fyboptwu 6-Strands LC OM3 Multimode Fiber Pigtail 1.2m - 4 Pack for Engineering Networks

Discover the fyboptwu 6-strands LC OM3 multimode fiber pigtail set, engineered for engineering networks and test environments. Each 1.2 m tail blends compact form with a sturdy build, ready for frequent reconfigurations on the bench or in the lab. The four-pack option keeps spare fibers nearby for fast swaps without interrupting workflows.

Overview and key strengths

This bundle uses OM3 multimode fiber, optimized for modern data paths and short-range high-speed connections. With support for 1310 nm and 1550 nm windows, the pigtails pair well with common network gear. A slim 0.9 mm jacket provides a balance of flexibility and protection, while the 1.2 m length gives you room to route between devices.

• Package contents: 4 packs, each with 6 fibers
• Fiber diameter: 0.9 mm
• Working wavelengths: 1310 nm and 1550 nm
• Length: 1.2 m
• Material: PVC jacket; high mating cycle: 1,000+ insertions/extractions

Key performance traits

• Low insertion loss typically under 0.3 dB
• Return loss at least 35 dB
• Tensile strength ≥ 200 N
• High interchangeability and stable connections across uses

Real-world use cases and tips

In lab setups or engineering demos, technicians can quickly swap pigtails to test different devices, ports, or configurations. The four-pack design keeps spares handy, reducing downtime during frequent reconfigurations. The 1.2 m length offers flexible routing and tidy cable management in crowded workstations.

Practical tips: pair these with LC-compatible MM interfaces to maintain clean connections, handle the connectors with care to protect ferrules, and store in a cool, dry space to protect the PVC jacket. The bundle construction supports repeated mating cycles while preserving consistent performance across units.

Notes on expectations

These specifications describe typical performance and durability. Actual results can vary with equipment, installation conditions, and handling. This set aims to offer reliable, repeatable options for engineering networks and lab demonstrations.