Which of the following is an advantage of fiber optic cabling compared to copper cabling?

Fiber optic cabling offers significant advantages over copper cabling, particularly in its immunity to electromagnetic interference (EMI). This immunity arises because fiber optic cables transmit data as light rather than electrical signals. Since light signals are not affected by electromagnetic fields, fiber optic cables can operate in environments with high electromagnetic interference without experiencing signal degradation. This characteristic makes fiber optics particularly useful in industrial settings or areas with heavy electrical equipment, where copper cabling would likely encounter noise and potential disruptions.

While fiber optic cabling does have higher data capacity compared to copper and excels in long-distance communication, these are not the defining advantages being highlighted in the context of immunity to interference. Additionally, splicing fiber optic cables is generally more challenging than splicing copper cables, making the claim about splicing less favorable. Thus, the correct statement focuses on the resilience of fiber optics against EMI, setting it apart from copper cabling in specific applications and environments.