Saturday, February 27, 2016

Why Ethernet Is The Most Cost Effective Option For Your Enterprise IT Network

Before you jump off a cliff from frustration over deciding on what bandwidth backbone you'll base your enterprise IT network on....take a deep breath and relax. The choice is more obvious than you might think....a real no brainer....and easily the most cost effective.

There is a lot of misinformation out there about what Ethernet is, and since the term has become popular, even many of the cable companies are saying they now provide "Ethernet". While that may be true from a technical perspective, Ethernet from a cable company is still the over-subscribed and over-saturated network that you get with typical cable. As the saying goes, you can put lipstick on a pig but....

Ethernet solutions from real carriers who provide dedicated connections are not for residential use or home businesses, simply because the price for 3-4 users can rarely be justified. But if your business is at a point where you are looking at using, or perhaps are already using a T1 line or maybe even a bonded T1 line, and almost without a doubt if you are using a DS3 or OC-x circuit, Ethernet is by far a much more cost effective connectivity solution.

The bad news is that Ethernet is not available everywhere. While a T1 circuit, bonded T1 circuit, and even for the most part, a DS3 circuit can be installed just about anywhere you can get a phone line installed from your local phone company, Ethernet is not nearly as widely available. But that said, it is becoming more and more available every day across the nation, and indeed across the world. Ethernet solutions are available in just about every major city today, and if your business is located in or near a city with a population of 100k or more, chances are pretty high that Ethernet options are available to you today.

How much more cost effective is it? Much of that depends on what kind of Ethernet you want to get. At the lower end, there is EOC or Ethernet Over Copper, sometimes also known as EODS1 or Ethernet Over DS1. Those types of circuits, as the name implies, are delivered over copper lines and can start as low as 3 MB. But that 3 MB Ethernet circuit is probably going to cost as much as HALF as much as the SAME bandwidth of a two bonded T1 circuit. If you really need a fiber connection, your lowest end option is going to start at 10 MB Ethernet, but again, that 10 MB Ethernet circuit on what is known as Fast Ethernet is going to cost about half as much (or even less) as equivalent bandwidth on a bonded T1 or fractional DS3. Above 100 MB Ethernet, now you get into Gigabit Ethernet.

Let's talk for a moment about copper versus fiber, since this seems to be a point of confusion and more general misinformation. For a given level of bandwidth, say 10 MB, two circuits both delivering 10 MB of bandwidth, one on copper and the other on fiber, will finish in a dead heat. Fiber is not faster, contrary to what many believe. But fiber is able to be upgraded to higher levels of bandwidth, whereas copper starts to peter out at higher levels of bandwidth, but at about the 10-15 MB level, even as much as 20 MB in some major cities, there is NO speed difference between copper and fiber.

If you are looking for your best value for Business Ethernet services from a reliable and rock-solid carrier who will provide dedicated Internet services to your business with leading Service Level Agreements, check out what might be available in your area from amongst the 35+ carriers we represent, where we guarantee that the price we offer from those carriers is the lowest that they will offer, even if you go to the carrier directly.

Don't throw money down the drain if you don't need to. In these economic time, businesses need and want to maximize the money they spend for communications costs, and utilizing Business Ethernet for your connectivity needs is a great place to start. For a free quote or more information, please visit our web site at Business Ethernet

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Wednesday, February 24, 2016

Business Ethernet Pros And Cons

Business ethernet is by far the best choice for a company voice/data network. Need proof? Just read on.

The most obvious pro for business ethernet is lower cost, while the biggest con against ethernet is geography (it's just not avilable everywhere yet). For the future, Wifi will some day be a connection of choice once higher speeds and significantly reliability becomes a priority.

Ethernet Technologies...

In the OSI model, Ethernet technology operates at the physical and data link layers - Layers One and Two respectively. Ethernet supports all popular network and higher-level protocols, principally IP.

Traditional Ethernet supports data transfers at the rate of 10 Megabits per second (Mbps). Over time, as the performance needs of LANs have increased, the industry created additional Ethernet specifications for Fast Ethernet and Gigabit Ethernet. Fast Ethernet extends traditional Ethernet performance up to 100 Mbps and Gigabit Ethernet up to 1000 Mbps speeds. Although products aren't yet abvailable to the average consumer, 10 Gigabit Ethernet (10000 Mbps) also remains an active area of research.

Ethernet cables likewise are manufactured to any of several standard specifications. The most popular Ethernet cable in current use, Category 5 or CAT5, supports both traditional and Fast Ethernet. The Category 5e (CAT5e) cable supports Gigabit Ethernet.

