CP Technologies LCLC4012A350FK2-PE Pre-Term 12-Strand OM4 Multimode Fiber Cable, LC-LC, 350'

Designed for reliable high-speed links in security, surveillance and enterprise networks, the CP Technologies LCLC4012A350FK2-PE is a factory-terminated 12-strand OM4 LC-LC fiber patch cable that minimizes field labor while maximizing performance. At 350' long with 50/125 OM4 multimode fiber and precision ultra-polished LC connectors, this pre-terminated cable delivers low insertion loss and low reflectance across all connectors—critical for video monitoring, access control backbones and data center aggregation.

The polyethylene (PE) jacket and segmented short boots provide durable environmental protection and bend strain relief, making the cable suitable for structured cabling runs, conduit pathways and campus surveillance backbones. Because each cable is factory tested, you get consistent optical performance without the variability of field terminations—reducing troubleshooting and speeding deployment.

Choose this CP Technologies fiber patch cable when you need predictable, high-bandwidth multimode links for security, monitoring or network backbone applications. Order the pre-terminated 12-strand OM4 LC-LC cable to streamline installation and ensure long-term reliability.

• Factory-terminated 12-strand OM4 LC-LC assembly reduces installation time and delivers consistent, low-loss connections for critical network and surveillance links.
• 350' continuous length ideal for long backbone runs and campus security or monitoring deployments, eliminating splices and intermediate patching.
• OM4 50/125 multimode performance supports high-bandwidth applications (10G/40G/100G) for video surveillance, data aggregation and enterprise networking.
• Ultra-polished LC connectors and tested insertion loss/reflectance ensure predictable optical performance for sensitive security and monitoring systems.
• Durable PE jacket with segmented short boots provides strain relief and robust protection for indoor/outdoor riser or conduit installations in demanding environments.