![]() | ![]() We offer free online quotes for ATM - Asynchronous Transfer Mode and other Data Services for Wide Area Networking (WAN), and guarantee the lowest rates for ATM from dozens of carriers! |
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| Welcome to the easiest online ATM quote tool! Use our free service to perform unbiased price research to find the best service at the best possible price. Once you submit your location details and network parameters, a Product Specialist can help design and quote the proper data solution for your needs. You can also call our toll free help line at 877.BMGC.NET (877.264.2638) for live assistance. Already have an RFQ built for your network? Send it to us here. | ||||||||||
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Whether you have ATM, or any other form of WAN or Data Services, you may occasionally need an onsite technician to help you with your Local Area Network (LAN), like obtaining structured cabling for your network, installing or configuring workstations, servers, hubs and switches, wireless access points, etc. Enter your ZIP Code: How it works:
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Written by: Karsten Kramer - Mar 21, 2010 No, this isn't your corner ATM machine. In telecommunications and data communications circles, A.T.M. stands for Asynchronous Transfer Mode, and is a type of data service. While many carriers are now running their voice, data, and Internet services over IP enabled networks, one of the first steps to a more efficient carrier network involved running an ATM core newtork. We'll write more about how carriers utilize ATM in another article, but for now, let's focus on how individual businesses and large enterprise customers can use ATM. A long time ago, if you wanted to connect two or more computer networks together from different ends of town, or across the country, you would have to get a private line, or leased line, from a carrier to connect the two locations. As the number of of locations increased, or the distance between the locations grew, the more expensive each connection became for the carrier, and of course, for the customer. To streamline connections and costs, carriers began to install Frame Relay switches in local markets, and connected them via a Frame Relay network, allowing for local customers to buy a connection into the nearest Frame Relay switch, and let the network route the traffic between the customer's locations in a more efficient manner, as traffic warranted, instead of paying for dedicated connections end to end, tying up more real estate in the carrier's network. Similarly, ATM was another evolution of this concept. ATM had many benefits over frame relay, mainly bigger connection capacity, and more Quality of Service (QoS) possibilities. With ATM, customers could connect more locations together, or to a headquarters location, and could run more bandwidth intensive applications, such as Voice over IP (VoIP), video conferencing, streaming video, etc. |