informed preference about which broadband provider is best for you.

DSL Internet

DSL, which stands for digital subscriber line, is one of the initial forms of broadband service. DSL broadband providers give their service through the phone line. The design of DSL allows you to access the internet without tying up the line for phone calls. One of the big advantages to DSL broadband providers is that they’re common, they can work with any existing phone lines, and they’re often cheaper than other forms of broadband. However, DSL is limited by a customer’s distance from their local phone switch, which means this can be nearly impossible to have in some rural areas.

Cable

Cable broadband providers use the same lines as your cable television channels to deliver Internet service. It was the fastest internet service for a long time, and can still increase in speed that can’t be matched by DSL service at comparable costs. However, please note that this speed is shared by users in a designated area, so the more popular it is in your area; the more likely it is that you’ll see a loss in performance at busy times.

FiOS

FiOS stands for fiber-optic service. It is one of the latest forms of broadband service. Presently offered generally by Verizon in the United States, FiOS currently tops the other providers in terms of speed. FiOS not only provides quality service, but also allows users to have their cable television and telephone service delivered through FiOS as well, for a good package deal. The disadvantage of Fios, right now at least, is that it’s only available through one company, so you’re not lucky if you don’t live in an area where Verizon provides the service. Also, if you want to use this service, you may not have the freedom to shop around for the best price for a broadband provider.

No matter which kind of broadband provider you choose, you’re sure to see a huge difference in the speed of your Internet service, resulting in greater productivity and fun with the Internet.

Cindy Heller is a professional writer. To learn more about how to choose the right broadband provider, please visit wireless DSL broadband service providers.

Many people decide to change from dial-up to broadband internet either because of business needs or for faster surfing speed at home. By and large, broadband internet refers to permanent connection at 256 Kbps or any transmission that is higher than that.

There are two significant benefits that a broadband internet can offer you.

1) You are automatically connected to the internet by once you turn on your computer.

2) Broadband providers usually offer unlimited surfing package, which means you can surf as long as you want for one flat price.

Hundreds of service providers offer broadband internet promising clients of “super fast” access to the internet. This can be misleading because some service providers do not meet these promises. That’s why it is imperative to consider a few things before getting a package for your broadband connection.

When Broadband Is Not Required

Undoubtedly, broadband is the future of internet, but there are other ways of getting onto the internet. If speed isn’t something that you need to have, you may want to look for a company that offers dial up service. It is much slower than the broadband but it can be much cheaper. It isn’t good enough if you need to download large files or watch videos, but if you just need to write email or get information from the internet, it can work just fine. Broadband internet providers, especially some of the smaller ones will more often than not offer dial up as well. The idea is that you don’t have to pay for a service that you don’t need. As a person deciding on a service provider, consider what the service will be used for and then make a decision to use broadband or dial up services.

How Broadband Speed Affects Your Internet Experience

When you acquire a broadband service, one of the things you often need to think about is the speed of broadband service being offered to you. Although your broadband provider may attempt to make it appear as if it’s vital to have the fastest speed, you need to think about your needs for what you want to do with your Internet connection. Understanding your personal needs in broadband speeds will prevent you from buying too much or too little. Certainly, what most savings-minded people are interested in knowing is when broadband speed enters the realm of being too much. Generally speaking, if you’re simply browsing the Internet, then you will enjoy the speed of broadband, but don’t need to purchase the fastest connection possible. Most text-based documents such as e-mail, news sites, and similar sites, simply don’t need connections that are superbly fast.

If you begin doing other activities, such as downloading music and watching online videos, then you might want to get something slightly faster than the basic broadband speed. Remember, a little goes a long way. But generally speaking, the amount of data any single web page will transfer information to you at will be at a slower speed than your broadband connection, so there’s potential for wasted bandwidth.

In some situations, you may realize that you don’t have enough broadband speed to support your activity. However, these are the extreme cases. If you have many Internet users who like to use the Internet at the same time, such as having high school students who regularly enjoy playing video games over the Internet, you will absolutely desire a faster connection. If you make many peer-to-peer downloads, download a lot of videos and music, or browse numerous pages at one time, you also may need a faster connection.

