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T1agent Services: Bonded T1 Line:
Also known as a bonded DS1. Two or more T1 circuits that have been "bonded" together to increase their total bandwidth capacity. An indivisual T1 circuit is limited to only 1.54 mgbs bandwidth, bonded T1's however, multiply the number of T1's by 1.54 to find the bandwidth. The application must be used with the same telecomunications provider for the application to work. The application typically is only cost efficient up to four to six T1 circuits, after that it makes more economic sence to start looking at fractional or burstable T3 solutions.
Bonded T1 Line Quotes:
Finding bonded T1 Line pricing has never been easier. Compare pricing from over forty bonded T1 line providers to find the perfect solution for your company. T1agent will provide you with all the quotes from the appropriate bonded T1 line providers. We will provide you with unbiased opinions in order to help you make an educated decision.
Bonded T1 Providers:
Instead of contacting all of these bonded T1 providers, let us do all the work for you! We will save you time, money, and the hassle of dealing with pushy sales people.
Instead of contacting all of these bonded T1 providers, let us do all the work for you! We will save you time, money, and the hassle of dealing with pushy sales people.
ACC Business, Above Net, AccessOne, Airespring, ATT, Birch Communications, Broadvox, BullsEye, CBeyond, Cimco, Cogent Communications, Covad, Deltacom, Embarq, Ernest Communications, Excel, First Communications, Geckotech, Global Crossing, Hughes, InterCall, Level 3, Lightyear, Masergy, McLeod USA, MetTel, XO, NetWolves, New Edge, NTT Communications, Nuvox Communications, One Communications, Paetec, PowerNet Global, Qwest, Savvis, Sprint, TelePacific, Time Warner Telecom, US Signal, USA Digital, UCN, Verizon Business, Voxitas
Bonded T1 Success Stories:
Client X (Orlando, FL) The customer was looking for T1 pricing in Orlando, FL. He wanted pricing from all the T1 providers in the area. The client was having problems with his network bogging down from his remote sales people using a VPN solution.
Solution: The customer reviewed different solutions, but decided on using a bonded T1. The bonded T1 solution solved his current T1 line problems. It also allowed more sales people to access the VPN solution in Tampa, Miami, and Jacksonville.
Client X (Orlando, FL) The customer was looking for T1 pricing in Orlando, FL. He wanted pricing from all the T1 providers in the area. The client was having problems with his network bogging down from his remote sales people using a VPN solution.
Solution: The customer reviewed different solutions, but decided on using a bonded T1. The bonded T1 solution solved his current T1 line problems. It also allowed more sales people to access the VPN solution in Tampa, Miami, and Jacksonville.
Bonded T1's - How They Work
If your business is looking to increase bandwidth, then you might want to look at the bonded T1. Why? Because the bonded T1 is two or more T1's that have been bonded together in order to raise the bandwidth of your businesses needs. Take note that Bonded T1 can also be referred to as a bonded DS1. When two T1's have been bonded together, you will have full bandwidth of two individual T1 lines combined through a router. A full T1 will be providing you with 1.5 Mbps of bandwidth and two bonded T1's will be providing you with 3 Mbps of bandwidth and so on. Bonded T1's only make since to use up to 6-8 Mbps, at this point it might make more since to look at a T3 Line.
How can a T1 be bonded? Well, in order to be bonded, it will need to run through the same router. The router is actually doing the bonding, giving the user higher bandwidth. The bonded T1 application requires the same ISP provider for the application to work.
Basically, you will have two T1 lines that are from the same provider that have been joined together in that special way in order to get a total of 3.0 Mbps of Internet bandwidth. Is any of this technical babble making sense to you? Businesses basically utilize this in order to expand the speed of there Internet bandwidth.
If you have two T1's and they are not from the same provider, then you will not be able to bond them together. The best technology to use in today's world can be done through Multi-link point to point protocol. This is a bandwidth-on-demand protocol that is used in order to connect a number of different links between two systems.
If you have two or more T1's that are not bonded, then you will not be able to get the full 3.0 Mbps of bandwidth all at one time. If you did a speed test, you would not get a result of 3.0 Mbps as the maximum amount you can download or upload would be 1.5 Mbps, even if you have two T1's. Do you see why it is so important to make sure you have bonded T1's if speed is mission critical to your business?
If your business is looking to increase bandwidth, then you might want to look at the bonded T1. Why? Because the bonded T1 is two or more T1's that have been bonded together in order to raise the bandwidth of your businesses needs. Take note that Bonded T1 can also be referred to as a bonded DS1. When two T1's have been bonded together, you will have full bandwidth of two individual T1 lines combined through a router. A full T1 will be providing you with 1.5 Mbps of bandwidth and two bonded T1's will be providing you with 3 Mbps of bandwidth and so on. Bonded T1's only make since to use up to 6-8 Mbps, at this point it might make more since to look at a T3 Line.
