Panduit F98RP6NQSQNF014 OS2 8-fiber Converter

Product Description

The PANDUIT F98RP6NQSQNF014 is an OS2 single-mode fiber optic cable assembly configured as an 8-fiber round 4-to-1 conversion harness. This type of assembly transitions a single multi-fiber round trunk cable into four discrete fiber connections, allowing structured cabling installers and data center technicians to fan out high-density fiber runs into individual circuit terminations. OS2 single-mode construction supports long-distance, low-attenuation signal transmission, making this assembly suited for backbone and inter-facility cabling applications where distance and signal integrity are priorities.

This assembly is used in commercial and enterprise data center environments where high-density OS2 single-mode fiber infrastructure is deployed. Typical installation scenarios include transitioning round multi-fiber trunk cables at patch panels, splice enclosures, or equipment rack entry points. Network cabling technicians and structured cabling contractors are the primary installers for this type of fiber hardware accessory.

Key Features

• OS2 single-mode fiber construction for long-distance, low-loss transmission
• 8-fiber round to 4-connector fanout configuration simplifies high-density terminations
• 4-to-1 conversion layout reduces congestion at patch panels and enclosures
• Sold as individual assembly unit for direct field deployment

Compatibility

Designed as an OEM-style fiber optic fanout assembly for use in OS2 single-mode structured cabling systems requiring a round 8-fiber to 4-connection conversion at termination points.

Installation Notes

Installation should be performed by a qualified low-voltage or structured cabling technician following TIA-568 or applicable local cabling standards. Disconnect or dark all active fiber circuits before handling connectors to prevent eye hazard from live laser sources. Avoid sharp bends beyond the minimum bend radius of the cable jacket during routing and securing. Inspect connector end-faces with a fiber inspection scope before mating to ensure signal integrity.