Indoor optical fiber cable FTTH 2 fibers with SC connectors, SM 9/125 OS2 G57A1, Eca, LSOH, white, 1km DK-D3902-SC-W

FTTH optical fiber cable – reliable transmission inside buildings

This indoor FTTH (Fiber To The Home) optical fiber cable is designed for building access networks, providing a stable and fast connection inside buildings. Equipped with two 9/125 single-mode fibers, it meets the OS2 standard and G57A1 class, guaranteeing high data transmission quality. The cable is terminated with SC connectors, making it easy to integrate with existing infrastructure.

This cable is used in connections between the building fiber optic switch and the residential box or subscriber outlets. Its construction with two reinforcing elements effectively protects the fibers from mechanical damage.

Safety and durability for years

Made of high-quality materials, the cable is characterized by a high level of safety. It has an LSOH (Low Smoke Halogen) coating, which reduces the emission of toxic gases and smoke in the event of a fire, increasing user safety. It also meets the B2ca standard, confirming its fire resistance. In addition, the manufacturer – ASSMANN Distribution – offers a 25-year system warranty, which demonstrates its reliability and durability.

It is worth noting the flexibility of the cable and ease of installation, resulting from its small dimensions and low weight. This makes work easier for both installers and end users.

Key features and benefits

• High transmission quality: 9/125 OS2 single-mode fibers provide stable and fast data transfer.
• Safety: LSOH coating and B2ca fire reaction class minimize risk in the event of a fire.
• Durability: Two reinforcing elements protect the fibers from mechanical damage.
• Easy installation: Small dimensions and low weight make installation and cable management easier.
• Long warranty: A 25-year system warranty provides peace of mind and investment security.
• SC connectors: Allow for quick and easy connection to network devices.
• Versatility: Ideal for use in FTTH networks, both in new installations and in the modernization of existing networks.