Types of Ethernet....

Often referred to as Thicknet, 10Base5 was the first incarnation of Ethernet technology. The industry used Thicknet in the 1980s until 10Base2 Thinnet appeared. Compared to Thicknet, Thinnet offered the advantage of thinner (5 millimeters vs 10 millimeters) and more flexible cabling, making it easier to wire office buildings for Ethernet.

The most common form of traditional Ethernet, however, is 10Base-T. 10Base-T offers better electrical properties than Thicknet or Thinnet, because 10Base-T cables utilize unshielded twisted pair (UTP) wiring rather than coaxial. 10Base-T also proved more cost effective than alternatives like fiber optic cabling.

Numerous other lesser-known Ethernet standards exist, including 10Base-FL, 10Base-FB, and 10Base-FP for fiber optic networks and 10Broad36 for broadband (cable television) cabling.

- Fast Ethernet

In the mid-1990s, Fast Ethernet technology matured and met its design goals of a) increasing the performance of traditional Ethernet while b) avoiding the need to completely re-cable existing Ethernet networks. Fast Ethernet comes in two major varieties: 100Base-T (using unshielded twisted pair cable), 100Base-FX (using fiber optic cable) .

By far the most popular of these is 100Base-T, a standard that includes 100Base-TX (Category 5 UTP), 100Base-T2 (Category 3 or better UTP), and 100Base-T4 (100Base-T2 cabling modified to include two additional wire pairs).

- Gigabit Ethernet

Whereas Fast Ethernet improved traditional Ethernet from 10 Megabit to 100 Megabit speed, Gigabit Ethernet boasts the same order-of-magnitude improvement over Fast Ethernet by offering speeds of 1000 Megabits (1 Gigabit). Gigabit Ethernet was first made to travel over optical and copper cabling, but the 1000Base-T standard successfully supports it as well. 1000Base-T uses Category 5 cabling similar to 100 Mbps Ethernet, although achieving gigabit speed requires the use of additional wire pairs.

For help designing a network to meet your requirements using business ethernet for the foundation....and including free quotes from available providers....simply ask here:

Business Ethernet

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Saturday, February 20, 2016

Benefits Of Choosing Business Ethernet For Your Corporate Network

Business Ethernet has fast become the solution of choice for many company voice and data network installations. The benefits gained by the owning business are substantial and have created an ardent following of satisfied users.

If you and your company are in the process of designing a new network, expanding an existing network, wish to upgrade current capabilities and performance …. Business Ethernet is definitely an option that should be at the top of your list.

Traditional implementations of Ethernet support data transfers at the rate of 10 Mbps (Megabits Per Second). Over time, the increasing demand for higher performance and faster data transfer techniques has catalyzed the introduction of better technologies such as Fast Ethernet and Gigabit Ethernet. Where Fast Ethernet helps you implement networks with data transfer speed up to 100 Mbps Gigabit Ethernet, as the names suggests, are even faster allowing speeds up to 1000 Mbps or 1 Gbps.

Key Benefits of Ethernet to a Business …..

Popularity of Ethernet in today’s business environment is triggered by several benefits, out of which simplicity, granularity, and flexibility that it offers top the list. These benefits enable enterprises to implement solutions that enable them to integrate several useful features, such as Private Networks (VPN), Voice-over-Internet Protocol (VoIP), audio and video teleconferencing, Virtual remote storage, multimedia content sharing, and many more other useful features that helps them take their business to new heights.

Some of the many benefits that Ethernet offers an enterprise are:

* Simplicity ……

Ethernet can be easily extended to WAN which makes it quite simple for IT managers to incorporate high-end features in the organization’s LAN. In other words, a well-implemented Ethernet serves as a building-block to add new services to the network and to interconnect new facilities.

* High Bandwidth ……

According to a recent study the bandwidth requirements of medium to large size companies increases by 25-50% per annum. The various bandwidth options offered by Ethernet in the ranges of 10 (Traditional Ethernet), 100 (Fast Ethernet), and 1000 (Gigabit Ethernet) Mbps makes it easy for enterprises to scale their Ethernet implementations as the bandwidth needs grow.

* Scalability …..

With the continuously increasing need for better bandwidth, enterprises today are asking for scalable bandwidth solutions that they can control dynamically and increment bandwidth in small segments. For instance, they may want to increase the bandwidth in increments of 10 Mbps—10, 20, 30, 40, and 50 Mbps or in the increments of 100 Mbps—100, 200, 300, 400 Mbps, and so on.

