The JBX83721 1m LC/LC OM2 50/125 multimode fiber patch cable represents a reliable solution for modern data center and network infrastructure applications. Engineered to exacting standards, this duplex fiber cable delivers consistent performance across critical network environments. Key Technical Specifications: This OM2-rated cable supports multimode transmission at both 850nm (3.5 dB/km attenuation) and 1300nm (1.0 dB/km attenuation) wavelengths, making it suitable for diverse networking applications. The LC/UPC connectors provide Type A to B crossover configuration, the industry standard for duplex patch cords. With insertion loss measured at ≤0.35dB typical (0.15dB) and return loss ≥60dB, the cable exceeds performance expectations for data center interconnectivity. Durable Construction: The bend-insensitive fiber technology allows for tighter cable routing without signal degradation, while the OFNP jacketing provides flame resistance and safety compliance. The 1.8mm outside diameter ensures compatibility with standard cable management systems while maintaining flexibility for installation in confined spaces. Compliance & Certification: TAA compliant and certified to RoHS/ELV directives (EU 2002/95/EC), this cable meets government procurement requirements. Manufacturing locations in Taiwan, the United States, and China ensure consistent quality and supply chain resilience. Practical Benefits: The distinctive purple color simplifies network organization and cable identification in complex installations. Available in custom lengths beyond the standard 1m offering, it adapts to specific deployment requirements. Free standard shipping on orders exceeding $99, combined with a 90-day limited warranty, provides additional value and peace of mind. Applications: Ideal for connecting network switches, routers, and fiber-to-the-desk installations in enterprise environments, data centers, and telecommunications facilities. The reliable performance characteristics make it suitable for mission-critical applications requiring minimal signal loss and maximum uptime.