Singlemode Clearcurve™ Duplex Fiber Cable Assemblies

Engineered for Optical Performance

• Signal Integrity Designed for ≤0.25 dB typical insertion loss and ≥55 dB return loss for APC configurations, these duplex OS2 assemblies maintain stable optical transmission across extended distances. Clearcurve® bend-insensitive technology significantly reduces macrobending attenuation, preserving signal quality in high-density patch panels, vertical cable managers, distribution frames, and cross-connect environments.
• Universal Connector Compatibility Available in LC, SC, ST, FC, E2000, MU, DIN, and additional industry-standard connector interfaces. Offered in simplex or duplex configurations with UPC or APC polishing options. Each connector is factory terminated, microscope inspected, and tested in accordance with TIA-568.3-D and IEC 61754 standards to ensure low reflectance and consistent mating performance in mission-critical fiber networks.
• Standards Compliance Manufactured using OS2 G.652.D and bend-optimized G.657.A1/A2 compliant fiber, these assemblies support long-distance backbone applications while enabling tighter routing flexibility. Jacket options include LSZH, OFNR, and OFNP to meet plenum and riser installation requirements across commercial, enterprise, and telecom environments.

Designed for Modern Network Architectures

Clearcurve® bend-insensitive fiber utilizes an optimized refractive index profile that minimizes optical power loss caused by tight bends. This allows installers to route duplex fiber assemblies through congested cabinets, high-density cross-connect fields, top-of-rack switching environments, and structured cabling raceways without sacrificing transmission stability.

These singlemode duplex assemblies are widely deployed in hyperscale cloud data centers, enterprise backbone upgrades, telecom central offices, campus fiber backbones, carrier metro networks, and inter-building fiber links. Their long-distance capability combined with enhanced bend performance makes them ideal for backbone risers, distribution frames, patching environments, and high-speed optical interconnects.

Frequently Asked Questions