* Easy Provisioning ….

Ethernet is quite easy to provision as it minimizes the need for hardware replacement each time the bandwidth is increased. For instance, a bandwidth change from 10 Mbps to 20 Mbps can be easily provisioned just by making a few changes in the software of the network equipment used. Moreover, just making a few modifications you can upgrade to Gigabit Ethernet over the same Ethernet cable infrastructure that you would have laid for traditional and Fast Ethernets.

* Flexibility ….

Ethernet uses a common interface which is independent of the bandwidth. This makes internetworking between different devices on your network quite simple. Flexibility of Ethernet technology assures rapid provisioning characteristics, offers easy migration from lower to higher speeds, and enables you to easily integrate new technologies. This is the reason why Ethernet is an ideal choice for enterprises with growing bandwidth and technology requirements.

Today, Ethernet has evolved from the LAN technology to a cost-effective, scalable, and flexible solution for enterprises of all sizes. This overall development has gained momentum due to wide acceptance of the technology by enterprises, service providers, and vendors. The many useful features such as Fast and Gigabit Ethernet, functions, and management capabilities of Ethernet make it the first choice for delivering new services over a common converged network infrastructure.

For free assistance in designing the right ethernet based solution for your network ….. including free rate quotes and pricing research … I strongly recommend taking advantage of the no cost help offered here:

Business Ethernet Solutions

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Wednesday, February 17, 2016

Business Ethernet Advantages Explained

Whether it's called Carrier Ethernet, Metro-Ethernet, or Business Ethernet the premise is pretty much the same. Choosing Ethernet for the backbone to your network platform is a smart choice for most any organization. Ethernet is not a fad, but rather a proven cost effective and highly reliable transport medium for both LAN and WAN deployments.

Compared to other dedicated bandwidth solutions such as bonded T1 lines, DS3 bandwidth circuits, MPLS, and SONET (optical carrier designations such as OC3).... Ethernet by any name offers clear and distinct advantages. Just consider this.... the technology was developed by Xerox in the 1970's, while the term "Ethernet" taking it's Greek roots literally means "a network of everywhere."

Case in point.... Ethernet has become the most successful and widely deployed Local Area Network (LAN) transport technology in the world. While other technologies have become obsolete, Ethernet has more than 100 million clients deployed today, making it the interface of choice for most network-capable devices.

Carrying this further.... the last 30 years have seen significant development of Ethernet technology. However, the most significant development from a wide-area networking (WAN) perspective has been fiber optic transmission at 100 Mbps, 1 Gbps, and 10 Gbps at transmission distances from 2 kilometers (km) up to 2000 km using long-haul dense wavelength-division multiplexing (DWDM) systems. This advancement helps allow Ethernet to uniquely support true multipoint communications..... effectively enabling Ethernet to live up to its root word meaning of "a network of everywhere".

Briefly, here are a few more advantages of Business Ethernet.....

Speed and Cost - These are Ethernet's most obvious advantages over other dedicated bandwidth options. For example, Ethernet services tend to not just rival DS3 pricing, but can be considerably less costly as well. You may well find yourself paying less for Ethernet service for point to point data connections or dedicated Internet service than you would going with traditional DS3. Plus, while DS3 caps out at around 45 Mbps, Ethernet speeds will get you up to 1000 Mbps. More if you get into the Gig-E protocols.

Upgradability - Although there are several other superfast network protocols, most must use Fiber optics and thus their price is much greater than that of Ethernet. However, since Ethernet is based upon more affordable technologies installing Ethernet should make any future upgrade to a faster network easier and less expensive in the future.

Simplicity of installation - Ethernet is much easier and less expensive to configure than other network protocols. It offers efficient ways to connect across Mac, PC, Linux, Unix workstations, IBM mainframe, and many other kinds of computer systems.

Connectivity to backbone - Ethernet has an advantage in connectivity to the network backbone because other LAN protocols lag behind in backbone innovations. For example, Ethernet can assimilate with several backbone connectivity choices such as Gigabit Ethernet, Asynchronous Transfer Mode (ATM), and routing switches.

Class Of Service - Another advantage of Ethernet as a transport is its support of class of service (CoS) that allows up to eight classes of service to be defined. This characteristic makes Ethernet as a WAN technology very attractive because the Ethernet WAN can be seen as an extension of the campus LAN.

The bottom line is that Ethernet technology is the most deployed technology for high-performance Network environments. With just the advantages cited.... and others not listed.... Ethernet would make obvious business sense for your organization. Choosing Business Ethernet would also put you amongst the many already benefiting from "a network of everywhere."

