Which cable type would be ideal for a hybrid fiber coax network?

In a hybrid fiber coax (HFC) network, the ideal cable type is singlemode fiber. This is primarily due to its ability to support long-distance transmission with minimal signal loss. Singlemode fiber has a smaller core diameter compared to multimode and other fiber types, allowing it to carry light directly down the fiber without much dispersion. This attribute is crucial in a HFC network, where signals are transmitted over extended distances to reach various nodes while maintaining high bandwidth.

The architecture of an HFC network typically involves using fiber optics for the backbone, providing high-speed data transfer over long distances, while coaxial cables are utilized for the last-mile delivery to the customer premises. Singlemode fiber's efficiency at transmitting data over long distances makes it particularly well-suited for forming the backbone of such networks, ensuring that the data remains intact and the speed remains high across the network.

Other cable types listed, such as Plastic Optical Fiber, breakout cable, and zipcord cable, do not provide the same advantages in terms of distance and bandwidth necessary for a reliable HFC network. Plastic Optical Fiber is typically used for short-distance applications, breakout cable is more suited for specific installations involving multiple fibers, and zipcord cable is commonly used for indoor applications where flexibility and ease