Even the most computer-savvy individuals often view cables as homogenous accessories overshadowed by the more intricate and appealing technology they’re used to power. One look into the raveled but necessary mess of electric noodles beneath one’s desk can certainly be called less interesting than the apparatus they’re being used to power.
But just like any other piece of technology, cables have their own unique styles, qualities, and specifications. Understanding what cables are and how they work has a number of benefits. Not only can knowledge on the subject help individuals save money on tech-related gear by being more savvy shoppers, but it can help individuals to make their own cable setup safer and more efficient.
As information is shared more frequently over modern methods of technology, the result is a unique and thriving industry: telecommunications. In an industry which is home to a host of unique and pioneering electronic devices as well as a diverse array of media information, the often overlooked force which actually brings these unique aspects together is the modern telecommunications cable.
What Are Cables And What Do They Do?
Most individuals understand that cables serve a purpose in “plugging up” a device. More specifically, telecommunication cables are a medium of transmission. They’re used to transmit guided electromagnetic waves from one point to another. Modulated wave signals are transmitted to a receiver. This transfer is guided by the medium, in this case the cable, in order to reach its destination effectively.
Different styles and variants of telecommunications cables exist today. Cables come in many different lengths and numerous prominent brands continue to provide the most innovate and quality styles on the market. Cables which are sturdy and built to withstand coiling and prolonged use without compromising the transmission of the signal are obviously better choices, as cables serve an important purpose.
Why Are Cables Important?
When it comes to innovations in the telecommunication and technological industry, emphasis is often placed on smarter machines, which are able to process and store more data while providing the users with an easy-to-understand interface for maximum performance. However as the fundamental quality of a network is the ability to transfer data to and from one of these devices to another, the connections are the key concept.
While wireless technology is evolving at a rapid rate, telecommunications cables are still used quite frequently. The ability to communicate information and media seamlessly is an integral part of modern internet usage, and cables are the component that allows complex devices to communicate consistently and media to be shared in perpetuity.
Telecom Infrastructure Corp is one of the more prominent organizations in the cable industry. The organization focuses on improved cabling design and techniques for more efficient and reliable communication of data across the globe. By understanding what cables do and what they’re specifically designed for, their design can be improved. Since these cables are often used in mesh networks, their benefits are not additive, but multiplicative.
What is The Purpose of Cables?
The purpose of cables goes far beyond their commonly believed purpose of “plugging things in.” Cables are, from a perspective of functionality, the “middle point” between devices communicating data. This process is complex, and a large amount of calculation is involved in determining the best methods for achieving consistent networking capabilities.
Constant innovations occur in the industry, as programmers, developers, and computer-users of all fields desire faster, more consistent, and safer methods of data transfers and networking. Businesses, educational institutions, and a plethora of other programs depend on reliable connections and safe methods for data transfer. While a large number of other pieces of hardware and software factor into this process as well, cables are a fundamental aspect of technology which even these others pieces of technology have a fundamental need for.
Copper vs Fiber
As with any other desired good or service that individuals value, cables exist in different variations. But the differences between cables exceed length and aesthetic appearance. In the telecommunications industry, two primary types of cables are used. The first is copper cable. As the name implies, these cables utilize a design in which copper is the primary conductor for the electric and electromagnetic impulses that are received and transferred.
The primary benefit of copper cables is that, in spite of their strength and ability to resist damage, they are extremely pliable. These two qualities make copper cables ideal for wiring complex systems while still ensuring that common problems such as creep and corrosion can be avoided. However another type of cable exists which provides a different design and new benefits.
Even the flexible and strong nature of copper cables can sometimes be difficult to adapt to specific needs. However fiber optic cables are designed to be constructed specifically for the environment the cable will be used. The Fiber Optic Association has provided detailed information about the advantages of this cable type when compared to copper. These cables use optical fibers to carry light, and are individually coated with a protective tube necessary for their intended function.