Which statement is true regarding fiber-optic pigtail splicing?

Fiber-optic pigtail splicing is considered faster and more reliable than installing connectors in the field primarily because of the streamlined process it offers. When working with pigtails, technicians typically perform a splice between a factory-terminated fiber optic pigtail and the existing fiber. This method minimizes the time spent on the installation since those pigtails are already prepared and tested.

Additionally, splicing tends to produce a better optical performance due to the elimination of the connector interface at the splice point, which can be a source of signal loss and reflection in connectorized systems. Since connectors require proper alignment, cleaning, and testing, they can introduce additional steps that prolong the installation process and may lead to potential errors.

In contrast, pigtail splicing reduces the variability associated with the installation of connectors, yielding a more consistent performance and reliability. The need for precision in connector installation does not apply when utilizing pigtails, as the splicing method inherently controls many of the factors that could lead to connection issues. This combination of speed and reliability makes pigtail splicing an advantageous approach in fiber optic installations.