Which advantage does the store-and-forward switching method have compared with the cut-through switching method?

The correct answer to this question is Frame error checking. Store-and-forward switching is the method in which the whole frame is stored into internal memory. The structure is checked for errors before the frame is forwarded to its destination. This checking of mistakes is the frame error checking. During this process, if a structure fails the inspection, it is dropped from the switch.

The frame is then thrown into a symbolic pit. Cut-through switching occurs when the LAN only switch copies its memory into the destination of the MAC address. Without the frame error checking in this switching, mistakes are possible to be sent to the wrong recipient.

A frame check sequence refers to an error detecting code added to a frame in the communications protocol. Frames are utilized to send payload data from a source to a destination. The frame check sequence is often transported in such a way that the receiver can calculate a running sum over the complete frame, together with the trailing frame check sequence, expecting to see a static result (such as zero) when it is correct. By far the most popular frame check sequence algorithm is a cyclic redundancy check (CRC) used in the Ethernet.