Cleerline 6D50125MOM3R-B SFF Micro-Distribution Cable LT, 6 Strand, Riser, 50/125, OM3, Aqua, Cut to Order

Designed for high-density, mission-critical networks, the Cleerline 6D50125MOM3R-B Micro Distribution cable delivers reliable multimode performance where space, durability and safety matter most. This Cleerline SSF Micro Distribution fiber cable combines a 6-strand OM3 (50/125) multimode core with a riser-rated jacket, providing a compact 3 mm profile ideal for security, surveillance, monitoring and enterprise networking pathways. The bend-insensitive SSF coating dramatically improves bend longevity and reduces signal degradation, minimizing downtime in tight bends and cable management channels. Installers benefit from compatibility with standard 50/125 connector systems for fast terminations and the convenience of cut-to-order lengths to eliminate excess cable and lower project costs. With a robust soft-peel acrylate and exceptional mechanical strength, this cable supports long-term reliability in camera systems, access control networks, NVR connections and backbone runs. Specify Cleerline’s Micro Distribution OM3 cable to streamline installs and protect your video and data links — order cut-to-length cable for your next security or networking project.

• Small 3 mm diameter and 6-strand design maximize fiber density for compact racks and conduit runs, simplifying high-density security and surveillance installs
• Bend-insensitive SSF multimode (OM3, 50/125) reduces signal loss and breakage risk, improving uptime for monitoring and critical networks
• Riser-rated jacket provides safe, code-compliant indoor vertical runs in commercial buildings and equipment rooms
• Soft-peel 250 µm coating and integral SSF protection deliver superior durability and long-term fatigue resistance in demanding environments
• Compatible with common 50/125 connector systems for fast field termination and seamless integration with existing infrastructure
• Cut-to-order lengths reduce waste and installation time, letting you order exactly what each job requires for cost-effective deployments