Which of the following is an advantage of a PON?

Study for the BICSI OSP Design Test. Prepare using multiple choice questions, with hints and explanations to enhance understanding. Succeed in your exam journey!

The key idea is that a Passive Optical Network relies on passive components for the distribution path, so there are far fewer powered electronics between the central office and subscribers. With a passive splitter in the field, the signal splits without any active repeaters or switches, meaning most of the network remains without powered equipment. That leads to lower power needs, less maintenance, and less gear to manage along the route, which is the main advantage.

Because of that, having fewer active network devices fits best. The other options don’t align with how PONs are built: increased equipment space isn’t right because PONs reduce equipment in the field by using passive components; more fiber isn’t necessary since PONs share fiber among multiple users rather than each user needing their own dedicated fiber; and shorter distances aren’t a guaranteed benefit—distance is governed by the optical budget and the split ratio, not by the fundamental advantage of being passive.