Last but not least, another thing to think about when deciding on what bandwidth speed is your upload speed. This will have an effect on any data you send out to the Internet, including sending e-mail, transferring files to remote servers, and hosting web pages. Generally speaking, if you plan to run your own website, get broadband with fast speeds for uploads. Or, better yet, have a remote hosting company host your website at fast speeds without increasing the price for your home connection. On the whole, for both uploads and downloads, you should cautiously assess how heavily you intend to use the Internet and purchase accordingly, and you’ll end up getting what’s just right for you.

Cindy Heller is a professional writer. To learn more about how to choose the right broadband provider, please visit home satellite broadband providers.

Broadband, also known as broadband internet access, is a high data-transmission rate Internet connection that make use of two of the most popular consumer broadband technologies - cable modem and DSL. With any of these technologies, your Internet connection could easily transmit data faster than 56 kilobits per second (the highest speed of a traditional dial-up modem).

The popularity of broadband internet access radically increased in many countries starting 2000. These kinds of Internet access can surf hundred times faster than conventional dial-up modems, thus the name “high-speed Internet”.

Commercial broadband Internet commonly has 256 kilobit per second, which is about the slowest broadband speed for connections advertised worldwide. However, since there is no standard bitrate defined by the industry, the term “broadband” could imply also low-bitrate transmissions or others call “narrowband”. Consequently, some consumers turn out to be disappointed about the promised Internet speed of their connections.

The Technology Behind Broadband Internet Access

The most important assessment you have to make is the kind of broadband internet you want. There are various technologies behind broadband access and you should understand these technologies to fully appreciate this service. Things you have to think about include cost, speed requirements and your location, whether home or office. Since there are many choices for high-speed connections, you should be able to know how each one works and find out which service can benefit your work or lifestyle the most.

Some Internet service providers use multi-linking technologies that achieve a faster surfing speed by doubling the speed of dial-up modems. However, if you wish to subscribe to this feature, you should have two dial-up accounts, two telephone lines, two modems and the ISP provider for multilinking. This is the oldest kind of technology and was used way before DSL, cable broadband and other higher-speed connections were available.

The most common technologies for broadband in many countries are DSL and cable modems.

The most common broadband internet is Digital Subscriber Line (DSL). This technology works by using your phone lines to transmit digital signals directly, without having to convert to analog signals. DSL offer higher data rates and allows you to connect anytime without using your phone line, making it available for incoming calls. There are many kinds of DSL, but asymmetric digital subscriber line (ADSL) is probably the most popular for subscribers.

Cable is another type of broadband internet, which uses the fiber networks to give your cable television at home and use them for internet access. Meaning, you get to divide a given amount of bandwidth for a neighborhood. The limitation of cable internet is that some condominiums and buildings do not have cable installed. When this is the case, it could take time to install your internet subscription because building codes and other legal issues should first be done.

Satellite is the kind of broadband internet that is frequently recommended as an alternative for DSL. However, satellite internet is more expensive because you will need an antenna or a dish to receive data signals from the provider’s satellite.

Other new technologies, such as optical fiber and VDSL are now adding to consumer’s choice for higher-speed Internet connections. Although fiber-optic internet services are used lately, the technology had played a vital role in allowing consumers to connect to broadband Internet using a more cost-effective solution even over larger coverage.

The biggest challenge in broadband is to offer the service to customers in any area, even with low-population densities. Since setting up the broadband Internet access in a particular area could cause many thousands of dollars for equipment alone, many service providers do not have the network in some rural areas for fear that they will not recover the costs.

Although some local Internet providers provide these solutions, many have limitations and drawbacks. The most common problem for rural Internet providers is that these companies usually depend on the quality of local telephone companies.

In some locations that have no DSL or cable Internet, Wi-Fi networks serve their Internet needs. In other countries, high-speed mobile Internet access, such as HSDPA, EV-DO and stationary-broadband WiMax are used.

