InLine glasvezel-simplexkabel, FTTH, LC/APC8° naar SC/APC8° 9/125µm OS2 15m

Telecommunications companies such as Vodafone, Deutsche Glasfaser and Telekom are increasingly enabling fibre connections for private households in Germany. Fibre to the home (FTTH) cables from InLine connect the house transfer point with the fibre optic modem and ensure a reliable fibre optic connection in your home.
Unfortunately, pre-installed cables from providers are often of poor quality and sometimes only 1.6mm thick. If the cable breaks, even the fastest fibre optic connection will not help. InLine FTTH cables are 3mm thick and have a particularly stable structure. Additional reinforcement in the form of a stainless steel spiral tube guarantees a long-term, reliable fibre optic connection in private homes. The neutral sheath colour white is suitable for inconspicuous installation in visible living areas. Different lengths up to 50m allow you to remain flexible, even if the position of the modem changes.

InLine Fiber Optical Simplex Cable, FTTH, LC/APC8° to SC/APC8° 9/125µm OS2 15m. Cable length: 15 m, Fibre optic type: OS2, Connector 1: LC, Connector 2: SC, Core diameter: 9 µm

How to use

Route the 15 m InLine simplex cable between the fiber outlet or patch panel and the target device, ensuring gentle bends and avoiding sharp edges; the minimum bend radius recommended for single-mode fiber should be observed to prevent increased attenuation. Insert the LC/APC connector into the device or adapter keyed for LC/APC and the SC/APC connector into the corresponding SC/APC port or adapter until secure. Verify optical performance using the supplied test report or by measuring insertion loss and return loss with appropriate test equipment after installation.

Recommendations

Handle connectors by their boots and keep protective caps in place until final mating. Do not exceed the manufacturer’s recommended bend radius or apply excessive tensile force. For permanent installations, secure the cable with appropriate clips or routing channels to avoid mechanical stress and to maintain long-term signal quality.