T3-DS3

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T3 and DS3 are terms which in the field of telecommunication are often used interchangeably to describe a 45 mbps (megabits per second) circuit. A T3-DS3 is the equivalent of 28 T1s. People who are more technically inclined will often refer to DS3 when they are talking about the configuration of the circuit, and T3 if they are referring to the physical facilities which carry the circuit. Most people, however, use both terms interchangeably. On this website, these two terms will be used interchangeably. (For more about T3-DS3 please click here)

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Coverage Area

Unlike DSL and other broadband technologies that are limited to only densely populated areas, T1 service is available just about anywhere with a phone line. T1, also known as DS1, uses repeaters to boost up the signal strength of the transmission - allowing it to travel up to 50 miles away from the nearest Central Office location.

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T3-DS3 Applications

T3 is a relatively large data bandwidth pipe which is commonly used for internet connectivity, voice lines, direct point-to-point connection between two business locations, Multiprotocol Label Switching (MPLS) networking between multiple locations of a business and integrated circuits which combine any combinations of these applications.

T3-DS3 Internet

A T3 data circuit can support up to 600 internet users, depending on application and simultaneous usage. DS3 is also great for facilitating servers which will allow hundreds of simultaneous users to access information from servers.

T3-DS3 Voice

A DS3 voice circuit is excellent for large call centers, or for facilitating the telephone needs of hundreds of occupants of an office complex. T3 voice can be provided either as local voice, for local and long distance calling, or as long distance voice, which provides wholesale per minute long distance prices but does not facilitate local calling. Both long distance and local voice can be integrated into one DS3 voice circuit.

T3-DS3 Private Point-to-Point

DS3 point-to-point circuits are extremely popular for connected two or more business locations. To clarify, with point-to-point a separate circuit is needed for each two locations networked. These circuits can facilitate location to location transfer of large data files, multiple file transfers between hundreds of employees, location-to-location voice traffic and video conferencing.

T3-DS3 MPLS Networking

DS3 MPLS networks are better suited for networking more than two locations than point-to-point circuits. This is because MPLS facilitates any-to-any location networking rather than requiring a separate circuit for each two locations required by point-to-point networks. Also, with Class of Service (CoS) MPLS can prioritize applications. With CoS, applications such as routine data transfer, voice, and video can be efficiently implemented simultaneously over one bandwidth pipe, without interfering with each other. MPLS is a major advancement when compared networks based on point-to-point or frame relay.

T3-DS3 Integrated

One T3-DS3 integrated circuit can accommodate all applications mentioned above on one circuit. For example, with an integrated DS3 circuit, local voice, long distance voice, video, internet and networking can all be facilitated on one circuit.

T3-DS3 and the Need for Build-Out

DS3 requires fiber or other forms of special wiring to reach each business location. This is very important because new customers, or customers considering upgrading from t1, bonded t1, or ethernet over copper, must pay for this wiring (build-out cost) before their building can receive t3 or OC circuits. Buildings which are connected to fiber, and therefore able to receive DS3 are referred to as being “lit”. It is not uncommon for customers to fail to plan for this unexpected upfront cost when planning the installation of DS3. Build-out often costs tens of thousands of dollars.

Alternatives to T3-DS3

There are many alternatives for customers who need less or more bandwidth than can be provided by DS3. If a customer needs between 15 mbps and 35 mbps, then fractional T3 is an excellent choice. If 12 mbps or less are needed, then ethernet or bonded t1 are excellent alternatives. It is important to consider these alternatives if less that 45 mbps are needed because bonded t1, and ethernet are delivered over copper phone lines and therefore do not require expensive build-out costs. Often bonded t1 and ethernet are installed for free. If more than 45 mbps is needed, then OC 3 (155 mbps) is a good alternative. Both fractional DS3 and OC circuits require build-out for buildings which are not lit.

Ethernet over T3-DS3

Larger ethernet circuits can be delivered over DS3. There are at least three advantages of ethernet over DS3. First, ethernet over DS3 can deliver higher bandwidth than a regular DS3 circuit. Ethernet over DS3 can provide up to 88 mbps. Second, ethernet over DS3 can be less expensive per mbps then DS3. An 88 mbps ethernet over DS3 circuit can often be offered for less than $6000 per circuit. Depending on location, $6000 is the average cost for a 45 mbps DS3 circuit. Third, ethernet over DS3 requires much simpler and less expensive hardware for handoff at the customer premise than does DS3.

To check prices and availability for any of the services listed above, please use the pricing tool at the top of this page. Its free, real-time, easy to use and there is no obligation. (Click here to return to top of page)

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 Selecting the Best MPLS Provider for Your Company

Written by: Dennis Green - Nov 20, 2008


This article will provide decision considerations for selecting the best MPLS provider to meet the communication network needs of your company. When selecting a multiprotocol-label-switching (MPLS) provider for the communications network of your company, there are many variables to consider. Here are a few suggestions which may assist you in this very important decision:

