Which statement is true regarding digital networks compared to analogue networks?

Digital networks support better data transmission due to several inherent advantages over analogue networks. Digital signals, which consist of discrete values (0s and 1s), can be transmitted more efficiently and with less degradation compared to analogue signals, which are continuous. This means that digital networks are capable of maintaining higher quality over longer distances and are less susceptible to noise and interference.

Moreover, digital data can be compressed, encrypted, and transmitted over various media, enhancing both security and speed. The ability to easily integrate with modern technologies like the Internet also gives digital networks an edge in terms of speed and responsiveness, enabling faster data transfer rates and better overall performance for users.

The other options present valid points, yet they do not capture the key advantage that digital networks have in terms of data transmission quality and efficiency. For example, while digital network designs can be complex and potentially more costly in certain scenarios, these aspects do not overshadow the superior transmission capabilities that make digital networks preferable in most contexts. Similarly, user-friendliness may vary depending on specific implementations rather than being a definitive characteristic of digital versus analogue networks.