Because it transmits data over the public network, Verizon Frame Relay Service offers organizations a number of competitive advantages - including an easy migration to Asynchronous Transfer Mode ATM.
Applications include sending X-rays from a small hospital to a university specialist, layouts to a printer, financial data from one brokerage firm to another or inventory reorders to plants and suppliers. With Frame Relay, LANs at one or more locations can have access to information that resides on mainframes or servers that are not co-located.
Customers who will benefit from Frame Relay include those with: High speed requirements Interactive or bursty traffic Dedicated lines to multiple sites Geographically dispersed sites Multi-vendor, multi-protocol environment Strategic supplier relationships including outsourcing Legacy IBM infrastructure.
Frames are variable-length packets of data that are created when a stream of information from an end user's device a PC, terminal, or LAN is sent to frame-relay specific equipment and divided into smaller parts. Each frame includes the data plus the network address and error detection information. Instead of using costly duplicate lines to connect multiple locations, Frame Relay Service uses the public network to give you multiple Permanent Virtual Connections PVCs which are pre-established paths through the frame relay network.
These PVCs provide multiple-site connectivity all through the same access line. They allow the customer to obtain information on their Frame Relay Network - such as port and PVC status and PVC address assignments - and they provide real-time alarms if a problem occurs on the network. Optional Features. Basic and Verizon Frame Relay Service offers features and flexibility to manage the evolving needs of your business.
Backup UNI for disaster recovery where available. In everyday life we can call frame relay very simple programmed software at the telephone company that is there to provide efficient, digital connections from one point to another. It should never be confused with the Internet, it is not the Internet.
Along with all other things, frame real also has a history and a story to be told. It has moved over the years from "Analog to Digital". What we first knew of frame relay was that to do with telephone lines. This method was updated and surely made more efficient and effective. What we know today is frame relay in a digital, high speed transmission. This is used for multimedia and graphics.
To understand the transition from analog to digital, one must also understand the advantages of digital. Frame Relay revolves around to major ideas.
Circuit in this is called virtual because if has no wires or cables. Committed Information Rate is the communication rate that the telephone company contracts and negotiates that allows transmission. We can look at frame relay with the example of a library. Their are no modems that hook the central library to the branches, instead we look at it as a frame relay cloud. Within this cloud there is switch at the telephone company that allows the transmitting of information through a modem there.
Their is no duplication of equipment, because the switch provides for the " routing of data ". Overview Verizon Business Frame Relay Service is a fast-packet technology that sends data over the public switched network in variable-length blocks, called frames. Benefits Bursty Traffic. Speed of Service Delivery.
Use of a common infrastructure offers process efficiencies that help improve installation times. Common Network. Allows federal agencies to share data across a common network. Eliminates Disparate Infrastructures.
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