Q. Before Asynchronous Transfer Mode (ATM), the different frame networks are

View solution

Q. The field that defines the type of packet in the Convergence Sub layer (CS) is called

View solution

Q. X.25 has a data rate of

View solution

Q. In the pure ATM LANs, stations can exchange data at one of two standard rates of ATM technology i.e. 155 and

View solution

Q. The Application Adaptation Layer 2 (AAL2) is used for

View solution

Q. If there is not much information to transmit, much of the field goes unused in

View solution

Q. The SAR sublayer of the AAL 3/4 has header and trailer consist of

View solution

Q. Frame Relay was designed in the late

View solution

Q. The bit which indicates the priority level of the frame is called

View solution

Q. The original design of Asynchronous Transfer Mode (ATM) was based on

View solution

Q. The first bit of the header field in Segmentation and Reassembly (SAR) sublayer is used for

View solution

Q. A virtual circuit is identified by a number called a data link connection identifier (DLCI) in

View solution

Q. In the pure ATM LANs, the source and destination address are changed into

View solution

Q. A virtual-circuit switching network X.25 has a data rate of

View solution

Q. An approach that allows stations in a mixed architecture to communicate with one another is known as

View solution

Q. The technology that can be easily adapted for expansion in an organization is

View solution

Q. The designers of Asynchronous Transfer Mode (ATM) wanted to maximize the

View solution

Q. SAR stands for

View solution

Q. SN stands for

View solution

Q. VCIs in Frame Relay are called

View solution