Which components make up a tight buffered breakout cable?

A tight buffered breakout cable is designed for high-density installations and typically consists of individual fiber strands in a more manageable format. The correct answer focuses on the composition of these cables, which include separate fibers that are tightly buffered (i.e., coated with a protective layer), allowing each fiber to be handled individually while still being organized within a single assembly.

The use of individual single fiber cables is significant because it facilitates straightforward termination processes and enhances the ability to make connections or repairs. This design allows for easier routing and deployment in various environments, particularly in data centers or networks where space and organization are crucial.

In contrast, the other options do not accurately describe the construction of a tight buffered breakout cable. Electromagnetic waves refer more to signals transmitted through the fiber, which is not about the physical components of the cable itself. Sections of cable with a connector at one end relates to termination methods but does not appropriately represent the structure. Short sections of jacketed fiber cable may describe a similar design but does not emphasize the individual fiber aspect that is central to a tight buffered breakout configuration.

Thus, the defining characteristic of tight buffered breakout cables is their assembly of individual fibers, which is why this option is recognized as the correct answer.