The pipes we use when we call friends, watch videos online, or text family are something special called fiber-optic cables, they’re different from the pipes we see all around us everywhere. These marvelous things are like the highways of all your information, making sure your data can reach its various destinations around the globe! Let’s explore how fiber-optic cables work and how they revolutionized our method of communication. Fiber-optic cables are thin strands — made out of glass or plastic — that transmit information using light. Those cables are multilayered. The core allows the light to travel, the cladding forces the light back into the core, and a protective coating isolates the cable and prevents it from being broken. Fast moving light pulses carrying data (as data travels through a fiber optic cable)
As is clear from the time with the copper cables, which were used for communication before the 1980s when all these things were possible. These copper wires were much slower and couldn’t transmit data over long distances without quality degradation. Fiber-optic cables transformed everything by allowing data to travel faster and farther than ever before. This shift led to the development of high-speed internet, video calls and other contemporary ways to communicate.
One reason fiber-optic cables are so effective is that light travels far faster than electricity. When data gets transmitted via these cables, it forms into light pulses that travel through the core. Those light pulses ricochet off the damn sides of the core and hit the end of the cable, turning back into data. All of this happens in a very short time, and data are transmitted quickly, and accurate.
Fiber-optic cables are vital for modern communication networks. They transport tremendous amounts of data around the world. Internet companies, phone companies and governments use such cables to connect people and organizations over long distances. Without fiber optic cables, it would be more difficult to communicate with friends and relatives who live many miles away or to locate information online.
In addition to being high-speed, optic cables are also beneficial in many ways. It is difficult to tap into optical cables, which makes them much more secure than copper cables. They also resist interference from other electronic signals that can disrupt communication over long distances. And once it’s there, fiber-optic cables are durable and remain in place for decades without needing to be replaced.
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