By Michael Lemm

Michael is the owner of FreedomFire Communications.... and 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.

For quality Dedicated Bandwidth service, protect yourself and your investment by comparing over 40 first and top tier carriers where you have a Low Price Guarantee. For more information about Dedicated Bandwidth and finding your best deals and options, please visit Business Ethernet Solutions

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Saturday, February 13, 2016

Benefits of Business Ethernet For A Wide Area Network (WAN) Design

The choices today for Wide Area Network (WAN) design are wide and varied. No pun intended. Relying on the same old legacy options is no longer necessary with the maturation of Business Ethernet interconnectivity. Your voice/data transmission deserves better.

Too often businesses looking to upgrade an existing voice/data network infrastructure... or install a new network for whatever reason... tend to gloss over the advantages a Business Ethernet backbone may present. This may be due to a simple lack of understanding, or perhaps a rush to judgment relying on "what you know" for the final decision.

This is unfortunate as Business Ethernet today presents potential benefits over legacy systems such as TDM (e.g. DS3 bandwidth) and SONET (e.g. OC3 circuits) when the right conditions are present. Upon closer examination these improvements are marked and include the most obvious one. That being a significant cost savings in most cases.

Some benefits of Business Ethernet you should be aware of include...

1.) provides unlimited reach over Wide Area networks (WAN).

2.) enhances network performance by providing predictability, service guarantee, and management capabilities that previously were given only in SONET/SDH or ATM networks. This is done by the five carrier-class attributes: standardized services, scalability, reliability, Quality of Service, and Service Management.

3.) there are potential benefits of upgrading to Business Ethernet *if* the sites that can be upgraded are reaching their capacity limits (i.e. average around 70-80% link load for extended periods of time).

4.) typically cost per megabit of a Business Ethernet service is lower than of an equivalent legacy service, which allows getting larger amounts of bandwidth without increasing the overall service cost. By doing so, the congestion levels can be lowered and application performance improved.

In saying this it must be stressed that Business Ethernet is just another data transmission technology (rather than a universal "silver bullet"), and each individual migration case needs careful consideration and cost/benefit analysis.

Approaching this from a non-technical position, when setting out to design a solution you first need to ask what are the types of networks and applications you need to support? For example, are the network topologies linear or ring, and point-point or multipoint? If you are trying to connect pairs of sites with point-point circuits in a single metro, the choice of technology and equipment would be different than if, say you need to interconnect multiple customer sites in a point-to-multipoint or multipoint configuration.

SONET ADMs (ad-drop multiplexer) that support Business Ethernet interfaces could be utilized in the first instance to provide Ethernet Private Lines (EPL). For large complex networks, an MPLS core (Multi-Protocol Label Switching) may be required, although there are Business Ethernet platforms that can provide the necessary interconnectivity at Layer 2. If you are trying to interconnect multiple locations over a SONET ring, RPR (resilient packet ring) solutions are another alternative. Finally, you also need to take into consideration whether you have customer applications that require specific QoS (quality of service), especially if voice and video traffic are to be mixed with data application traffic in any topology other than EPL.

Once you have defined the requirements for Bandwidth, scaling, latency, coverage and inter-connectivity... you can then plan your aggregation and core network. Obviously resiliency, scalability, manageability (network and service) and some aspect of network intelligence play a part in the design.

Now that you have a basic understanding of the possible benefits of Business Ethernet... don't overlook that potential in the final decision on your WAN network design. Although this process may seem to be complicated it really doesn't need to be. Plus, you can always take advantage of the no cost assistance available from Business Ethernet Solutions to walk you through step by step.

By Michael Lemm

Michael is the owner of FreedomFire Communications....including Business Ethernet Solutions. 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.

For quality Business Ethernet service, protect yourself and your investment by comparing over 40 top tier carriers including a Low Price Guarantee. For more information about Business Ethernet and finding your best deals and options, please visit Business Ethernet Solutions.

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Wednesday, February 10, 2016

Business Ethernet By Any Other Name

Business Ethernet is known by many different names and it can get confusing for a business owner, thinking that these various names are really differnt product offerings, when that really is not true. They can all be generally lumped into the category of Business Ethernet and now we can look at some of the different names that are used to describe them.

