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Net Zero - Maybe The Right ISP For You

Is Net Zero the right internet service provider for you and your family? The best of anything is always the one that works best for you and your family. When choosing an ISP, the same is true and you really should look at varying number of plans and companies. However, one of those that you should certainly consider is Net Zero.

Net Zero is an ISP that expands over the entire United States. They currently offer three dial-up internet access plans that are designed to accommodate those of varying budgets and needs. By offering varying plans at varying prices, Net Zero should warrant at least a look from you if you are in the market for an affordable dial up ISP.

If you do take a look at Net Zero and other providers and end up deciding that Net Zero is going to be the one for you, then you will see that getting started is not hard. You can go to the Net Zero website where there is a Net Zero store. Click on the plan you want and then go to check out. It is really that easy, as simple as buying anything else on line. You will just need to make sure you have a credit card and your billing information ready to fill out during the check out and registration process.

How fast you will be able to start your Net Zero internet service will be based on which method of software download you go with. If you decide to download the software from the Net Zero website, then you can start right away with your new username and password. If, on the other hand, you opt to have a CD with the software sent to your house for download, then you are probably looking at about 5 to 10 days before the CD arrives and you are able to download the software. With internet access, your Net Zero services like email are available immediately as well.

You may have trouble signing up for Net Zero internet service on the web. Maybe you dont have internet access at all which is why you are looking at using Net Zero as your ISP. If either of those is the case, you can still sign up. Net Zero offers a toll free phone number you can call to sign up. The process works the same, except that you obviously cannot just download the necessary software. Instead, you will have to wait the 5 to 10 days for the CD to arrive in the mail.

Choosing the right ISP for you and your family can be difficult. There are a lot of options out there. However, take some time and look around, but be sure to check out Net Zero along the way. With affordable prices, fast startup, and easy purchasing, Net Zero might just be the one for you.

If you would like to find more of my personal articles on broadband internet please check out my ISP website!

posted by www-u87719 @ 10:47 PM 0 comments

How Does Broadband Work?

These days, "broadband" is a word that is thrown around easily in telecommunications and internet lingo, but the average consumer may not have a clear understanding of how broadband works. It's easy to understand why; the technology industry even has trouble defining it clearly. So how does broadband work? The online Webster's dictionary defines broadband as "A class of communication channel capable of supporting a wide range of frequencies, typically from audio up to video frequencies. A broadband channel can carry multiple signals by dividing the total capacity into multiple, independent bandwidth channels, where each channel operates only on a specific range of frequencies." Let's take a look at each part of the definition to understand how broadband works.

The first part of answering the question 'how does broadband work' is to think about the phrase a "class of communication channel." We can gather from this that it is different from the normal class of communication channel that we use - our regular phone lines. Phone lines, also called baseband lines, normally carry 29.6kbps of analog data when used for voice communications. But with the advent of the internet, people began to demand faster data transmission. A regular, baseband phone line can carry up to 56kbps of data with the help of a high-speed modem, but without additional technology, that is its maximum capacity.

That wasn't nearly fast enough to keep up with the average person's demand for and dependency on the internet, which led to the demand for broadband. So how does broadband work? If you think of a baseband line as having one "channel" to send information, you can think of a broadband line as having multiple channels that you use at the same time. Not only that, but a broadband connection is capable of carrying a wider range and type of frequencies, meaning different types of data. And what it can carry, it carries faster. When you drive on the interstate, what happens when there aren't enough lanes for the number of cars on the road? Everyone is forced to go slower.

The same happens with the internet. Think of your connection to the internet as a tunnel that links your computer to the internet. A regular phone line can allow only a small amount of data to pass through at a time. In comparison, a broadband is a wider (or broader) tunnel, allowing a greater amount of information to pass through your connection at one time. The breadth of this tunnel is called "bandwidth." The more bandwidth you have, the faster you can move data. With broadband service, you can also download files that require a great deal of different types of frequencies as well, such as audio and video files.

This is a partial answer to the question 'how does broadband work,' but the other has to do with the way that broadband services can compress and transmit that data that you're sending. Go back to the cars on the interstate analogy. What if suddenly all of the cars could be miniaturized? What would that do to the traffic jam? Or if they could use all of the space available in the tunnel - above your head, between cars, etc. Broadband technology not only widens the channels you have, but it uses them more efficiently. Meaning you can get more out of the bandwidth that you have. Broadband makes your internet experience faster and more efficient overall.

Van Theodorou will help you slash your telecom expenses by 43% and assist or even become your telecom department at no cost to you. For a free analysis or phone consultation go his site at long distance rates for your business.

posted by www-u87719 @ 9:04 PM 0 comments

How Does Broadband Work?

