Indoor Horizontal Laying FTTH Drop Cable

Indoor horizontal laying FTTH drop cable is a dedicated optical cable optimized for indoor horizontal wiring scenarios in residential buildings, office buildings, and commercial complexes, focusing on meeting the neat, safe, and efficient wiring needs of indoor last-mile fiber access. Unlike outdoor cables that focus on environmental resistance, this product takes indoor space characteristics, wiring aesthetics, and building safety as the core design indicators, perfectly adapting to horizontal laying along ceiling gaps, wall wire slots, and floor wiring pipelines. It is an essential supporting product for indoor fine wiring of FTTH networks and is widely used in household fiber access, office network transformation, and indoor weak current engineering projects.

This indoor drop cable features an ultra-thin, flat and flexible structural design, which greatly reduces the occupied space during horizontal laying. Its flexible bending performance allows it to adapt to various corner transitions and narrow pipeline laying environments, effectively solving the wiring difficulties of traditional thick and hard optical cables in indoor limited spaces. The cable surface is smooth and wear-resistant, which will not cause sheath damage during pipeline penetration and horizontal traction, ensuring the integrity of the cable body during construction. Moreover, the lightweight design reduces the load on indoor wire slots and ceiling structures, avoiding structural pressure damage caused by long-term cable laying.

In terms of safety and applicability, the indoor horizontal FTTH drop cable adopts low-smoke, non-toxic, and environmentally friendly sheath materials, which comply with national indoor wiring safety standards. It will not produce toxic and harmful gases when encountering high temperature, ensuring the safety of indoor personnel and building environment. In terms of signal transmission, it maintains ultra-low signal attenuation and stable anti-interference performance, effectively isolating the interference of indoor strong current circuits, electrical equipment, and electromagnetic signals on optical transmission. It can stably support high-speed broadband, video monitoring, and smart office network transmission, providing a reliable indoor signal transmission guarantee for FTTH system operation.