How can a T1 be bonded? Well, in order to be bonded, it will need to run through the same router. The router is actually doing the bonding, giving the user higher bandwidth. The bonded T1 application requires the same ISP provider for the application to work.
Basically, you will have two T1 lines that are from the same provider that have been joined together in that special way in order to get a total of 3.0 Mbps of Internet bandwidth. Is any of this technical babble making sense to you? Businesses basically utilize this in order to expand the speed of there Internet bandwidth.
If you have two T1's and they are not from the same provider, then you will not be able to bond them together. The best technology to use in today's world can be done through Multi-link point to point protocol. This is a bandwidth-on-demand protocol that is used in order to connect a number of different links between two systems.
If you have two or more T1's that are not bonded, then you will not be able to get the full 3.0 Mbps of bandwidth all at one time. If you did a speed test, you would not get a result of 3.0 Mbps as the maximum amount you can download or upload would be 1.5 Mbps, even if you have two T1's. Do you see why it is so important to make sure you have bonded T1's if speed is mission critical to your business?
T1 Line Services:
T1 Line - Is a dedicated digital circuit that has a capacity of 1.544 Mbps of bandwidth. A T1 circuit consists of 24 channels that can be used in a number of different >> Read More
Integrated T1 Line - Is a dedicated digital circuit that has a capacity of 1.544 Mbps of bandwidth. An Integrated T1 circuit consists of 24 channels broken up >> Read More
Bonded T1 Lines - Two or more T1 Lines that have been bonded together to increase there bandwidth capacity. An individual T1 circuit is limited to only 1.54 Mbps of >> Read More
PRI / Primary Rate Interface - A PRI is an ISDN service that includes 23 B channels and one d channel per T1. The PRI is feature rich for voice applications. And >> Read More
VOIP / Voice Over Internet Protocol - VOIP is the process of sending voice information in digital form using the Internet. VOIP is fast becoming the norm of LEC's >> Read More
VPN T1 - A VPN T1 allows companies to interconnect different branches and remote home offices through the Internet securely. In today's market, VPN solutions can >> Read More
Frame Relay - Frame Relay is high speed switching protocol widely used in WANs. Speeds may vary depending on the customers needs. Many carriers offer burstable >> Read More
Point to Point / Private Lines - Point to Point is a solution used to connect two or more locations for voice and data communications. Point to Point connections >> Read More
T3 / DS3 - A dedicated circuit that has a maxim bandwidth of 45 mbps. The DS line can be used for a number of applications including voice and data. Typically the >> Read More
OC3 - An OC3 circuit has a maximum bandwidth of 155 Mbps. The OC3 circuit can be used for a number of applications including voice and data. Typically the OC3 line >> Read More
OC12 - An OC12 circuit has a maximum bandwidth of 622 Mbps. The OC12 circuit can be used for a number of applications including voice and data. Typically the >> Read More
Integrated T1 Line - Is a dedicated digital circuit that has a capacity of 1.544 Mbps of bandwidth. An Integrated T1 circuit consists of 24 channels broken up >> Read More
Bonded T1 Lines - Two or more T1 Lines that have been bonded together to increase there bandwidth capacity. An individual T1 circuit is limited to only 1.54 Mbps of >> Read More
PRI / Primary Rate Interface - A PRI is an ISDN service that includes 23 B channels and one d channel per T1. The PRI is feature rich for voice applications. And >> Read More
VOIP / Voice Over Internet Protocol - VOIP is the process of sending voice information in digital form using the Internet. VOIP is fast becoming the norm of LEC's >> Read More
VPN T1 - A VPN T1 allows companies to interconnect different branches and remote home offices through the Internet securely. In today's market, VPN solutions can >> Read More
Frame Relay - Frame Relay is high speed switching protocol widely used in WANs. Speeds may vary depending on the customers needs. Many carriers offer burstable >> Read More
Point to Point / Private Lines - Point to Point is a solution used to connect two or more locations for voice and data communications. Point to Point connections >> Read More
T3 / DS3 - A dedicated circuit that has a maxim bandwidth of 45 mbps. The DS line can be used for a number of applications including voice and data. Typically the >> Read More
OC3 - An OC3 circuit has a maximum bandwidth of 155 Mbps. The OC3 circuit can be used for a number of applications including voice and data. Typically the OC3 line >> Read More
OC12 - An OC12 circuit has a maximum bandwidth of 622 Mbps. The OC12 circuit can be used for a number of applications including voice and data. Typically the >> Read More
T1 Line Provider Network:
