The JBX67472 OM4 LC/LC 4-Strand Multimode Fiber Cable represents cutting-edge connectivity technology for modern network infrastructure. Spanning 140 meters with industry-standard LC connectors, this cable delivers the performance required by data centers, broadcast facilities, educational institutions, and enterprise networks seeking reliable high-speed data transmission. **Key Features & Benefits:** The 50/125 multimode core design optimizes bandwidth capacity while maintaining backward compatibility with existing OM3 infrastructure. Pre-terminated 18" furcated legs eliminate field termination complexities, reducing installation time and potential signal loss. This configuration allows technicians to route individual strands to separate equipment panels with minimal slack. **Superior Performance Specifications:** Exceptional attenuation characteristics—3.5 dB/km at 850nm and 1.5 dB/km at 1300nm—ensure signal strength across extended distances. These specifications exceed standard requirements, providing headroom for network expansion and equipment upgrades. **Safety & Compliance:** Plenum-rated jacket construction meets strict fire safety regulations (UL 910/IEC 61034-2), permitting installation in air handling spaces without conduit. The black outer jacket resists UV degradation and environmental stress while maintaining professional appearance in facility installations. **Ideal Applications:** - High-speed data center interconnects - Campus network backbones - Broadcast and video production facilities - Emergency services communications - Educational institution networks - Industrial automation systems **Installation Advantages:** The four-strand multimode design with pre-terminated connectors simplifies complex routing scenarios. Furcated configuration reduces bundle diameter while improving airflow in crowded cable trays. Quick termination enables rapid deployment and minimal downtime during upgrades. **Care & Maintenance:** Protect connectors from dust and contamination. Store in clean, dry conditions. Test periodically with qualified fiber optic equipment to verify signal integrity. Avoid excessive bending beyond 1.96" minimum bend radius to prevent core damage.