Fast Ethernet

Fast Ethernet is the type of Ethernet that you are looking at when you are talking about needing Internet bandwidth of less than 100 MB, and with some carriers, less than 50 MB. This type of Ethernet, if it is available in your area, can be delivered to your business on either copper or fiber. Contrary to popular belief, Fast Ethernet does not require fiber. Even if it is delivered on copper instead of fiber, it will has the carrier's SLA or Service Level Agreement that it is dedicated service with an uptime guarantee. Fast Ethernet is an excellent option and is very cost effective if it is available, more so than 3 or 4 bonded T1 lines. Fast Ethernet only goes to 100 MB but it can still be much more cost effective than one or two DS3 circuits at 45 MB each.

GB Ethernet or Gigabit Ethernet

If what you really need from your Business Ethernet connection is a lot of bandwidth, like more than the 50 MB or 100 MB that can be delivered with Fast Ethernet, then what you are looking at is GB Ethernet or Gigabit Ethernet. That does not mean that you need to have bandwidth in the GB range but rather that you need more bandwidth than Fast Ethernet can provide. It is a matter of how the service is delivered to you, and GB Ethernet or Gigabit Ethernet almost certainly requires fiber instead of copper.

Metro Ethernet or Metro-E

Metro Ethernet or Metro-E is typically available to your business in large cities and larger metropolican areas. It is usually known as Metro Ethernet or Metro-E simply because the business demand for Ethernet in such a metropolitan area is usually larger, and thus much of the Ethernet infrastructure to be able to provide this level of connectivity to you is already in place. This is definitely good news for you since depending on your location, the installation time can be quicker and the buildout costs may be much smaller or even waived. Metro Ethernet or Metro-E does not designate by its name alone how much bandwidth you are looking at, since that can run almost the entire gamut of what Ethernet can provide for bandwidth.

Ethernet Over Copper

Ethernet Over Copper is a type of Ethernet that can be provisioned which is extremely cost effective, much more so than T1 or Bonded T1. As the name implies, it is provisioned over copper lines, meaning that it can be installed in 40-50 days or sooner, as opposed to about twice that amount of time for the larger Ethernet circuit discussed above. On the downside, Ethernet Over Copper is typically limited to about 10 MB of bandwidth, sometimes 15 MB, but hardly ever more than that. As an example of its cost effectiveness for a location where it is available (keeping in mind that it is not available everywhere), a 10 MB Ethernet Over Copper circuit would be almost half the cost of a 7xT1 bonded circuit at 10.5 MB.

For free assistance finding the best Business Ethernet configuration to meet your requirements ... including a free quote ... simply request more information here:

Business Ethernet

Courtesy of Jon Arnold

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Saturday, February 06, 2016

How To Choose The Right Bandwidth Solution For Your Company Computer Network

The choices of dedicated bandwidth solutions for business computer networks today is as varied as the menu at your favorite fancy restaurant. You could see bonded T1 lines (NxT1), DS3 bandwidth circuits, SONET (Optical Carrier Series such as OC3), Metro-Ethernet (e.g. Business Ethernet at 10 - 1000 mbps), MPLS, and much more.

Making a selection can be just as confusing ….. especially if you really don't understand the language the menu is written in. You're hungry (or in this case your company's data/voice network is) ….. and all you care about is getting that hunger fed!

Besides the variety in bandwidth “menu” items to choose from …. you have to deal with variety of price and performance. Which is “best” for your specific situation? What do you (sic your company) have a taste for AND what are you willing to pay to get that satisfied?

Therein lays the 2 main questions that need to be answered to make the right selection for you. You can narrow your decision making process down to these.

One ….. what network requirements does the bandwidth solution chosen need to meet. And two ….. is the associated cost of that solution within your budget. After all, what you choose has to “fill you up”. Plus, unlike when the cost of your fancy meal exceeds the contents of your wallet ….. you can't work it off “doing the dishes”.

Here's a few tips to help ….

The majority of today's growing businesses can narrow the items they look at on the menu to 2 …. Business Ethernet and DS3 bandwidth circuits. Others may be appropriate under certain circumstances …. but by far these are the 2 best fits for most company data/voice networks. Both of these will meet most any requirement you'll have … and both are very cost effective in today's market (more on that later).

So this makes things simpler …. simply choose between Business Ethernet and DS3 bandwidth for your solution core.

You will obviously want flexibility, simplicity and scalability in your chosen technology enabling you to converge your networks and achieve economies of scale and innovation. This is the requirements that the choice must meet …. or what you pick off the menu must “feed”. Both Business Ethernet and DS3 bandwidth will meet these requirements …. but they still have differences to consider.

Business Ethernet ......

