Lebrudos 5Pcs 5m OS2 Duplex Fiber Patch Cords SC APC to SC APC | 9/125µm | LSZH

Overview

Lebrudos presents a 5-piece kit of 5-meter OS2 duplex fiber patch cords designed for dependable interconnections between network gear. Each cord features SC APC connectors on both ends and uses a 9/125μm G652D fiber core capable of supporting 1310nm and 1550nm transmissions. The duplex construction helps you connect paired ports quickly across racks, cabinets, or telecom rooms while maintaining tidy, organized fiber paths.

Why these patch cords stand out

• Low insertion loss and high return loss contribute to stable, high-quality links.
• Operates across a broad temperature range, making them suitable for varied environments.
• A-B cable marking aids quick identification and maintenance during upgrades or troubleshooting.
• Durable LSZH jacket with a 3.0 mm outer diameter protects the inner fibers and supports fire-safety standards.
• Zirconia ceramic ferrules provide precise mating and reliable data transmission through repeated connections.
• OS2 9/125μm fiber is bend-insensitive, helping to minimize attenuation when routed through tight spaces.
• Designed for standard telecom and data center links using 1310/1550 nm wavelengths.
• Ideal for data centers, enterprise networks, telecom rooms, servers, and cloud storage environments.

Construction and materials

• 3.0 mm LSZH jacket with a buffer around 0.9 mm and a para-aramid strength member for durability.
• A-level zirconia ceramic ferrule for strong, reliable mating surfaces and long-term performance.
• Duplex OS2 fiber (9/125 μm) with bend-insensitive properties to ease installation.

Typical use cases

• Rugged interconnections in data centers and server rooms, linking SFP modules and network devices.
• Upgrading enterprise networks and telecom closets with dependable, organized patching solutions.

These patch cords offer a practical balance of performance, durability, and ease of use. While results can vary by equipment and environment, Lebrudos patches are designed to support consistent connectivity across common 1310/1550 nm links.