Tripp Lite N858B-45M-3X8MG Mpo Fiber Breakout Cable 45M

Product Description

The TRIPP LITE N858B-45M-3X8MG is a multi-fiber MPO to MPO fiber optic breakout cable assembly designed for high-density structured cabling and data center interconnect applications. This assembly bundles three 8-fiber MPO connectors on each end, providing a 24-fiber pathway in a single routed cable. At 45 meters in length, it spans longer data center rows and inter-rack runs without requiring patch panels or intermediate splicing. Licensed network technicians and data center cabling professionals install this type of assembly during structured cabling buildouts and high-density switching deployments.

This cable assembly is suited for enterprise data center environments where high-density 40G, 100G, or parallel optic transceiver connections are required. The 3x8 MPO configuration supports direct trunk routing between fiber distribution units, spine-leaf switching architectures, and high-density fiber patch panels. It is typically installed by certified network cabling technicians in commercial or enterprise settings requiring organized, high-count fiber backbone infrastructure.

Key Features

• 45-meter length supports long inter-rack and inter-row fiber runs without splicing
• 3x8 MPO connector configuration delivers 24 fibers per cable in a compact trunk format
• MPO to MPO design allows direct trunk-to-trunk or trunk-to-panel connectivity
• High-density format reduces cable management complexity in structured cabling installations
• Sold as an individual assembly (quantity: 1 per unit)

Compatibility

Designed as an OEM-style replacement or direct-install fiber trunk assembly for high-density MPO-based fiber distribution systems in enterprise and data center structured cabling applications.

Installation Notes

Installation should be performed by a certified network or low-voltage cabling technician familiar with MPO fiber handling and polarity standards. Ensure all active equipment and transceivers are powered down before mating or unmating MPO connectors to prevent optical damage. Use appropriate MPO fiber inspection tools to verify connector endface cleanliness before installation. Follow TIA-568 and manufacturer polarity guidelines when routing trunk cables to ensure correct signal mapping across the link.