With that in mind …. think of it this way. What DSL did for residential customers, Business Ethernet does for enterprises. Ethernet is broadband for businesses and with it, you'll become more efficient and competitive. Network interfacing and scalability are smoother and more transparent. Business Ethernet also is provided with the same service level guarantees offered with other network bandwidth solutions. Such as the all important SLA (Service Level Agreement) and Qos (Quality of Service).

By far the greatest advantage of Business Ethernet is price. The monthly cost can be as much as one-half of the price of equivalent bandwidth delivered in the form of bonded T1 lines or fractional DS3 circuits. Also, since some configuration options are delivered over regular copper phone lines, they normally do not require build-out. For this reason, they can often be installed for free, whereas other Ethernet options often require build-out for buildings which are not lit. A third advantage of Business Ethernet is that it requires far less sophisticated customer premise routing equipment. An ethernet configuration provides a handoff that does not require expensive CSU/DSUs that are required for customer interfacing with T1 or DS3 lines. Additionally …. depending on the delivery technology used ….. Business Ethernet also can be more reliable and have a greater redundancy than the alternatives.

Now for the caveat ….. all forms of Business Ethernet (e.g. Metro Ethernet) are dependent on local access. The limiting factor is that Business Ethernet requires special forms of wiring, or fiber. Buildings which have this special wiring, or fiber running to them, are referred to as “lit” buildings. To light an unlit building, “build-out” often is needed. Build-out is often extremely expensive. Imagine the costs of running fiber from the local central office (CO) to a specific business location, often several miles. That can quickly run up your bill …. putting you in danger of “washing the dishes”. In rare occasions, some providers will waive this cost in return for very long contracts, or recuperate it with higher monthly costs. If your business location happens to be within a mile of a lit CO, then build-out costs might be justified for very large bandwidth pipes. For buildings which are already lit, and for collocation facilities, Business Ethernet can offer extreme savings per mbps of bandwidth.

The bottom line take-away here is that with the growing availability of Business Ethernet it is the logical choice ….. IF it is available at the location(s) you need serviced. That's a big if …. so make sure you do thorough research on Business Ethernet availability at your desired location(s). Or better yet …. get help to do it.

DS3 Bandwidth .....

As for DS3 bandwidth circuits ….. A DS3 line is an ultra high-speed connection capable of transmitting data at rates up to 45 Mbps. A DS3 line is equal to approximately 672 regular voice-grade telephone lines, which is fast enough to transmit full-motion, real-time video, and very large databases over a busy network. DS3 bandwidth is the common choice by businesses who have outgrown old T1 line networks …. and require high-bandwidth access at a reduced price.

The advantages of a DS3 bandwidth based network solution are that it's widely available, it's a proven technology that is easily integrated into today's newer network configuration options, AND the price has dropped dramatically in recent years ….. making DS3 more competitive on price point than at any time in the past.

Now that you've had the menu interpreted for you ……

To make the best choice you can boil it all down to this decision approach …. if Business Ethernet is available; get it. If it is not available …. opt for a DS3 bandwidth based solution package. We’ll provide you the best pricing on quotes for both via the link below.....FREE

Business Bandwidth Solutions

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Wednesday, February 03, 2016

What Are The Advantages Of Business Ethernet??

Business Internet Service

It almost goes without saying that businesses today, small and large, need to have a reliable and rock-solid Internet connection to enable them to do business. Choosing the wrong business Internet service provider will do your business more harm than good, and can cost you customers that you can never get back. Even a small business today cannnot afford to try to make DSL or cable suffice; while the price may be attractive, the service from DSL or cable is more often than not exactly what you pay for -- cheap, and is that the message that you want to get across to your customers? Your customers are going to think that if you cheap-out on your business Internet service, it only stands to reason that you will also cheap-out on the quality of the products and services that you are offering. You need to understand that with DSL and cable, the only way they can achieve the price points they quote is because those circuits are designed to be over-subscribed to the hilt, and if your DSL or cable is not over-subscribed today, you can bet that your provider is trying to over-subscribe it, because they offer NO guarantees for DSL or cable servivce. A smaller business can usually get by with the reliability offered by T1 or bonded T1, but if Ethernet services are offered in your area, it is definitely something that you should look at closely and consider, as it can be an extremely cost effective solution.

Keep in mind that the Ethernet services being offered here are Carrier Ethernet offerings. The term "ethernet" is tossed around by DSL and cable providers but that is not true Ethernet. The services offered here are Carrier Ethernet offerings, meaning that the service is a dedicated service offered by the actual carrier, not a shared service being resold on someone else's network.