Is the telecom provider you are considering tier 1, tier 2, or tier 3? This question is an extremely important consideration as you determine which provider you will trust with the entire communication network of your company. For the purpose of this article, a tier 1 provider is a provider that provides the service, and also owns the facilities which will be used to carry this service. In short, a tier 1 company is both the provider of the service, and the carrier (owner of the facilities). The term tier 2 is commonly used to describe a provider that purchases service at wholesale from a carrier, and then resells these services at retail to customers. Tier 2 providers often do not own the facilities that they resell. Tier 3 is commonly used to describe a company which purchases services from a tier 2, then resells these services to customers.
A general rule in telecom is that too many cooks can ruin the stew. The more entities involved, the more potential there is for communication and coordination issues. Lack of communication and coordination can result in increased down times. Increased down time, of course, equates loss of revenue for the company that relies on the communication network to provide goods and services to its customers.
At this time there are only about 4 or 5 tier 1 providers in the US. A major advantage of a tier 1 company is that if something goes wrong with your network, there is no question about which provider or carrier is responsible. In tier 2 and tier 3 situations, the company you report network problems to, often is not the company that can fix the problems. With tier 2 and 3 providers, once you report an issue, the provider must relay that information to the carrier (owner of the facilities). In most cases, you the customer, cannot report the issue directly to the carrier, or communicate directly with the carrier, but must instead work through your provider. To further compound issues, in tier 2 or 3 situations, it is not uncommon for the provider and the carrier to squabble about jurisdictional issues, while your network is down. In an effort to soften these issues, most tier 2 and tier 3 companies offer service level agreements (SLAs) which provide built in penalties to the provider for down time. The most common example of this would be a service credit to the customer. Be wary of the usefulness of SLAs however. In most cases, there is no way that a few days of service credit, will compensate the network customer for the business losses that occur while their entire communication network is down and their company is dead in the water. When choosing between MPLS providers, network reliability, performance track records and uptime histories are far more important than the few days of service credit offered by an SLA if your network goes down or continually performs inconsistently. Tier 1 providers often can demonstrate far better uptime records than tier 2 or tier 3 providers.

Does the provider you are considering provide service to all of the locations that you wish to network? If the answer to this question is no, find a provider that does cover all of your business locations. Patching together a network which includes several providers is a costly nightmare. Telecom providers do not always play well with other telecom providers. Technologies may be incompatible, jurisdiction issues may arise, the potential for communication and coordination issues between providers will be higher and your corporate budget for supporting a patched network will need to be substantial. There are several providers that can cover virtually all areas of the US. It is best to select a provider that can provide service to all locations you intend to include in your network.

Does the provider you are considering have facilities that are relatively close to the locations you wish to network? A major factor in calculating price is the distance between the facilities of your network provider, and your business locations. As a general rule, the farther your locations are from the closest facilities of the provider, the higher the cost will be for connecting that location to the network. Substantial price savings should result if you select a provider that has facilities near all or most of your network locations.

Do you want your network provider to provide and manage the equipment which will facilitate your network? In most cases, the provider can provide the equipment, configure it, monitor it, and maintain it for a fraction of what it would cost your company to assume these responsibilities. This is commonly referred to as managed service (as apposed to unmanaged service, which does not include routers or the management of routers). Managed solutions carry other major advantages as well. With a managed solution, there is no question about whether an outage or latency issue is being caused by the circuit or the router. The provider assumes responsibility for both. With unmanaged solutions, it is not uncommon to have a customer’s IT director arguing that an outage issue is that fault of the circuit, and the circuit provider arguing that the issue is a result of a faulty router. A managed solution removes the potential for this argument. Another major advantage of a managed solution is that if the provider is responsible for routers, credible providers will ping all routers on the network every 3 to 5 minutes, 24 hours a day, seven days a week, to monitor that the network is operating at optimal levels. If, during this process a problem is discovered, the provider will automatically notify the customer, and begin working toward resolving the issue immediately. Often providers can correct router issues online, and have issues resolved before problem has the opportunity to hinder operations.
For some network customers, the down side of a managed solution is that their IT personnel have limited access to the configuration of the routers. As the routers are initially configured, the provider will work with customer IT personnel to ensure that configuration is compatible with the customer’s local network. The provider will also make occasional changes in configuration to accommodate changes in customer network needs, but customers are not allowed ongoing access to configure the router on their own. This is because with a managed solution, the provider takes full responsibility for router optimization and maintenance. If a router is not working properly and the provider attempts to repair it, they do not want to encounter configurations which are foreign to them. For the rare situations where the network customer needs ongoing access to router configuration, it is best for the customer to provide and maintain their own routers (an unmanaged solution). A common alternative is for the provider to provide the completely managed router solution, and for the customer to set up their own router between the provider’s router and the customer’s local network. This will allow the provider to manage the wide area MPLS network, and the customer’s IT personnel to manage their on-premise network. It is best to select a telecom provider that has the capability to provide a completely managed solution, and is willing to cooperate fully with an unmanaged solution, depending on the needs of your company.

Does the provider you are considering have a demonstrated track record of competency in providing MPLS, or are they a relative newcomer? Some newer tier 2, or tier 3 providers may offer to save your company a few dollars, when compared to the prices offered by tier 1 companies, but this is often accomplished by cutting corners. Do you want to save a few dollars per month, by trusting the total communication network of your company, the lifeline of service to your customers, to a provider that does not have an extensive history of proficiency? In the world of telecommunications, corner cutting can be a recipe for disaster.

For free availability and quotes for MPLS, please use the short pricing tool at the top of this page, or on our home page. It is free, easy to use, and without obligation. (Click here to return to top of page)