What is behind the Exponential Growth of the Fiber Optic Cable Market?

By Telecom Tech Outlook | Thursday, September 17, 2020

Fiber optic cables transfer information using light-based technology. Information is converted into a light pulse, transmitted through a glass cable, and received at the other end. Light can be transmitted at a much higher speed, and frequency versus traditional copper cables, and, as a result, fiber optic cables operate at a significantly higher bandwidth.

FREMONT, CA: The demand for internet connectivity continues to rise each day. The COVID-19 pandemic outbreak has pushed us towards a more connected world where people work from their homes and manage all activities through the internet. The increasing demand for internet connectivity with high speeds has led to the increased popularity of fiber optic cable. The technology market has shown significant growth in recent years, with experts predicting a 12 percent compound growth rate by 2024. The exponential growth rate of the internet has led to a rise in demand for increased bandwidth. A large amount of information is transmitted across the internet each day, with information forms like multimedia and video on the rise. This results in the need for a communication infrastructure that can handle vast quantities of data and deliver this effectively on a global scale.

Top 10 Telecom Testing Solution Companies - 2019Fiber optic cables transfer information using light-based technology. Information is converted into a light pulse, transmitted through a glass cable, and received at the other end. Light can be transmitted at a much higher speed, and frequency versus traditional copper cables, and, as a result, fiber optic cables operate at a significantly higher bandwidth.

Light in fiber optics also offers several security benefits in contrast to the traditional copper cables. This is one of the reasons why it is increasingly in trend today. The focus on protecting sensitive data is more significant than ever, and fiber optic cable provides just that. Glass does not conduct electricity and, as a result, cannot be interfered with by an electrical current. This means it is almost impossible to intercept any data being transmitted. Also, external factors such as lightning will not impact a fiber optic cable, minimizing the risk of any data loss during extreme weather.

5G network has been a much-discussed topic in recent years. The technology promises to revolutionize the communications industry by delivering complete digital connectivity. The deployment of a 5G network infrastructure is set to significantly advance VR and AR technology and driverless automobiles, and cloud computing. Besides, 5G transmitters may well replace Internet of Things hubs currently built to operate alongside Wi-Fi routers. Fiber optic cables are an essential part of the 5G revolution as cell models require a crucial fiber optic cable backbone to deliver a cohesive internet experience.

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