Business Ethernet and Ethernet Bandwidth

Many people get very confused when looking at their possible options for Ethernet bandwidth for their business. One of the unfortunate aspects is that the term Ethernet has been thrown around way too much, even by the residential DSL and cable providers, and when talking about these various types of Ethernet services, residential has no place there. The Ethernet that MAY be able to be provided by a residential ISP might be labeled Ethernet, but rest assured it is the same "best efforts" and non-dedicated service that you get with DSL or cable, and that has no real place in the real business world of bandwidth.

When it comes time to choose and make the tough choices for your business, there will undoubtedly be lots of different options available. This is especially true when talking about telecommunications, where the market is full of things that look good on the surface. You could go with T1, Ethernet, DSL, cable, or something else. With all of these things staring your business in the face, you have to consider the costs and the weigh the benefits of each choice. This choice is one that shouldn't really be a contest, though. Business Ethernet offers many advantages over the other choices out on the market.

The various flavors of Ethernet that may be available to your company or business are not all that different, and in fact, may have little to no difference. If what you need is less than about 100 MB of bandwidth, it is also called Fast Ethernet. If it is more than about 100 MB of bandwidth, it may be called GB Ethernet or Gigabit Ethernet. If you are in a large metro city and it is available to your location, it may be called Metro Ethernet or Metro-E or MetroE. But regardless of what it is called, at the end of the day you are getting a dedicated circuit with dedicated bandwidth, 24x7x365.25 with guaranteed uptime. There is not a residential DSL or cable ISP on the planet that can make the same statements about their offering. Sure, the price looks good but as a business, you need to take the time to "look under the hood".

There are quite a few reasons why Business Ethernet is the best choice for business telecommunications. First and foremost, it comes down to speed and reliability. These are the two things that you need to be looking for when you make this choice. When you are running a network, communicating with your customers via email, allowing your customers to download literature and specs from your server, and having a responsive and attractive online presence, you need for it to provide the type of speed and power that your customers and employees expect demand. The speed of your system will dictate how much work gets done and it will set the tone for your business. If you have anything less than the best, your business as a whole will suffer. Running a high speed network with Ethernet makes sure that you are putting your best foot forward. Remember, in the eyes of your customer, you only have one chance to make a first impression, so make sure it is a good one in the highly competitive marketplace.

Fast Ethernet

The biggest reason why Business Ethernet is better than DSL and cable is because of the reliability factor. With DSL and cable, you have no uptime guarantee and no bandwidth availability guarantee, because you are sharing DSL and cable with 50-100 other businesses and residences. Yes this is also true with “business class” DSL or cable service. But Ethernet comes with an uptime guarantee and bandwidth availability guarantee and is faster than the same speeds advertised on DSL or cable. When running a tethered system of this nature, you don't have to worry about many of the common disconnect problems that go along with running a cable or DSL system. Simply put, this Ethernet is more efficient when it comes to being online and providing a business with the power that it needs. It stands out in this way above the other options.

Some people might make compelling arguments that bonded T1 is a better choice for business telecommunications than Ethernet. When dealing with the same amount of bandwidth, you are almost certainly going to get more bang for your buck by going with Fast Ethernet, if it is available in your location. It is a much more cost effective way to power your business's most important functions, and that is important for business owners who are looking to control the bottom line. Simply put, you won't be paying as much and you will be getting the same amount of capability and bandwidth when you go with Ethernet, with the added benefit of the inherent advantages and written guarantees that DSL and cable cannot provide.

GB Ethernet or Gigabit Ethernet

As stated earlier, if the amount of bandwidth you are looking at for your business is greater than about 100 MB, it is probably called GB Ethernet or Gigabit Ethernet. That is because Fast Ethernet has limitations on the technology used to deliver it to you, and GB Ethernet or Gigabit Ethernet will almost certainly require fiber, whereas many flavors of Fast Ethernet can be run on copper and still maintain the carrier's SLA (Service Level Agreement). GB Ethernet or Gigabit Ethernet can go as high as 10 GB of bandwidth. Yes, that is GB, not MB, which very much gets into what is sometimes known as a carrier grade bandwidth connection.

Metro Ethernet or Metro-E

In larger cities and metropolitan areas, the Ethernet available there might be called Metro Ethernet or Metro-E for short. This is really no different from Fast Ethernet or even Gigabit Ethernet except that it is somewhat readily available in large metro cities because the infrastructure from various carriers is already in place due to the demand for this type of reliable connection.

