Fiber Optic Technology

From the beginning, thanks to fiber optic technology, the efficiency and speed of the telecommunications industry grew rapidly. In 1979, AT & T invented a data transmission model (called optical fiber cable) using optical communication and introduced innovative ideas to the telecommunications industry. In this mode, a bandwidth of 44.736 Mbps is generated, and one fiber can multiplex 672 trunk lines (Cole, M. 2000). However, this development is only the beginning of the massive expansion of telecommunications, which will continue to change the industry.

The rapid development of optical fiber technology is also important for the IT revolution. Fiber optic technology converts data containing sound captured in digital form into small light pulses and then enables it to be transmitted at high speed through fiberglass wrapped in a high capacity communication cable. Over the past decade, hundreds of thousands of miles of these cables were installed and the speed and capacity of the telecommunications network improved. One factor that contributes to the development of the technical sector is human capital. Most technology companies around the world are increasing the benchmark production level of new technologies to the pursuit of new areas of improvement for their products. Human capital, labor and progress in these advances are often the reasons for company success, but others are not. Because technology companies are seeking skilled workers with technical and problem-solving skills, they will be more competitive.

Fiber optic technology has changed the infrastructure underlying devices such as televisions, telephones and the Internet. These are technologies that most people who have heard of optical fiber think about when talking about innovation. This technology is also very useful for applications such as medical image processing and mechanical engineering testing. Fiber optic lines are made of optically pure glass, which is thin, but can transmit undamaged data over long distances.