Explanation:
Yes, that's true. Circuit switching is indeed a communication mechanism where a dedicated communication path is established between two endpoints for the duration of a communication session.
In circuit switching, when two endpoints want to communicate, a dedicated communication channel, or "circuit," is established between them before any data transmission occurs. This circuit remains allocated for the entire duration of the communication session, ensuring that the communication between the endpoints is isolated from other communications.
During the communication session, the circuit provides a guaranteed amount of bandwidth and ensures that the data is transmitted without interference or contention from other users. This approach is commonly used in traditional telephone networks, where a physical circuit is established for each call.
So, in summary, circuit switching does provide a dedicated path between two endpoints with guaranteed isolation, making the statement true.
