Cleerline 3DOM3LCLC10m XD Series Bend Performance Duplex Patch Cable, LC/UPC-LC/UPC, OM3, 3.0 mm Riser, Aqua, (10m) 33'

Built for reliable, high-speed connectivity in networking, security and surveillance systems, the Cleerline 3DOM3LCLC10m XD Series Bend Performance Duplex Patch Cable combines durability and optical performance to keep mission-critical links online. This Cleerline fiber optic patch cord uses OM3 multimode fiber and LC/UPC-to-LC/UPC connectors to deliver low insertion loss and consistent support for 10GbE and other high-bandwidth applications. The 3.0 mm diameter, riser-rated OFNR jacket (aqua) offers mechanical strength and abrasion resistance for vertical and riser installations in commercial buildings and data closets.

Designed for installers and systems integrators, the cable’s bend-performance construction minimizes attenuation in tight bends and cable management channels—helpful for CCTV, access control, monitoring, and structured cabling projects where space is limited. TIA-compliant color coding streamlines identification and reduces deployment time. Available in standard 10 m (33') length with custom configurations on request, this Cleerline patch cable is ideal for IT, low-voltage, and physical security deployments. Specify or order the Cleerline 10m OM3 LC-LC patch cable to upgrade your network backbone or surveillance link today.

• Optimized for high-density network and security deployments — delivers consistent high-bandwidth OM3 performance for 10GbE and critical surveillance/monitoring links
• Bend-performance construction reduces signal loss in tight pathways and cable management trays, improving uptime in constrained installations
• Rugged 3.0 mm riser (OFNR) jacket provides durable protection for vertical runs and riser spaces common in commercial buildings
• Precision LC/UPC to LC/UPC connectors ensure low insertion loss and reliable mating for IT, low-voltage, and physical security systems
• Aqua TIA color coding and 10 m length (33') make identification and deployment fast, reducing installation time and errors