Cablenet 1m OS2 MPO Female to 4 x LC (DX) QSFP Breakout Yellow Cable Method B
1m OS2 MPO female to 4 x LC duplex breakout cable with Method B polarity for OS2 9/125 micron QSFP singlemode links in high-density data centres. This yellow assembly delivers clean LC fanout, low-loss short-reach performance, and disciplined routing across structured containment in ToR and adjacent-rack deployments, supporting clear identification, efficient installation, and dependable connectivity for switches, servers, and patch frames in enterprise and public-sector environments.
- 1m length
- OS2 9/125 micron singlemode fibre
- MPO female to 4 x LC duplex breakout
- Method B polarity
- Yellow jacket for OS2 identification
This 1m OS2 MPO female to 4 x LC duplex breakout cable provides a high-performance singlemode fanout for data centre and enterprise environments requiring precise short-reach connectivity and structured routing. Built with OS2 9/125 micron fibre, it supports long-distance 40G and 100G QSFP applications within cabinets and between adjacent racks, delivering low-loss performance for high-density switching and server uplinks. The MPO female connector presents multiple fibres in a compact precision ferrule for parallel-optics hardware, reducing cable bulk and enabling scalable migration from duplex to MPO-based architectures. Each breakout tail terminates in LC duplex connectors to support tidy equipment-side patching while preserving airflow, bend control, and clear routing pathways. The 1m length is suited to in-rack deployments and close-coupled patching runs where minimal slack and strict containment discipline are required.
This assembly uses Method B polarity to maintain correct transmit-receive alignment across parallel-optics channels, simplifying commissioning, troubleshooting, and MAC operations. The yellow jacket provides clear OS2 identification and supports labelling and documentation in structured cabling environments. Factory termination ensures consistent insertion-loss performance, removes field-termination risks, and accelerates installation in ToR, MoR, and EoR architectures that utilise modular MPO trunking and high-density singlemode systems. Designed for modern data centre practice, it supports predictable optical budgets and dependable QSFP breakout performance across enterprise and public-sector sites where fibre discipline, repeatable deployment quality, and reliable network operation are essential.