These days, "broadband" is a word that is thrown around easily in telecommunications and internet lingo, but the average consumer may not have a clear understanding of how broadband works. It's easy to understand why; the technology industry even has trouble defining it clearly. So how does broadband work? The online Webster's dictionary defines broadband as "A class of communication channel capable of supporting a wide range of frequencies, typically from audio up to video frequencies. A broadband channel can carry multiple signals by dividing the total capacity into multiple, independent bandwidth channels, where each channel operates only on a specific range of frequencies." Let's take a look at each part of the definition to understand how broadband works.

The first part of answering the question 'how does broadband work' is to think about the phrase a "class of communication channel." We can gather from this that it is different from the normal class of communication channel that we use - our regular phone lines. Phone lines, also called baseband lines, normally carry 29.6kbps of analog data when used for voice communications. But with the advent of the internet, people began to demand faster data transmission. A regular, baseband phone line can carry up to 56kbps of data with the help of a high-speed modem, but without additional technology, that is its maximum capacity.

That wasn't nearly fast enough to keep up with the average person's demand for and dependency on the internet, which led to the demand for broadband. So how does broadband work? If you think of a baseband line as having one "channel" to send information, you can think of a broadband line as having multiple channels that you use at the same time. Not only that, but a broadband connection is capable of carrying a wider range and type of frequencies, meaning different types of data. And what it can carry, it carries faster. When you drive on the interstate, what happens when there aren't enough lanes for the number of cars on the road? Everyone is forced to go slower.

The same happens with the internet. Think of your connection to the internet as a tunnel that links your computer to the internet. A regular phone line can allow only a small amount of data to pass through at a time. In comparison, a broadband is a wider (or broader) tunnel, allowing a greater amount of information to pass through your connection at one time. The breadth of this tunnel is called "bandwidth." The more bandwidth you have, the faster you can move data. With broadband service, you can also download files that require a great deal of different types of frequencies as well, such as audio and video files.

This is a partial answer to the question 'how does broadband work,' but the other has to do with the way that broadband services can compress and transmit that data that you're sending. Go back to the cars on the interstate analogy. What if suddenly all of the cars could be miniaturized? What would that do to the traffic jam? Or if they could use all of the space available in the tunnel - above your head, between cars, etc. Broadband technology not only widens the channels you have, but it uses them more efficiently. Meaning you can get more out of the bandwidth that you have. Broadband makes your internet experience faster and more efficient overall.

Van Theodorou will help you slash your telecom expenses by 43% and assist or even become your telecom department at no cost to you. For a free analysis or phone consultation go his site at long distance rates for your business.

posted by www-u87719 @ 12:37 AM 0 comments

DSL, T1, Or DS3 Bandwidth - What's Right For Your Business?

When would YOU choose DSL, T1, or DS3 Bandwidth as the network solution for your business .... and why/why not? What are the pros and cons for and against each bandwidth type in a business setting?

In general .....

The answer to these questions is truly related to your application requirements. If you run applications that are latency or Jitter impacted, then DSL may not provide you with the service levels you need.

An additional extension of that would be your requirements for uptime. MTTR (Mean Time to Repair) is typically greatly improved with DS1 and DS3 circuits.

The size of the business is not nearly as important as your application requirements. Many large organizations can survive with DSL or in some cases dial-up, but a small organization that has streaming application traffic, mission critical traffic, or small latency or jitter requirements then DS1 or greater connectivity would be required.

Lastly, though often primarily, cost helps determine your choices.

To be more specific ....

T1s and DS-3s give the same offering except for capacity. T1s give 1.5Mbps upload and download speeds per line. DS3s give 32-45mbps upload and download speeds.

ADSL typically give asymmetric upload and download speeds (ADSL) typically 1.5, 3.0 and 6.0 Mbps download speeds and somewhere between 128 -768Mbps upload speeds.

Symmetrical DSL (SDSL) gives the same upload and download speeds, typically 384, 512 or 786Mbps upload and download.

Cable offerings vary with providers and location. Doing a comparison with cable would be impossible without knowing your provider and market. Not who your provider is and your location .... but knowing how your provider is in that particular market. Ask a local expert for that detail.

T1 and DS3 are very reliable with high MTBF (mean time between failure) and low MTTR (mean time to repair). Cable and DSL on the other side.

T1 and DS3 expensive, Cable and DSL more affordable.

If you do not have a need for high upload speeds, (VPN, VoIP, high Data transfer for backup/co-location, ftp streaming media or other high bandwidth services hosted in-house, etc) then an asymmetric connection is not evil. DSL/Cable may be a good choice in that case.

