Cablenet 2m OM4 BASE-12 MPO Female - Female 12F Aqua Trunk CPR Cable Method B
2m OM4 BASE-12 MPO female to MPO female 12-fibre trunk CPR Cca cable with Method B polarity for OM4 50/125 micron QSFP multimode backbone links in high-density data centres. This aqua trunk provides 40G and 100G structured connectivity between panels and switches, delivering low-loss performance, CPR Cca fire compliance, and modular routing for scalable enterprise and public-sector fibre networks.
- 2m length
- OM4 50/125 micron multimode fibre
- MPO female to MPO female connectors
- Method B polarity
- Aqua CPR Cca jacket
This 2m OM4 BASE-12 MPO female to MPO female 12-fibre trunk CPR Cca cable provides a high-density multimode backbone link for structured cabling in data centre and enterprise environments. Built with OM4 50/125 micron fibre and terminated with precision MPO female connectors at each end, it supports 40G and 100G parallel optics connections, offering low-loss, high-speed performance between patch panels, trunk modules, and switches. The compact MPO interface houses twelve fibres in a single ferrule, reducing cable volume and enabling efficient installation in modular trunking systems. The 2m length is ideal for short cabinet-to-cabinet or patch-frame links, maintaining bend control, airflow, and tidy routing within dense containment systems. Each assembly is factory terminated and tested to ensure consistent optical alignment and long-term reliability across high-performance BASE-12 infrastructure.
This assembly uses Method B polarity to maintain correct transmit-receive alignment across parallel fibre channels, simplifying installation, continuity testing, and MAC operations. The aqua CPR Cca rated jacket identifies the cable as OM4 multimode and meets strict European fire-safety standards for installation in public-sector and controlled environments. Designed for modular structured cabling, MPO trunk cables provide the backbone of scalable fibre networks, supporting predictable optical budgets, reliable high-speed transmission, and disciplined routing across top-of-rack, middle-of-row, and end-of-row layouts in enterprise and colocation facilities.










