Cleerline 6D9125SMOS2L-B SFF Micro-Distribution Cable LT, 6 Strand, LSZH-CPR I/O, 9/125, G657 A2/B2 OS2, Yellow, Cut to Order

Designed for demanding security, surveillance and enterprise network backbones, the Cleerline 6D9125SMOS2L-B single-mode micro-distribution cable delivers reliable, space-saving fiber connectivity where bend performance and safety matter. This 6-strand OS2 (9/125) cable uses Cleerline’s SSF micro coating and an exclusive 250 µm soft peel acrylate to protect the glass, offering extreme bend insensitivity (up to 10,000x longer bend life) for installations in conduit, raceways and tight camera drops. The 3mm diameter, LSZH CPR-rated jacket provides riser-rated, low-smoke, low-toxicity protection for indoor/outdoor transitions while meeting European CPR requirements. Compatible with standard 9/125 connector systems and optimized for G.657 A2/B2 performance, it’s ideal for long-haul monitoring links, security camera backbones, access control and building automation. Cut-to-order lengths let you order exact runs to reduce waste and speed deployment. For secure, high-performance fiber runs in surveillance and monitoring systems, choose Cleerline’s robust micro-distribution solution — contact us to order custom lengths or request samples.

• Install in tight pathways with confidence: 3mm micro-distribution design simplifies routing in racks, conduits and security camera drops
• Minimize signal loss and future troubleshooting with 6-strand OS2 single-mode fiber built for long-distance backbone and monitoring links
• Maximize uptime in crowded, bend-prone installs thanks to SSF coating and up to 10,000x improved bend longevity versus traditional fiber
• Improve safety and code compliance with LSZH CPR-rated jacket ideal for indoor/outdoor riser applications in commercial and critical infrastructure
• Reduce inventory waste with cut-to-order lengths — order exactly what you need for surveillance, security, or network deployments
• Broad connector compatibility (standard 9/125 and G.657 A2/B2) for fast termination and integration with existing networking and security systems