If you need high speed upload then T1/DS3 is needed.

Fro growing needs, T1 or fractional T3 is a good choice. After some point in growth, a full T3/DS3 becomes more economical.

For mission critical networks, two providers from two different physical points-of-entry may be necessary depending on the natural disasters you are likely to face.

Case study one: a company had a fractional T3 coming in from the East and another fractional T3 coming in from the West. Flooding and a sinkhole cut one T3. The network slowed down but stayed up.

Case study two: a company in South Florida lost its T1s and failed over to a Satellite link. Certain services were crippled by the latency of the system but their mission-critical applications kept running.

Which brings us to Satellite: usually asymmetric with extremely fast downloads (depending on service level) but typically slow uploads (but varies depending on service level). Has an intrinsic latency due to the speed of light and the distance of satellites. Advantage: natural disaster resistant, reliable, available everywhere and no last-mile issues.

In short...here's the 3 most important factors to consider.....

1- Link Speed and Committed Rate

T1 or DS3 can be purchased as dedicated point to point bandwidth. You will get the advertised speed guaranteed from point a to point b. KEY POINT if you are purchasing access to the internet and using the Internet to provide connectivity (VPN etc) then you are buying an on-ramp, the traffic on the "highway" after you get on could slow you down. Just because you bought a DS3 to the Internet doesn't mean that you will have DS3 access to everything onthe Internet.

2- Link Symmetry

T1 and DS3 give the same bandwidth in both directions when configured as point to point. Different flavors of DSL provide different up and downlink speeds.

3- QOS

T1 and DS3 are configurable to support TDM voice (straight out of your PBX). They can also support VoIP. If you are doing everything with VoIP it may not matter. If you are keeping some TDM voice it matters a lot.

For more help to find EXACTLY the right solution for your business network .... take advantage of the free services provided through DS3-Bandwidth.com. This comes in pretty handy considering how complicated evaluating your options could be. Plus using a free service such as this maximizes your resources .... time, effort, and manpower.

Michael is the owner of FreedomFire Communications....including DS3-Bandwidth.com and Business-VoIP-Solution.com. Michael also authors Broadband Nation where you're always welcome to drop in and catch up on the latest BroadBand news, tips, insights, and ramblings for the masses.

posted by www-u87719 @ 3:44 AM 0 comments

DSL, T1, Or DS3 Bandwidth - What's Right For Your Business?

When would YOU choose DSL, T1, or DS3 Bandwidth as the network solution for your business .... and why/why not? What are the pros and cons for and against each bandwidth type in a business setting?

In general .....

The answer to these questions is truly related to your application requirements. If you run applications that are latency or Jitter impacted, then DSL may not provide you with the service levels you need.

An additional extension of that would be your requirements for uptime. MTTR (Mean Time to Repair) is typically greatly improved with DS1 and DS3 circuits.

The size of the business is not nearly as important as your application requirements. Many large organizations can survive with DSL or in some cases dial-up, but a small organization that has streaming application traffic, mission critical traffic, or small latency or jitter requirements then DS1 or greater connectivity would be required.

Lastly, though often primarily, cost helps determine your choices.

To be more specific ....

T1s and DS-3s give the same offering except for capacity. T1s give 1.5Mbps upload and download speeds per line. DS3s give 32-45mbps upload and download speeds.

ADSL typically give asymmetric upload and download speeds (ADSL) typically 1.5, 3.0 and 6.0 Mbps download speeds and somewhere between 128 -768Mbps upload speeds.

Symmetrical DSL (SDSL) gives the same upload and download speeds, typically 384, 512 or 786Mbps upload and download.

Cable offerings vary with providers and location. Doing a comparison with cable would be impossible without knowing your provider and market. Not who your provider is and your location .... but knowing how your provider is in that particular market. Ask a local expert for that detail.

T1 and DS3 are very reliable with high MTBF (mean time between failure) and low MTTR (mean time to repair). Cable and DSL on the other side.

T1 and DS3 expensive, Cable and DSL more affordable.

If you do not have a need for high upload speeds, (VPN, VoIP, high Data transfer for backup/co-location, ftp streaming media or other high bandwidth services hosted in-house, etc) then an asymmetric connection is not evil. DSL/Cable may be a good choice in that case.

If you need high speed upload then T1/DS3 is needed.

Fro growing needs, T1 or fractional T3 is a good choice. After some point in growth, a full T3/DS3 becomes more economical.

For mission critical networks, two providers from two different physical points-of-entry may be necessary depending on the natural disasters you are likely to face.

