Panduit FSDP996Y 96-fiber OS2 Indoor Distribution Cable

Product Description

The PANDUIT FSDP996Y is a 96-fiber OS2 single-mode indoor distribution cable designed for high-density fiber optic network installations. With a 9-micron core diameter, OS2 single-mode construction supports long-distance, low-attenuation signal transmission across backbone and horizontal cabling runs. This cable is suited for structured cabling environments where large fiber counts must be routed through indoor pathways, conduit, and distribution frames. It is installed by licensed low-voltage technicians and network infrastructure contractors working in commercial and enterprise settings.

The FSDP996Y fits indoor distribution applications including data center backbone runs, campus riser installations, and intra-building horizontal cabling. Its 96-fiber count serves high-density patch and splice environments where consolidating large fiber counts into a single cable pathway reduces congestion in trays and conduit. Distribution-style construction allows individual fibers to be terminated directly at patch panels or splice trays without breakout components.

Key Features

• OS2 single-mode 9-micron fiber supports long-distance, low-loss transmission
• 96-fiber count suits high-density backbone and distribution cabling runs
• Indoor-rated construction for use in conduit, cable trays, and riser pathways
• Distribution cable design allows direct fiber access for termination or splicing
• Sold as a single unit (EA)

Compatibility

Designed as an OEM-style indoor distribution cable for use with OS2 single-mode fiber optic infrastructure, including patch panels, splice enclosures, and distribution frames rated for 9-micron single-mode fiber.

Installation Notes

Installation should be performed by a qualified low-voltage technician or registered communications distribution designer familiar with TIA-568 and BICSI cabling standards. De-energize active equipment and follow site safety protocols before routing cable through occupied pathways. Observe the cable's minimum bend radius during pulling and routing to avoid microbend attenuation. Terminate individual fibers using factory-specified connectors and verify insertion loss with an OLTS meter after installation.