Digitus FTTH προκατασκευασμένο καλώδιο Drop LC/APC 50m Singlemode 1 ίνα

The Digitus FTTH pre-assembled drop cable LC/APC 50m singlemode 1 fiber is a factory-terminated blow-in fiber designed for fast, reliable connection of homes and businesses. It uses a singlemode G.657.A2 bend-insensitive fiber with LC/APC connectors and a compact jacket suitable for air-assisted blow-in installation in microducts, eliminating on-site splicing and reducing installation time.

Advantages

This pre-assembled blow-in cable comes with high-performance LC/APC connectors installed at the factory, so no splicing or field termination is required. The G.657.A2 bend-insensitive fiber reduces signal loss in tight bends and constrained routing paths. Its compact, low-friction design enables efficient air-blown installation through microducts and minimizes handling during deployment, supporting consistent, low-latency singlemode performance.

Suitable for

• FTTH drop connections to residences and multi-dwelling units
• Last-mile fiber deployment in microduct systems
• Rapid replacement or extension of existing singlemode links

Key specifications

• Brand: DIGITUS
• MPN: DK-3901LCA-50
• EAN: 4016032501268
• Fiber type: Singlemode G.657.A2 (bend-insensitive)
• Connectors: LC/APC pre-terminated (one fiber)
• Length: 50 m
• Installation method: Air-assisted blow-in for microducts

How to use

Prepare the microduct path and ensure it is clean and continuous. Install the appropriate blowing equipment and connect the factory-terminated LC/APC connector to the termination or adapter at the distribution point. Use the blower to propel the compact, low-friction drop cable through the microduct until the cable reaches the endpoint. After blowing, verify connector seating and test the singlemode link for attenuation and continuity.

Recommendations

Use appropriate blowing pressure and lubricants recommended by the duct and blower manufacturer, avoid sharp bends beyond the fiber's minimum bend radius, and perform end-to-end optical testing after installation to confirm signal performance.