Final answer:
Channel architecture enhances system performance by facilitating independent I/O and memory transfers, preventing CPU conflicts and managing data flows efficiently, thereby addressing storage bottlenecks. The correct answer is B.
Step-by-step explanation:
The channel architecture is more powerful and flexible because it designs the system in a way that allows data transfers to be handled more efficiently. One of the key advantages is that it facilitates data transfers between I/O (Input/Output) devices and memory without causing a conflict with the CPU (Central Processing Unit) during transfers. This means that the CPU can continue processing tasks while I/O operations are being conducted, which enhances overall system performance.
Furthermore, the channel architecture can help isolate and process each operation independently, leading to better stability and fewer data bottlenecks. When considering data storage and transfer, this approach underscores the importance of addressing the bottleneck represented by storage, as expressed in the context that wired electrical transport is relatively easier to implement compared to other modes. This emphasizes the usefulness of channel architecture in managing the data flow and avoiding system conflicts that can cause delays in processing and transfer of information.