Yes there are several names for Ethernet bandwidth and Ethernet connectivity for businesses and they can all be termed Business Ethernet. But you need to make sure of what you are getting to ensure it really is a dedicated circuit with the same speed up and down. If it has a much slower speed up than down, chances are excellent that you are not getting real Business Ethernet.

Depending on your location, Metro Ethernet Service may or may not be currently available in your location, as this is typically only available in major metro areas. But then again, metro ethernet service is expanding all the time, so a metro ethernet service may be available soon or in the very near future. The beauty of it is that with all the top carriers we represent, you can easily get Metro Ethernet Pricing here and be assured that coupled with our Low Price Guarantee, it is the best pricing you can get from those carriers, even if you go to the carriers directly.

Ethernet Over Copper

There is yet another type of Ethernet that is available in many areas, usually more metropolitan areas, and that is Ethernet Over Copper. Even though the Ethernet types described above may use either copper or fiber, this type of Ethernet connectivity is definitely on copper. This is also sometimes referred to as EFM or Ethernet First Mile.

However, there are some limitations with Ethernet Over Copper. One limitation is that this ype of Ethernet circuit is usually limited to 10 MB of bandwidth, sometimes 15 MB, and in very rare circumstances (only one city in the continental US that I am aware of), 20 MB of bandwidth. If you need more bandwidth than that, you will need to be looking at one of the Ethernet types listed above or look at a fractional or full DS3 circuit.

The real beauty of Ethernet Over Copper is that when it is available, it is usually a much more attractive and cost effective solution than getting the equivalent bandwidth via bonded T1 circuits. Although fiber is being deployed in various parts of the country, starting with the major metro areas, fiber is still a very long way from becoming the norm in most areas of the country. Ethernet Over Copper allows multiple pairs to be used to cost effectively deliver Ethernet services to businesses who require this level of bandwidth but don't necessarily have the budget for equivalent bonded T1 circuits. It is expensive to create fiber runs that criss-cross a metropolitan city to make a fiber option available to almost everyone, so until that day comes, Ethernet Over Copper is a very cost effective solution where it is available.

Typically it comes with the same SLA (Service Level Agreement) from the carrier as a traditional T1 or bonded T1. Note that this SLA is significantly different from DSL, cable, or FIOS where you do not have an SLA, nor does DSL, cable or FIOS offer any kind of performance guarantee. If your business depends on having that bandwidth available 24x7, then you definitely want to consider T1, bonded T1, Ethernet, or Ethernet Over Copper solutions where you do have such a guarantee.

Additionally, Ethernet Over Copper can be installed usually in 40-50 days, which is roughly almost half the time required to provision the Ethernet circuits discussed earlier.

MPLS Ethernet

Are you familiar with Ethernet MPLS or MPLS in general? If so, you know that MPLS offers a significantly more cost effective solution for connecting multiple sites than a spider-webbed point-to-point network. The advantages are abundantly clear -- with a point-to-point network, unless you spider-web it so that all nodes can communicate with all other nodes (which is prohibitively expensive), if a link goes down between nodes, then a number of nodes are cut off from your private network until that connection is restored. But with MPLS and the private cloud and intelligent routing it provides, one node being down only affects that particular node, not the other nodes on your private network.

Another advantage of MPLS is that each node can be sized with the appropriate amount of bandwidth. For example, in a point-to-point configuration, if you have a PTP connection between "A" and "B", you must have the same bandwidth at both "A" and "B". But with MPLS you can have an MPLS T1 at node "A", a 50 MB Ethernet MPLS at node "B", a Bonded T1 MPLS at node "C", etc, and it will all work together very nicely.

Like a T1 line or bonded T1 line, you can also have Ethernet MPLS circuits which is generally a much more cost effective option for the same levels of bandwidth on your MPLS network.

Some companies elect to use an enhanced port to allow Internet access and MPLS access on the same circuit. While being a technical reality, the jury is still out on whether or not this makes logical sense from a security standpoint, since without proper safeguards and a secure firewall, having Internet access available on the same circuit that your private MPLS network is operating can represent a security risk, despite the financial advantage of this type of setup.

One thing in particular to note is that MPLS is a methodology, and it is NOT a standard. What this means to you is that every carrier implements MPLS differently, and you need to use the SAME carrier at all of your MPLS nodes. While it is theoretically possible to mix and match carriers on your MPLS network, the time, effort, and "technical jury-rigging" is frequently not worth the effort compared to using the same carrier at all of your MPLS nodes.

Written by: Jon Arnold

For help determining the right ethernet based solution for your business .... simply take advantage of the free assistance available here: Business Ethernet

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