Which of the following is an implication of not having a distribution amplifier in a network?

The implication of not having a distribution amplifier in a network is primarily tied to the increased risk of signal loss over long distances. Distribution amplifiers serve to boost the signal strength before it is distributed to various parts of the network. Without this amplification, the signal can weaken as it travels over extended distances, leading to a degradation in signal quality.

In a network, signals can be subject to attenuation as they travel through cables or other mediums. When a distribution amplifier is absent, the original signal intensity can drop significantly, especially over long runs, making it difficult for receiving equipment to decode the signal accurately. This factor becomes particularly critical in scenarios where the network spans large areas, and maintaining signal integrity is essential for overall performance.

Understanding this concept is crucial for network designers, as they must strategically decide where to place distribution amplifiers to ensure robust signal transmission throughout the entire network infrastructure.