With proper termination, what is the expected performance of a fiber optic system?

With proper termination, a fiber optic system is designed to achieve low loss and improved efficiency. Proper termination refers to the technique of correctly connecting the optical fibers to connectors or splices, which minimizes the amount of light that is lost during transmission. When fibers are terminated correctly, the alignment, cleaving, and polishing processes are carried out accurately, ensuring that light passes efficiently from one fiber to another or into a device such as a receiver.

This low loss is crucial in maintaining the signal strength over long distances, which is one of the main advantages of fiber optics compared to traditional copper cables. High efficiency in a fiber optic system translates to a better quality of the signal and higher data rates, allowing for more reliable communication systems suited for various applications in telecommunications, data networks, and multimedia.

The other choices do not accurately reflect the benefits associated with proper termination. While higher installation costs may be encountered due to the need for specialized skills and tools, these are often offset by the long-term savings from reduced maintenance and the benefits of lower signal loss. The assertion that proper termination results in increased visual appeal focuses on aesthetics, which is not a primary concern in the technical performance of the system. Lastly, stating that it leads to reduced versatility in applications contradicts the fact