Xunsomten 12-Strand LC/OM4 Fiber Optic Pigtail 1.2m LC-UPC Multimode – 2 Packs

Overview

The Xunsomten 12-Strand LC/OM4 fiber optic pigtail is designed for modern network environments that demand reliable multimode performance and easy installation. This two-pack set ships ready for quick deployments in data centers, offices, and campus networks, offering a robust combination of durability, precision, and practical design features.

Core features

• 12-core LC/OM4 multimode fiber supports versatile data transmission across common network standards.
• Tensile strength ≥ 200 N provides dependable handling during routing and cable management.
• Length 1.2 meters (59.05 inches) suits close-quarters setups and equipment racks.
• PVC jacket offers a sturdy, flexible housing with resilience for daily use and installation cycles.
• Ceramic card sleeves contribute to high-precision alignment and durable connector performance.
• Low transmission loss (lL ≤ 0.3 dB) and optical return loss (RL ≥ 50 dB) support stable signals.
• Fiber diameter around 0.9 mm balances ease of handling with compact routing in crowded environments.
• Working wavelengths of 1310 nm and 1550 nm cover common multimode network bands.
• Color-marked strands aid quick identification, reducing setup errors and speeding deployments.

Applications and practical benefits

• Ideal for LANs, WANs, telecommunications networks, and FTTH applications where reliable multimode links are needed.
• Suitable for connecting outdoor cameras, smart street lights, TVs, and instruments within mixed indoor/outdoor installations.
• The two-pack configuration supports spare cables for future-proofing and maintenance workflows.
• Clear color coding and high-quality sleeves help technicians install correctly the first time, saving time on site.

In real-world use, this Xunsomten pigtail line combines sturdy construction with precise performance. The PVC jacket and ceramic sleeves are built to withstand routine insertions, removals, and re-terminations, while the color-coded fibers reduce the chance of mispairing during complex builds. The result is a practical solution that aligns with everyday network upgrading, maintenance, and expansion activities without implying guaranteed outcomes.