Digitus FTTH pre-assembled drop cable blow-in singlemode 1 fiber LC/APC 30 m

The Digitus FTTH pre-assembled drop cable blow-in singlemode 1 fiber LC/APC 30 m is a factory-terminated, compact fiber optic drop cable designed for fast installation in microducts. It features a singlemode G.657.A2 bend-insensitive fiber and polished LC/APC connectors, delivering reliable single-fiber connections for FTTH and last-mile deployments without the need for on-site splicing.

Advantages

Pre-assembled LC/APC connectors remove the need for splicing or field termination, reducing installation time and potential failure points. The G.657.A2 bend-insensitive singlemode fiber maintains low loss in tight bends, and the compact, low-friction design is optimized for air-assisted blow-in installation in microducts. The cable's factory termination ensures consistent connector quality and repeatable performance.

Suitable for

• FTTH drop lines to residential premises
• Last-mile connections in urban and suburban networks
• Air blow-in installation through microducts
• Quick replacement or extension of existing fiber drops

Key specifications

• Brand: DIGITUS
• Model/MPN: DK-3901LCA-30
• EAN: 4016032501251
• Fiber type: Singlemode G.657.A2 (1 fiber)
• Connector type: LC/APC, factory polished
• Length: 30 m
• Installation method: Blow-in (air-assisted) for microducts

How to use

Prepare the microduct route and verify duct integrity and continuity. Use standard air-assisted blow-in equipment to install the pre-assembled drop cable through the microduct to the termination point. Once the cable reaches the endpoint, secure and strain-relief the cable according to site practices, then connect the LC/APC connector to the compatible adapter or device. No field splicing or connector polishing is required.

Recommendations

Inspect connectors and microducts before installation; follow manufacturer guidelines for maximum blowing distance and air pressure. Avoid sharp bends beyond the specified minimum bend radius for G.657.A2 fiber and protect exposed connectors during handling and storage.