With today’s modern world where businesses and even home-based employees rely on the Internet for everyday communications and worldwide access, broadband and other high-speed technologies present consumers and businesses a expedient way to hook up to the net.

Regardless of what you choose, you can really see the difference of dial-up from broadband internet in terms of speed, reliability and performance once you plugged your computer on.

Cindy Heller is a professional writer. To learn more about how to choose the right broadband provider, please visit broadband internet service providers.

When it comes to the satellite broadband alternatives that you have, there are actually loads of information that you have to be familiar with. For one, satellite broadband can be used for your Internet, and this works particularly well if you reside in a very rural area, mainly considering the reality that in a lot of rural areas other forms of Internet are not accessible.

After all, you want to ensure that you end up with the most excellent results and that you are totally satisfied, and so prior to getting any home satellite broadband, you have to know more about the issues of home satellite broadband in general as well as more information about the providers.

The Advantages Of Satellite Broadband

If you decide on using satellite broadband, irrespective of whether you reside in a rural or urban area, then you are really making a good choice. First, satellite broadband is very reasonably priced. Second, the speed and efficiency of it is extraordinary.

This kind of Internet can most closely be compared to high-speed Internet, which is evidently the fastest and most excellent type of Internet service out there. However there are other advantages that satellite broadband can be used for. One of them is the ability to have it together with your satellite television.

Again, irrespective of where you reside, this sort of service is exceptional, and so if you are wondering about what kind of provider you should acquire for your television, you should certainly consider satellite. Satellite is in fact the most popular type for television these days, even over cable which used to be considerably the most popular.

Choosing The Right Satellite Broadband

If you are interested in Satellite Broadband, or if you live in a very rural area and this is your only alternative, then you need to be aware of the different things that you are going to think about prior to getting any one Satellite Broadband service.

For example, you may want to consider all the qualities of the satellite broadband companies that you would find important. Make a list so that you do not forget, and also so that you can use it when you are contacting these companies.

The reason why you are going to contact them all is so that you can speak to a professional there and inquire about the questions that you want answered, so that you can truly gain a much better viewpoint in regards to whether or not you would want to use the company.

Then, on top of that, there are certainly going to be some more personal qualities that you would like the company to have, and soon enough after you take all of this into consideration, you should as a minimum have your options narrowed down a bit.

Once this is completed, all you in actual fact need to do is spend a bit more time and effort and seriously evaluate and compare between the remaining options, so that you can find out which is the ultimate best out of all the choices that you have.

If you want to learn more about home satellite broadband before you move ahead and acquire it, then you can take some time and do some research on your own, so that you can find out as much information as you can, and so that you will be able to make a better choice for you and for your particular situation and requirement.

One thing to remember is that there are lots of people out there who are more than willing and able to assist you throughout the process of choosing a good home satellite broadband for yourself. It is obvious that you are going to want to take as full advantage of this help as you possibly can. Making a list of all the qualities and specifications that you need is a good starting point, so that you can remember the things that are important to you.

Last but not least, if you want, you can make a list of questions that you would like to ask about home satellite broadband, and then you can go and ask a specialist in this specific field all of the issues and questions that you have.

Cindy Heller is a professional writer. To learn more about how to choose the right broadband provider, please visit broadband telephone service providers.

Everyone who is on the internet knows that there are a lot of choices when it comes to broadband internet providers. There are so many sources that it can be baffling to even imagine. It is a trade that continues to expand and new companies are challenging against the big companies and from time to time they can find their niche. Broadband internet providers compete against each other for a share of the countless people who make use of the internet. Some are gradually choked out of the industry and others carry on to get bigger all the time. It is a distinctive industry to be in for the reason that the costs for the different companies are roughly the same and the fee that they charge to their customers is very close too. What people should be looking for is a company that is reliable and offers good service at a reasonable price.

There are so many broadband internet providers existing that if the service isn’t up to same level the user can always switch to a different provider. Some of the providers are big name companies and others might be little recognized players. The services can be just as good with a small provider and the customer might even save some cash. The other pleasant thing about using a smaller company is that the customer service might be superior with people willing to spend extra time with the customer. All of this can amount to a great experience and good internet connections.

