With the technological industry growing at a rapid pace, new devices and computers are being generated constantly in order to provide users with a more enjoyable and seamless communicating experience. The information that is communicated is also evolving at a rapid rate. New types, formats, and mediums of communication are being created to spread information to more people than ever before.
Given the fact that the industries of technology and communications must be able to work together and synergize properly, the technology which ensures such synergy is also improving rapidly in order to keep up. Multiple companies, including Telecom Infrastructure, have become industry leaders in the area of telecommunications cables and networking practices.
Among the many options available in the telecommunications industry in terms of cables, two primary types of cables are used prominently in the industry. Each type has its own unique qualities, specific uses, and exclusive benefits. Given this, it is important for those with a vested interest in telecommunications to be knowledgeable about the differences between the two.
What Are Copper Cables?
The first type of cable is the older of the two. Copper cables have been common in multiple industries for many decades. Copper cables are cables which utilize copper to conduct the transmission of electric and electromagnetic signals and information. The unique qualities of copper make it a suitable conductor for a consistent transmission over a long period of time.
Where Are Copper Cables Used?
Copper is known for its durability and ability to withstand damage and wear. However while one might assume that its strength makes it rigid and difficult to maneuver, this is not the case. Due to this unique combination, copper cables are used in a variety of wiring situations. Copper wiring is a favorite of the automobile industry as the wires are small and work well in areas where space is limited.
Copper cables are designed to have very specific functions and to accomplish those functions well. For specific connections of relatively homogenous data in a relatively steady amount, copper cables function well. Their strength allows them to provide stability while their palpable nature also allows them to be manipulated as needed.
Why are copper cables used?
Copper cables possess several unique qualities. Not only do the wires serve as consistent and reliable means of transferring electric and electromagnetic signals, but they are very small in space and can fit well into a variety of situations. This versatility is increased by the fact that in spite of copper wire’s durable nature and ability to withstand wear, it is very flexible. This makes it ideal for small areas needing intricate wiring patterns to facilitate very specific connection types.
What Are Fiber Optic Cables?
Optic fibers, like copper, also serve well as conductors. Fiber optic cables are cables which utilize optical fibers to transfer light through cabling in a variety of patterns. Multiple wires are often bundled in a protective and conductive shielding. This process allows for wires to be protected in a specially-made material and to further diminish the possibility of interference.
Due to the way light travels through these fibers, it provides much less of an opportunity for interference and problems than standard electrical transmissions. Cables can be specially made, bundled, and shielded in order to suit the unique needs of the situation. This type of cabling is much more versatile and can be used in a wider variety of industries to the cable’s ability to avoid interference from other signals.
Where Are Fiber Optic Cables Used?
Fiber optic cables are extremely valuable in computer networking and telecommunications companies. Where multiple connections are required to function simultaneously, in close quarters, and to relay information consistently, the transfer of light through fiber optic cables provides much less of an opportunity for interference than other types of wires.
Computer labs, news stations, and media companies all utilizes fiber optic wires in greater numbers than ever before. Shane Weaver, a blogger at Cable Organizer, has highlighted the increasing use of fiber optics in modern industries which have an increased demand for communication over longer distances and greater numbers of data transfers in general.
Why are fiber optic cables used?
Given that fiber optic cables are specifically created to avoid interference and disruptions from other sources, they can be used alongside other cables to facilitate more connections and transfer more data with fewer problems. It is for this reason that fiber optic cables are very good at transferring information on mesh networks while retaining the strength and purity of the signal.
Fiber optic cables are very good at transferring information longer distances and at greater bandwidths. Many large networks which utilize multiple, versatile functions use fiber optic cables because of their versatility. Because fiber optic cables are created to resist interference and disruptions common in other types of wires, they are used in situations where multiple types of connections for multiple purposes will be needed.