Optical fiber cable 2-core FTTH electro base NO-FTTH-2F-LSZH, 1000 m, white LSZH jacket

Optical fiber cable 2-core FTTH electro base NO-FTTH-2F-LSZH, 1000 m, white LSZH jacket is a two-fiber cable designed for fiber-to-the-home (FTTH) deployments. Supplied on a 1000 m reel, the cable combines a compact two-core construction with a low-smoke zero-halogen (LSZH) outer sheath that reduces corrosive and toxic emissions in case of fire. It is intended for indoor and outdoor short transition runs and long continuous runs in new-builds, renovation projects and broadband access networks where a white jacket and LSZH properties are required.

Advantages

The cable provides a compact 2-core design that simplifies routing in tight conduits and distribution boxes while maintaining the optical performance required for FTTH. The LSZH jacket minimizes smoke and halogen release, making the cable suitable for installations in populated or confined spaces. Supplied on a 1000 m reel, the continuous length reduces the need for splices and reel changes on site. The white jacket ensures a neutral appearance and easier identification in multi-cable environments.

Suitable for

• FTTH drop and distribution lines in residential and multi-dwelling buildings
• Indoor risers and short outdoor transitions where LSZH material is required
• New construction and renovation projects requiring long single-reel lengths
• Broadband access networks and last-mile fiber runs

Key specifications

• Number of fibers: 2 cores
• Cable jacket: LSZH (low-smoke zero-halogen), white
• Length: 1000 meters on a single reel
• Application: FTTH indoor/outdoor transition runs
• Construction: compact two-fiber format suitable for tight spaces

How to use

Install the cable by routing it through conduits, trunking or cable trays to the desired termination points. For indoor runs, ensure bends comply with the cable's minimum bend radius to avoid microbending losses. Prepare fiber ends using standard optical fiber stripping, cleaving and termination procedures, and perform appropriate connectorization or splicing according to the project design. Secure the cable at intervals to prevent undue stress and protect exposed sections from mechanical damage and moisture ingress during installation.

Usage recommendations

Verify compatibility of connectors and patching hardware before termination, keep reel handling upright to avoid twisting, maintain recommended bend radius during pull-in, and perform optical tests (insertion loss and OTDR where required) after installation to confirm link performance.