What is the intended outcome of properly splicing optical fibers?

Properly splicing optical fibers is primarily aimed at minimizing signal loss and maintaining performance. This is crucial because optical fibers transmit data as light signals, and any disruption in the alignment or integrity of these fibers during splicing can lead to decreased signal strength and increased attenuation. Optimal splicing ensures that the light traveling between the fibers can do so efficiently, with minimal reflection or scattering at the splice point.

When splicing is performed correctly, it creates a smooth transition for the light between fibers, preserving the quality of the signal over distances. This is essential in high-performance telecommunications and data networking applications, where maintaining the integrity of the signal is vital for effective communication.

While aspects like fiber length, the number of connections, and installation simplicity are also important in the broader context of fiber optic networks, the primary goal of splicing directly relates to the performance and reliability of the system by reducing signal loss.