Composite cables refer to cables that contain ____?

Composite cables are designed to leverage the benefits of both optical fibers and copper conductors within a single cable structure. This combination allows for a versatile approach to data transmission, where the optical fibers can carry large amounts of data over long distances with high bandwidth and low loss, while the copper conductors can be used for power or signal transmission over shorter distances where electrical signaling is needed.

The inclusion of both optical and copper systems enables a wide range of applications, as it provides flexibility in connecting various types of devices, such as integrating devices that only communicate over copper interfaces with those that require fiber optics. This makes composite cables effective in environments that demand both high-speed data connections and traditional electrical connections.

Other options focus on single mediums—either just optical fibers or just copper conductors—which do not provide the combined advantages inherent in composite cables. Therefore, understanding what composite cables entail helps grasp the flexibility and functionality they offer in fiber optic communication systems.