Types of Fiber Optic Cable and Other Miscellaneous Facts

When dealing with cables, you should have dark fiber optics or unused additional cables lying around so that if you require more resources, all you’ll need to do is plug the extra wires in. This gives cable operators the benefit of backup or redundant systems already readily available should certain cables become inoperable for whatever reason. That’s just one of many kinds of fiber optic cable, though.

There are many types of fiber optic cable available. Fiber optics differs in terms of what frequency they’re good for and what operating window is best for them (1550nm, 1310nm, and 850 nm). You should also gauge which operating window best suits a given cable in terms of attenuation or the loss of optical power as light travels through the wire.

Also Read:

Your Ultimate Guide: What Is a Fiber Optic Cable?
The Fiber Optic Backbone of a Network: The Dark Fiber Saga
Fiber Optic Color Code: Understanding What It Means

Types of Fiber Optic Cable

Miscellaneous Fiber Optic Facts

  • Fiber optics are so efficient at delivering data and electricity back and forth from a source to¬† a recipient that they’ve become indispensible in the world of major telecommunications, particularly cable TV companies and Internet service providers (or ISPs). With that said, there are many types of fiber optic cable to choose from in terms of it being dark fiber or extra fiber optic installations for backup, fiber optics measured by operating window, fiber optics measured by diameter and size, and perhaps fiber optics categorized by price (commercial bulk deals versus regular fiber optic use at home). This is why fiber optics is considered the wave of the future by many.
  • The optical cable technology helped usher in the cable TV era and the Information Age, since soon instead of faulty, slow dial-up, people were availing of broadband and cable Internet connections for faster downloads and surfing. This is what allowed major telecommunication companies to become leaders in these optical cable markets; they’re viable sources of income for sure. Because of their built-in networks, these firms were able to dodge many a startup company cost by working cost-efficient cable services into their systems. However, these corporations had aspirations of conquering the market on optical cable backbone systems, which caused them to overbuild them.
  • This led ultimately to driving the price of access downward, thus cables became cheaper than the installation fee or labor costs of putting them up. You can buy them by bulk relatively cheap, and even regular cables aren’t too exorbitantly priced since the supply exceeds the demand. Many cable manufacturers ended up bankrupt because of their lack of foresight. Because of competition fears, many existing local careers stood their ground in refusing to allow their systems to be accessible to outsiders. They were scared that they’d lose the chance to get into the lucrative ancillary services they’ve hoped to cash-in on.
  • This resistance made regulators step in for the sake of requiring cable service providers lease space. The lobbies of the companies allowed the preservation of certain portions to be exempted from regulation, such as FTTP installations that are fiber to premises. The regulations weren’t as far-reaching as people believed they’d be. Many refused to participate in leasing programs for fiber optic backbone systems. They eventually caved in and offered swaps with other carriers for the sake of building strong corporate alliances with each other.