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Real-time Paskenta T1 Rate Quotes are Here! Welcome to T1Stop.com, the world's only real-time business Broadband/Bandwidth, T1 Line/DS1 Line, T3 Line/DS3 Line, Integrated T1/Integrated DS1, and VoIP Solution quote tool! Use our free service to perform unbiased independent price research to find the best service at the best possible price in the telecom market today. Once you select a plan that interests you, a member of our sales team will contact you to discuss the details of your quote, confirm pricing, and assist you with the signup process. You can also call our toll free help line at 888.765.8301 for live assistance. Remember, some quotes may not be accurate so always call or email to confirm. We would hate for you to leave us and go somewhere else due to a pricing error. This has happened several times, please we are here to assist you and be your trusted advisor.
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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.
A T-1 line actually consists of 24 individual channels, each of these channels supports 64 Kbits per second. Each 64Kbit per second channel can be configured to carry data or voice transmissions.
A T1 connection is sometimes referred to as a "dedicated service" as the service is delivered to and from the customer premise from the CO (Central Office) without combining it with other traffic.
A T1 connection is established by providing a loop or wire from the user premises to the CO where the service provider has equipment. Part of the cost of a T1 is the loop charge or the monthly rental fee for the wire that is rented from the local phone company.
T-1 lines are a popular leased line option for businesses connecting to the Internet and for Internet Service Providers (ISP's) connecting to the Internet backbone.
The Internet backbone itself consists of faster T-3 line connections.
Shopping for T1 lines is not easy. You perform a search in your favorite search engine and you see millions of pages, all of which claim to save you money.
They create simple HTML forms that look like they have been programmed by a seventh grade student which captures your information, and either sends it to every vendor in the universe or some in-house former used-car salesman who will sell you whatever will pay him the biggest bonus.
A T1 Line and DSL connection both offer bandwidth at high speed but there are factors that greatly differentiate them from one another. These factors are price and reliability.
Depending on your location and T1 provider availability, a fractional T1 will normally be priced between $250.00 and $750.00. A T1 is more expensive than a DSL connection but is much more reliable.
DSL is a quick and cost effective method of acquiring high speed bandwidth however it is not intended to support commercial applications or large numbers of users like a T1 connection.
A network is like a spider web, the basic reason that the Internet is often called that. It's a series of lines (called routes) that have intermediate and end points (called nodes) that connect devices together. Those connections and routes are what allow the devices to share, input or output information across the network.
Along those routes, signals flow that contain information of interest to the network users. Like a trapped fly that tugs on a part of the web, the disturbance is sent down the line, through nodes, to the spider at another point on the web. Unfortunately for the fly, the spider often sends back a reply.
Unlike a spider web, though, a computer network sends and receives those disturbances in the form of something called packets. There are other ways to perform the same function, but today almost all networks operate as explained below.
Software and hardware on the network cooperate to pass those packets. Packets are chunks of information containing your data wrapped in control information. That control data at the front and back of your data allows routers and computers to know where and how to send your data.
In most commercial and home networks, the method uses something called IP, or Internet Protocol. Every device on the network gets assigned an address in the form of what is called a dotted octet, such as 209.131.36.158. In the home, those addresses are usually in a range of:
10.0.0.0 through 10.255.255.255, or
172.16.0.0 through 172.31.255.255, or
192.168.0.0 through 192.168.255.255
Those constitute what are called Private Addresses, since they can't be sent unmodified over the public networks that form the Internet. They're used by routers, computers and peripherals in your home network.
Private commercial networks, such as those inside companies large and small also use these same address ranges. Something called network address translation, NAT, at a device called a boundary router allows many companies and homes to use the same range without accidentally passing information to and from one another over the Internet.
Note that your home computer may have a very different address, such as 70.31.192.243. This is often the case because a single computer connected to the Internet gets an address assigned by the ISP, Internet Service Provider. You then don't really have just a home network, but are a paying customer of a commercial network.
When each device - each computer, router, printer,... - is assigned its own address, the software and hardware can figure out where data is coming from and should go to. It's what makes possible communication without confusion.
The router software and/or hardware, in cooperation with networking hardware and software in each device, routes the data to and from the proper devices using those addresses. The method is in principle the same as that used by the postal system to route letters from one home or business to another.
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