While fiber optic cables have been around for a long time, most people don’t fully understand them. Due to this, there are plenty of myths surrounding them. Some of the most common myths include:
The optic fibers are expensive
Years ago, the fibers used to be expensive. They were more expensive than copper. This is no longer the case. Nowadays, due to the drop in the manufacturing costs and ease of terminations, fiber optics are now less expensive than most of the copper installations. In addition to the cables being cheap, they are also easy to maintain.
The cables are difficult to terminate
Just as the fiber cables were expensive a few years ago, they were also difficult to terminate. The cables were fragile, they required you to limit the amount of exposed glass, and the glass shards were dangerous thus you had to take great care of yourself. With advances in technology, this is no longer the case. Nowadays terminating the fibers with SSF is very easy. In fact, you can do it with just a little training.
The fiber optic is impossible to hack
Fiber optic cables are often used in computer connections. One of the most sensitive issues with computer connections is the ability of other people to get access to your information through hacking. The cables use light that stays within the cables which makes it difficult for hackers to access your data. While this is the case, it doesn’t mean that it’s impossible for hackers to access your information. All the hackers need to do is to have a network tap and a physical access to your cable. Due to this risk, you should take the safety of your computers seriously to prevent people from getting into your network. You should also encrypt any data that you want to be kept private.
Optic fiber infrastructure is different from that in copper
In most cases, fiber optics are compared to copper. Since they are competitors, many people feel that their infrastructure is different. This isn’t the case. Most of the parts and pieces of the two are similar. The wall boxes, patch cables, wall plates, and in-wall components are the same. The layout of the two networks is also similar.