Final answer:
The statement is true; fiber cabling provides faster and farther data transmission with high bandwidth and low loss, ideal for telecommunications and internet communications.
Step-by-step explanation:
The statement that fiber cabling transports more information faster and farther than traditional copper cabling is true. Optical fiber cables, which use light to transmit data, have a high bandwidth, meaning they can handle a large amount of data at once.
This is due to the fact that optical fibers have low loss, allowing light to travel long distances without significant dimming, making fiber optics ideal for long-distance communication.
Fibers are also less prone to reduced crosstalk, which means optical signals in one fiber don't interfere with those in another.
This is crucial in telecommunications and internet connections, where maintaining signal clarity across multiple channels is essential. Lastly, refraction is a fundamental principle utilized in fiber optics that allows light to travel along the fiber cables by bouncing internally, which is incredibly efficient due to the phenomenon known as total internal reflection.
True. Fiber cabling transports more information faster and farther, making it a benefit of using fiber optic cables. This is because optical fibers can transmit data using light signals, which have a much higher bandwidth compared to electrical signals used in copper cables.
Optical signals in one fiber also do not produce undesirable effects in other adjacent fibers, reducing crosstalk. Furthermore, fibers can be made so transparent that light can travel long distances before it requires amplification, resulting in low loss.