Fiber Optic

We will see fiber optic dominate local communication before 2005. Looking forward to the future, fiber optic technology will not only apply to cabling system, but also as a component of devices in the new generation. However, possibly the most important and least recognized feature of fiber optics is its ability to transmit any type of signal.

By now the most of the technical reasons that fiber is the future are based on distance, bandwidth, size, weight, ground isolation, immunity to noise, etc.

Moreover, the move from analog to digital transmission schemes has converted traditionally freestanding and unrelated systems into services potentially sharing a common network, such as cable TV providers not only offer video, but also internet and telephone services. imited distances @ 270Mbps, will become useless compared to fiber optic’s gigabit rate. Fiber optic will predominate the cabling system not only for broadcast video or audio production, but also for sound reinforcement, display, timing and general administrative data networks. Even though the distinctions between terminal equipment types have begun to blur, however, there are some advantages, such as, people can take pictures, reads his or her email, and makes phone calls with a cellular handset. We will find fiber optic component everywhere around us. Furthermore, in the new generation, cameras, editors, control equipment, will combine with fiber optic systems to create ultra-compact flyaway units.