![]() ![]() Connectors Used in Fiber Optic Cable Assemblies These plastic-based cables offer performance similar to that of glass-based fibers, but at a much lower cost. Plastic optical fiber is a new type of cable design generally used for short-distance signal transmission. Multimode fibers allow the signals to move in straight or bisecting paths, but while this method generates greater bandwidth, it can also create signal distortion over longer distances. ![]() With the fiber optic cable acting as a guide, light from either a laser or a light-emitting diode pulses down the length of the fiber. They offer high bandwidth and high speed. Multimode fibers are larger in diameter than single-mode fibers, typically ranging between 50 to 100 microns. Single-mode fibers have a high bandwidth, but are more expensive than multimode fibers. As its name suggests, this type of fiber optics has only one mode of transmission in which light moves down the cable in a single direction. This fiber typically ranges between 8.3 and 10 microns in diameter. Single-mode fibers consist of a single strand of glass fiber. There are three major types of fiber optic cables: single-mode fibers, multimode fibers and plastic optical fibers. When selecting fiber optic cable assemblies, consider both the type of cable bundle in use, as well as the type of terminating connector. Single-mode fibers may be more appropriate for communication over long distances, where distortion poses a risk. A small network that requires only short distance communication could potentially benefit from affordable multimode-fibers. ![]() Company needs dictate the appropriate type of fiber and connectors to purchase. Once manufacturers identify the fiber optic system that best suits their needs, it is helpful to compare available cable assemblies. The existing fiber optic cable assemblies currently in use.The potential future growth of the organization.The intended use of the fiber optics system.Considerations Before Buying Fiber Optic Cable Assembliesīefore investing in a fiber optic cable assembly, manufacturers usually consider several factors including: While copper wires depend on electrical pulses to transmit data, fiber optic systems rely on light pulse transmissions carried through the cable which delivers data at a quicker rate. Fiber optic cable connectorsįiber optic cable assemblies consist of an optical fiber, a reinforcement strand for support, and fiber optic cable connectors. Their use, however, spans a wide array of applications, including cable television, educational institutions, electrical utility plants, industrial companies, medical technologies, and military operations. In the communications industry alone, fiber optic cable types have largely replaced copper wire as the primary means of signal transmission. Since their invention in the 1970s, fiber optics have greatly changed the way wires and wire-dependent industries work. ![]()
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