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A key topic to know is how does bending affect the optical fibers cables. This is especially the case with regard to keeping them operational. Excessive bending or twisting can cause the fibers to break, but the maximum bend agreed upon in the industry is at least 1.5 times the diameter of the cable to avoid attenuation, especially with tight-bend cables. In this article we learn about why we need to bend fiber, how much we can bend cables, the difference in possible cable layouts, and why the bending radius matters.

Optical fibers are special cables that transfer light. They consist of two principal elements: a core and a cladding layer. The light goes into the core. Light travels through the fiber by bouncing of the walls of the core. This bounciness is referred to as total internal reflection. It allows the light to travel long distances without losing strength.

Tips for properly bending optical fiber cables

However, when fiber optic cables are used, it is important to bend them gently. Avoid making sharp bends. Use appropriate tools and methods to preserve the fibers. (Use a bending tool or mandrel if you can. These tools are used to bend the fibers smoothly without breaks and kinks.

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