OEM LC-LC UPC OS2 1m Single Mode Fiber Patch Cord

LC-LC UPC OS2 Fiber Jumper

The OEM LC-LC OS2 Patch cable provides high-performance connectivity for single-mode fiber networks. This 1-meter jumper utilizes 9/125 micron glass to ensure efficient light propagation. It supports high-speed data protocols including 10G, 40G, and 100G Ethernet. The duplex configuration enables simultaneous two-way communication. Precision-engineered LC connectors facilitate high-density port configurations. This optical lead provides a reliable link between network switches, patch panels, and SFP transceivers. It adheres to G.652.D standards to ensure compatibility with existing single-mode infrastructures. This cable meets all relevant TIA/EIA standards for optical performance.

Key Features

• High-Precision UPC Polish
  The Ultra Physical Contact finish reduces back-reflection to improve transceiver performance.

• OS2 Single-Mode Specifications

  • Insertion loss remains below 0.3dB per connector.
  • Return loss exceeds 50dB due to UPC polishing.
  • OS2 classification supports distances up to 10km at 1310nm.

• Durable Construction
  The 2.0mm diameter LSZH jacket protects the internal glass fibers from mechanical stress.

Specifications

What’s in the Box

• 1 x OEM 1m LC-LC UPC OS2 Single Mode Duplex Fiber Patch Cable

• Individual Optical Test Report

Why Choose LC-LC UPC OS2 Fiber Jumper

• Network engineers select this interconnect for its stable thermal characteristics. The 1.25mm ceramic ferrules provide precise core alignment. This precision reduces signal attenuation at the junction points. Consequently, the link maintains a high signal-to-noise ratio over its lifespan.

• The LSZH jacket ensures compliance with modern fire safety regulations in commercial buildings. This fiber link provides a cost-effective solution for high-bandwidth data center applications. It supports migration paths from 10G to higher speeds without replacing the physical layer.

• The duplex clip allows for fast polarity identification and management. Every single-mode lead undergoes individual testing to verify its optical integrity before deployment. The small form factor design increases port density on switches and patch panels.