Companies within the airline industry are transporting people around the clock. In fact, research from data company FlightAware found that nearly 9,728 planes are carrying 1.27 million people in the air at any moment. Considering that, it’s important for these companies to transmit large amounts of data. In this post, you’ll learn the differences between multiple types of data transmission cables used in the aviation industry.

3 Types of Data Transmission Cables

Many industries rely on fast and accurate data transmission. In order to achieve this objective, you’ll need to utilize the right kind of cabling. With that in mind, here are three popular types of data transmission cables.

1. Fiber Optic Cables
   
   For industries needing the fastest speeds, you’ll want to choose fiber optic cables. These data transmission cables exist in either single mode or multimode forms. Whereas single mode uses a single beam of light to transmit data, multimode cables ensure multiple beams of light are able to move through fiber optic cable cores.
2. Coaxial Cables
   
   If you’re working with high frequencies, it’s wise to consider using coaxial cables. These types of cables are enclosed by a type of foil which remains protected by plastic coverings. These types of cables are popular within the communication and television industries.
3. Twisted Pair Cables
   
   These types of cables are often used to help companies transmit communication and data information. There are two types of twisted pair cables, those that are either shielded or unshielded.

Using One Set of Cables for Multiple Purposes

If you’re needing cables to accomplish multiple functions, you’ll want to consider using multicore cable assemblies. This type of cable assembly allows you to take care of communication, data transmission, and other types of signals while using a single set of cables.

In conclusion, there are several types of data transmission cables often utilized by aviation companies. It’s important to remain safe while working with all types of cables, especially those transmitting electricity. If not, you could encounter overcurrents. This situation occurs when the normal load current is exceeded. You can avoid the problems associated with overcurrents by utilizing fuses and circuit breakers. For instance, a 100% rated circuit breaker is able to provide continuous operation while at 100% of its rating. Avoiding any current issues helps to ensure that workers and passengers continue to fly in a safe manner.