Panduit FXTRP8NUJSNF066 OM3 12-fiber Harness Cable

Product Description

The PANDUIT FXTRP8NUJSNF066 is an OM3 multimode 12-fiber round harness cable assembly designed for high-density structured cabling installations. This assembly transitions a single multi-fiber trunk cable into individual fiber branches, allowing technicians to fan out connections to discrete ports on patch panels, switches, or active equipment. The OM3 multimode fiber core supports 10 Gigabit Ethernet and similar high-bandwidth protocols over typical enterprise and data center link distances. Installation is performed by network cabling technicians and low-voltage specialists working in telecommunications rooms, data centers, or equipment closets.

This harness cable assembly is suited for data center backbone runs, intra-rack patching, and structured cabling distribution systems where multi-fiber connectivity must break out to individual port-level connections. The round cable jacket construction provides flexibility for routing through cable managers and conduit pathways. It is appropriate for both new installations and retrofit projects requiring OM3-rated multimode performance in high-port-density environments.

Key Features

• OM3 multimode fiber rating supports 10 Gigabit Ethernet over standard enterprise link distances
• 12-fiber count in a single round harness assembly for high-density port breakout
• Round cable jacket design allows flexible routing through cable managers and conduit
• Harness format simplifies multi-fiber trunk-to-port transitions at patch panels and active equipment
• Factory-terminated assembly reduces field termination time and ensures consistent end-face quality

Compatibility

Designed as an OEM-style harness cable assembly for use with OM3 multimode structured cabling systems in data center and enterprise network environments.

Installation Notes

Installation should be performed by qualified low-voltage or network cabling technicians familiar with fiber handling practices and TIA-568 structured cabling standards. Power down active equipment and follow proper electrostatic discharge precautions before connecting to fiber transceivers or patch panels. Avoid exceeding the cable minimum bend radius during routing to prevent optical performance degradation. Inspect and clean fiber end-faces with approved tools before making connections.