Why Fiber Broadband?
Broadband Services can be delivered using a variety of technologies, such as cable and wireless options. However, fiber optic technology stands out as the most advanced and "future-proof" solution available. Fiber optic lines consist of thin strands of glass bundled together within a protective casing. These lines transmit data by sending light signals through the glass strands. The use of light enables data to be transmitted at the speed of light itself, making it the only limiting factor for data transmission speed. One of the key advantages of fiber optic technology is its unlimited bandwidth capacity. Fiber optic lines can be upgraded without any inherent limitations as the equipment used to send and receive light signals continues to improve over time. This means that fiber optic infrastructure can support increasing data demands and adapt to evolving technologies far beyond current requirements.
Another significant benefit of fiber optic lines is their minimal signal degradation over long distances. On the other hand, copper wires experience a significant loss of bandwidth capacity over relatively short distances. While copper wires lose about 94% of their bandwidth capacity over 100 meters, fiber optic lines only experience a loss of about 3% over the same distance. This characteristic of fiber optic technology allows for reliable and high-quality broadband connectivity, even over extensive distances.
Alternatively, broadband services can also be delivered wirelessly. Wireless solutions are particularly useful in situations where it is cost-prohibitive to deploy wireline infrastructure due to challenging geographical terrain or low building density. However, it is essential to note that wireless infrastructure is susceptible to environmental factors such as weather conditions and obstacles like trees, which can impact signal quality and reliability. While wireless broadband can be a viable option in specific scenarios, fiber optic technology remains the gold standard for its unparalleled performance and potential for long-term scalability.
Low-earth orbit (LEO) satellites are a promising technology capable of delivering broadband speeds but with higher latency and less capacity than most terrestrial technologies. Satellite Internet may be a good option for some, but not all.
In summary, fiber optic broadband infrastructure provides numerous advantages. It offers unlimited bandwidth capacity, low latency, minimal signal degradation over long distances, and the potential for future upgrades beyond present needs. This makes fiber optic technology the optimal choice for delivering broadband services that can meet the demands of both current and future applications.