ASYNCHRONOUS BALANCED MODE Meaning and
Definition
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Asynchronous Balanced Mode (ABM) refers to a data communication protocol commonly used in telecommunications networks. ABM is a type of data link protocol that allows for the transmission of information between two devices or systems in an asynchronous manner, meaning that data is sent and received without the requirement of a synchronized clock signal.
The main feature of ABM is its ability to maintain a balance between the transmitting and receiving devices, ensuring that both systems have an equal opportunity to send and receive data. This balance is achieved through the use of specific control mechanisms that regulate the flow of information between the two devices.
ABM operates by dividing data into fixed-sized units called frames, which are then transmitted across the network. These frames consist of a number of different fields including control information, address information, and data payloads. The control information ensures the proper sequencing and error checking of the frames, thereby enhancing the reliability and integrity of the data transmission.
One of the advantages of using ABM is its ability to adapt to varying data traffic conditions. It dynamically adjusts the flow of data between the devices, ensuring that the system can handle high traffic loads without causing congestion or delays.
In summary, Asynchronous Balanced Mode is a data link protocol that maintains a balanced and efficient data flow between two devices or systems. It allows for asynchronous data transmission and provides mechanisms for error checking and flow control, making it a reliable and adaptable communication protocol.