Where To Find Cheap Broadband

For those who are still on dial-up service, it may appear that working with your old Internet service is a pain, but broadband still isn’t economical enough. Those feelings are comprehensible, since fees for dial-up service are going down and broadband service all seems to be around the same price. However, that’s no reason to give up in the quest for cheap broadband service. If you know where to look, you should be able to save money on your Internet service and still take pleasure in the fast speeds of broadband. Of course, the simplest way to locate cheap broadband is to look out for sales and membership drives by the broadband companies. Frequently, if you’re willing to go into a service contract for a year or more, many broadband companies will offer you a deal on the monthly cost. That alone can mean considerable savings through the year. Look into websites that evaluate broadband services and use that to easily acquire an idea of the range of broadband services. You’ll be amazed just how many companies put forward cheap broadband packages.

Some Tips In Saving Money From Your Broadband Expenses

1) Try Getting A Package Deal

If you already have a mobile phone, cable TV or even a regular phone line, consider checking with your providers for these services to find if there are package deals on broadband service plus the services you already have. As so many phone and cable companies are also Internet providers, there is likelihood that they have some kind of contract to help you save. If you’re keen to keep working with them for your Internet service, you’ll have another way to get cheap broadband.

2) Accept Less Bandwidth

Sometimes the offer you see on the advertisements isn’t always the cheapest offer. Many will attempt to advertise ou a faster Internet connection than you need. By selecting a slower, lower-bandwidth connection, you can always save on the cost of your Internet service. Think practically about what you need. If you would like faster surfing for e-mail or web shopping, you don’t need the bandwidth you would otherwise require if you were watching videos over the Internet. Even slower speeds can be a considerable jump over dial-up speeds. Start at the entry-level speed and take pleasure in cheap broadband.

3) Do Away With Other Bills

If you have a dial-up service and a second phone line for it so callers don’t get a busy signal, you should factor that into your Internet purchase. By getting broadband service, which doesn’t impede the phones, you can chuck out that second line. When you prefer that option, it still seems as if you’re getting cheap broadband service while still getting excellent bandwidth. Shop around, try to find ways to save with your other utilities, and only purchase as much as you require, and you’ll realize that it’s simple to get cheap broadband services.

Cindy Heller is a professional writer. To learn more about how to choose the right broadband provider, please visit wireless DSL broadband internet service providers.

The emerging standard 802.16 defines a network of wireless broadband at speeds capable of delivering triple play access to voice, data, and multimedia internet services. As a disruptive technology, WiMAX stands to compete with cable companies, the Telcos, and the 3G cellular networks. Thanks to the IEEE standards committee and the WiMAX Forum, the fledgling technology that got serious in 2004 is now being deployed in regions around the world.

Companies like Intel with their World Ahead program have formed partnerships for WiMAX deployments in Asia, Africa, and Europe, in an all out effort to bridge the digital divide. The cost effectiveness and ease of a WiMAX deployment is significant compared to implementing a wireline infrastructure, making the technology a natural choice for underdeveloped townships and hard to reach localities.

As it stands today, most of the deployments are of Fixed WiMAX, offering VoIP and data transfers through line of site and non line of site antennae, with a fiber optic, satellite, or WiMAX backhaul, i.e. Internet connection.

In 2008, the 802.16e standard known as Mobile WiMAX is expected to come of age. Mobile WiMAX will provide for faster handoffs and will be able to compete with the cellular 3G networks. As a technology based on open standards, WiMAX is considered to be future proof, in that upgrades to emerging standards should be easily accomplished.

In the United States, FCC Chairman Kevin Martin recently stated that broadband access is a top priority for the FCC, and that the upcoming auction of frequencies in the 700MHz spectrum provides an opportunity for wireless internet access to become a third choice for consumers.

Today, most of the WiMAX 2.5 GHz spectrum is owned by Sprint Nextel and Clearwire Communications. Martin says the FCC is auctioning off some of the spectrum in smaller blocks to give smaller companies a chance to compete, and to bolster overall competition in the industry.