Case study one: a company had a fractional T3 coming in from the East and another fractional T3 coming in from the West. Flooding and a sinkhole cut one T3. The network slowed down but stayed up.

Case study two: a company in South Florida lost its T1s and failed over to a Satellite link. Certain services were crippled by the latency of the system but their mission-critical applications kept running.

Which brings us to Satellite: usually asymmetric with extremely fast downloads (depending on service level) but typically slow uploads (but varies depending on service level). Has an intrinsic latency due to the speed of light and the distance of satellites. Advantage: natural disaster resistant, reliable, available everywhere and no last-mile issues.

In short...here's the 3 most important factors to consider.....

1- Link Speed and Committed Rate

T1 or DS3 can be purchased as dedicated point to point bandwidth. You will get the advertised speed guaranteed from point a to point b. KEY POINT if you are purchasing access to the internet and using the Internet to provide connectivity (VPN etc) then you are buying an on-ramp, the traffic on the "highway" after you get on could slow you down. Just because you bought a DS3 to the Internet doesn't mean that you will have DS3 access to everything onthe Internet.

2- Link Symmetry

T1 and DS3 give the same bandwidth in both directions when configured as point to point. Different flavors of DSL provide different up and downlink speeds.

3- QOS

T1 and DS3 are configurable to support TDM voice (straight out of your PBX). They can also support VoIP. If you are doing everything with VoIP it may not matter. If you are keeping some TDM voice it matters a lot.

For more help to find EXACTLY the right solution for your business network .... take advantage of the free services provided through DS3-Bandwidth.com. This comes in pretty handy considering how complicated evaluating your options could be. Plus using a free service such as this maximizes your resources .... time, effort, and manpower.

Michael is the owner of FreedomFire Communications....including DS3-Bandwidth.com and Business-VoIP-Solution.com. Michael also authors Broadband Nation where you're always welcome to drop in and catch up on the latest BroadBand news, tips, insights, and ramblings for the masses.

posted by www-u87719 @ 7:59 AM 0 comments

Internet Broadband VoIP Phone Service - For Multifarious Jobs

In this contemporary world, almost everyone is trying to save money on their monthly telephone bills. With the new internet telephony services, calling is made easier and cheaper as it is based on the packet switching technique, wherein calls are routed through the internet. In the packet switching technique of broadband VoIP phone services, the conversation of users are routed over internet fiber optics rather than coaxial wires.

The new and advanced telephony services allow users to cut down on bills. To make a call using broadband VoIP service, users require equipment like specific hardware and software. The hardware includes ATA, and a normal phone. A high speed broadband internet connection is another pre-requisite. The VoIP software is usually available on the internet. Moreover, they are easily downloaded onto the phones as well. The ATA digitalises the analog signal before routing the same over the internet. As a matter of fact, users experience internet telephony just like a regular telephone service.

The broadband VoIP phone services enable the users to make the most of add-on benefits such as easy transfer of images, videos and texts on the same network. This allows businesses or providers to save incredible amounts on bandwidth usage. Thereby, the cost of calls through VoIP telephone services is significantly lower as they are not based on the call durations. In addition, broadband services are enriched with enhanced call productivity. There is a greater productivity and efficient utilisation of scare resources, as it allows users to carry multitudinous jobs like mailing, chatting or surfing the internet, simultaneously. Considering the benefits of business phone service, business houses - especially the ones holding a global presence - are making the most of the bundled services available.

The bundled services include 3-way calling, caller ID, call conferencing, call forwarding and many more. The best part is that, users of the internet broadband services can avail VoIP services from anywhere across the globe. Consequently, it can be said that users are free to access calls without getting restricted to their computer terminals. They can make a call as well as receive a call from anywhere and at anytime without incurring great expenses.

As a matter of fact, voice over IP market is flooded away with solution providers. Therefore, users must search and research the providers that offer numerous services. Users must select VoIP solution providers that deal with wholesale carrier services, reseller programs and business solutions to their clients. This will ensure the best services from the providers in comparison to other providers. While opting for VoIP phone service, user must opt for providers that support features such as:

1. Functionality: This feature enables the users to carry multifarious job like calling and checking the mails simultaneously.
2. Reliability and Security: This feature satisfies the users that there data is saved over the IP process.
3. Scalability: This feature ensures that users can carry their phones anywhere around the world.

The VoIP internet phone service is getting popular among the next generation users as it provides one stop solution for making longer distance as well as international calls at lower rates.

To know more about these broadband phone services, visit: VoIP Internet Phone Service provided by one of the leading VoIP Providers.

posted by www-u87719 @ 1:04 AM 0 comments

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posted by www-u87719 @ 7:51 PM 0 comments