DELOCK 12x LC-UPC simplex trunk para 12x extremidade de cabo aberta, monomodo, 1 m

DELOCK 12x LC-UPC simplex trunk to 12x open cable end, singlemode, 1 m is a multi-fiber singlemode fiber optic pigtail assembly that combines a 12-fiber LC-UPC trunk with twelve individual open fibre ends. The 1 m overall length and orange jacket make it suitable for short internal connections in telecommunication racks, optical distribution frames and data centre splice enclosures where organised multi‑fibre routing and subsequent splicing or termination are required.

Advantages

This fibre optic cable provides a compact solution for consolidating twelve LC-UPC connections into individual open ends ready for splicing or custom termination. The singlemode construction supports long-distance, low-loss signal transmission and is compatible with standard LC connectors for straightforward mating. The colored orange jacket identifies the cable as singlemode and simplifies routing and maintenance in dense cabling environments.

Suitable for

When it may not be suitable

This assembly is designed specifically for singlemode applications; it is not appropriate for multimode systems or for environments where multimode fibres are required. The 1 m length limits its use to short internal runs—longer inter‑rack or campus links will require extended lengths.

Key specifications

How to use

Route the 12x LC-UPC trunk to the equipment or patch panel and connect the LC connectors to the corresponding ports. Secure the trunk and individual fibres to avoid strain. Prepare the open fibre ends by stripping, cleaving and splicing them into the target backbone or terminated assemblies according to standard fibre preparation procedures. After splicing, protect joints with appropriate splice protectors and manage fibres in trays to maintain bend radii and performance.

What to consider before purchase

Recommendations

Use the cable in controlled indoor environments, route it through cable management panels to preserve minimum bend radius, and perform insertion loss testing after splicing or termination to verify singlemode performance.