The 700 MHz ban would be especially well suited for Mobile WiMAX, delivering large amounts of data at low power. The spectrum is being made available because of the analog to digital television transition. Another advantage of this range is its ability to penetrate deep into dense structures, potentially making the dropped call phenomenon so typical of todays cell phones a thing of the past.

WiMAX is a robust technology, capable of delivering large amounts of data at high speeds over an area of daisy chained base stations. But what will be the Killer App in a WiMAX network? The one application that gains widespread acceptance, makes the most money, and fosters development and competition.

Some think the killer app could be TV over WiMAX. The company MobiTV is working with the WiMAX Forum to do just that. They already bring over 50 channels to your phone or PC, and also offer TV over WiFi.

For municipalities and those concerned with homeland security, surveillance could be the ultimate app. Cities could easily and cheaply cover all departments with a single T1 backhaul, police would have instant access to data, mug shots etc, and wireless cameras could be deployed to monitor security sensitive areas. Crime could potentially cease to exist with big brother on constant wireless alert!

Probably the biggest money maker for a WiMAX network would be Internet telephony. VoIP has already been deployed on WiMAX networks throughout the world, and the very concept of cheap phone calls globally has led consumers to VoIP pure plays like Vonage or Packet8, and the cable companies are also getting into the act.

For the underdeveloped populations most effected by the digital divide, cheap, reliable phone service could open up a whole brave new world.

Author Michael Talbert is a certified systems engineer and web designer with over 7 years experience in the industry. For more information on WiMAX, read the series of articles starting with WiMax, VoIP, and the Metropolitan Area Network. For more on VoIP, visit the website VoIP-Facts.net.

The emerging IEEE 802.16 standard, commonly known as WiMAX, promises to deliver last mile wireless broadband internet access capable of carrying data intensive applications, such as VoIP and streaming video, to Metropolitan Area Networks, as well as sub-urban and rural communities. WiMAX is considered a disruptive technology, designed as an alternative to fixed line DSL and coaxial technologies, and with its 802.16e revision, the cell phone networks as well.

Worldwide Interoperability for Microwave AXcess will operate over licensed and non licensed frequencies using non line of sight (NLOS) and line of sight technologies, extending broadband coverage to cities and towns wirelessly via a metro area network. Additionaly, because of its far reaching capabilities and ease of implementation, wimax is the one technology likey to bridge the Digital Divide, connecting underdeveloped regions and sparsely populated rural areas much more cost effectively than deploying a wireline infrastructure.

WiMAX and WiFi Compared

The widespread adoption of the wireless LAN in the business community, as well as the emergence of WiFi hotspots in public areas, airports, hotels and cafes, has been of tremendous significance in providing mobility to business people and consumers alike. Thanks to the open standards guided by the 802.11 committee and the WiFi Alliance, WiFi technology is becoming ingrained in our society. WiMAX plans to take WiFi a step further.

While the two technologies may sound the same, they are from their conception designed for totally different applications. WiFi is a short range standard that was designed primarily as an extension of the local area network (LAN) to provide mobility for the end user. It operates over unlicensed frequencies and has a range of about 100 meters, depending on obstructions. Typically one access point will be connected to a fixed line network, either a wired LAN or a DSL/cable broadband connection, and the range can be extended by adding more access points at appropriate distances.

WiMAX, on the other hand, is designed to function as a carrier network, or a wireless Internet service provider (WISP), blanketing whole cities and regions with broadband Internet access comparable to DSL. Coverage in optimal conditions could reach 50 kilometers, but in reality are more like 5 km for users with NLOS customer premise equipment (CPE), or up to 15 km with a CPE connected to an external line of sight antenna.

As the older more established technology, the 802.11 WiFi has been used in a mesh topology to cover larger areas such as college campuses and municipalities, for example to connect the terminals in police vehicles to their database. The emerging 802.16 WiMAX will be better suited for larger deployments, and will in fact compliment the private WiFi networks by offering a cheaper and more secure Internet access for data and voice applications.

