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To accompany all fiber optic enclosures. snap-in fiber adapter plates that are versatile enough to meet any fiber application and durable enough to withstand field installations.

Enclosures also provide a secure, protected location for excess cable and service loops. Most enclosures, whether rack trays or wall-boxes, feature an internal coiler that allows you to wrap multiple feet of cable for later use. This extra cable is often used for servicing cable runs, including repairing breaks, moving enclosures locations and cable paths, and/or re-terminating connectors.

Optical fiber connectors are used to connect or disconnect fiber optic cables. The spring-loaded connecting function helps to align the cores of fiber together to reduce the air gap and reflection to improve speed. However, not all connectors have this function. Connectors are differentiated by dimensions and method of mechanical coupling.

Multi-mode or multifiber cables are cables made specially to transmit data via multiple paths of light from the same fiber with a larger core. Multi-fiber cables are usually used for short distances as the modes disperse over a longer distance. This phenomenon is known as modal dispersion. Multi-fiber cables can transmit data at 100 mbts/s for distances up to 2 kilometers.

Fiber optic cables are cables made up of glass strands wrapped in a casing. The concept of designing these cables is data networking, telecommunications, and high-distance data transmission. Fiber optics cables are capable of transmitting data and have higher bandwidth as compared to regular wired cables. They carry signals produced by low-power lasers or LEDs