Which type of backbone cabling is more likely to use fiber optic technology?

The use of fiber optic technology is predominantly associated with interbuilding backbone cabling due to its superior performance characteristics over long distances. Fiber optics can handle significantly higher bandwidths and data rates compared to copper cabling, making it ideal for connections that span between different buildings. This type of cabling must support high-speed data transfer and the substantial data loads typically required for connecting multiple buildings within a campus or office environment.

Additionally, fiber optic cabling is less susceptible to electromagnetic interference and signal degradation, which is particularly beneficial when transmitting large amounts of data over longer distances. This ensures that the integrity and speed of the data are maintained, a crucial requirement in network design for interbuilding connections.

In contrast, intrabuilding cabling, coaxial cables, and twisted pair cables are generally more appropriate for shorter distances and specific applications within a single building, where the advantages of fiber optic technology may not be as necessary.