The WiMAX Standards: Fixed, Nomadic, and Mobile

The 802.16 standard developed by the IEEE envisions a fixed wireless broadband network operating in the spectrum range of 10 GHz to 66 GHz. Originally, only the licensed spectrum was addressed in this range, and line-of-sight multipath technology was dealt with by adopting OFDM as the standard. Subsequent revisions added the 2 GHz to 11 GHz band to the spectrum, and incorporated support for non-line-of-sight technologies and Quality of Service (QoS) techniques, a prerequisite for such time sensitive applications as voice and video.

The revision known as 802.16-2004(d) rolled up all the previous revisions and then added some. Most of these original issues dealt with the Physical and Media Access Control layers, and resulted in a standards list of optional and mandatory elements by which vendors could design their products.

The resulting fixed WiMAX standard has a data rate of up to 40 Mbps, support for half and full duplex transmission, improved QoS, and the incorporation of multiple polling techniques, ultimately reducing packet collisions and overhead.

Base stations are to support several different topologies, such as wireline backhauling, microwave point to point connections, and the ability for the WiMAX base station to backhaul itself by reserving a part of the bandwidth for that purpose.

By design, 802.16d would cater to the residential and small business markets offering wireless broadband access with speeds comparable to DSL. Enterprise markets could be served at T1/E1 data rates.

While this version of WiMax is called fixed, it is in all actuality nomadic. Users on a private WiFi network indoors could be passed off seamlessly to the publicWiMAX network when moving outdoors, their hardware determining the best network available. Devices on the WiMAX data network would include laptops, PDAs, and smart phones equipped with an on board WiMAX capable chip or PC card, utilizing the spectrum for voice, data, video, and music transfers.

Nomadic WiMAX provides for limited mobility in that the range of coverage is handled by the same base station.

WiMAX Goes Mobile

With the adoption of the 802.16e revision in late 2005, all the hype has been on Mobile WiMAX, a technology designed to compete with the cellular networks.

With major support from manufacturers like Intel, Motorola, Siemens, and Nokia among others, mobile WiMAX is built on open standards and is purported to be 4 times faster than the cellular 3G technologies (EVDO, HSDPA). Significant cost savings can be achieved for voice applications by placing calls over the Internet through VoIP.

802.16e provides for fast and seamless handoffs between base stations, with a cell radius of about 3 miles, similar to cellular networks. The standard was ratified in late 2005, and real world applications are beginning to show up in 2007, with more robust development expected throughout 2008.

Because this technology is such a threat to the legacy telecommunications industry, it is no surprise that Sprint Nextel will be deploying WiMAX as opposed to EVDO in its 4G network. Sprint has been buying up much of the WiMAX spectrum, and has recently announced a partnership with Nokia to deploy WiMAX to four Texas cities by mid 2008. This is not their first WiMAX network, and telcos around the globe have been doing the same.

The 802.16 standards are a work in progress, and as such, are subject to changes and revisions. As the standards committee works on the technology, the WiMAX Forum hopes to do what the WiFi Alliance did for the 802.11 standards, by promoting interoperability between components through testing, and offering WiMAX certification to vendors that conform to the 802.16 standards.

It should be noted that many of the WiMAX implementations at the time of this writing are proprietary, and thus do not necessarily follow the recommendations of the IEEE or the WiMAX Forum. The broadband wireless ISP Clearwire Communications has over 200,000 subscribers in 375 cites, and calls its service a WiMAX-class solution, utilizing next-generation, non-line-of-sight wireless technology. Other early adopters of pre-WiMAX technology are forging ahead, providing wireless broadband access to residential consumers and the small business market, with many companies climbing aboard the evolving standards bandwagon to assure interoperability and backwards compatibility of devices and applications.

Michael Talbert is a certified systems engineer and web designer with over 7 years experience in the industry. For more information on VoIP, WiMAX, and related technologies, visit the website VoIP-Facts.net for up to date industry news and commentary.