The JBX83674 LC/ST OM2 50/125 multimode fiber patch cable represents an excellent solution for organizations requiring dependable fiber optic connectivity. This 15-meter cable combines superior performance specifications with practical engineering features designed for real-world deployment challenges. Key Performance Specifications: This duplex patch cable operates on OM2 50/125 multimode fiber, supporting transmission across standard wavelengths. With insertion loss measurements of ≤0.35dB maximum (0.15dB typical) and return loss exceeding 60dB, the cable ensures minimal signal degradation and optimal network performance. Attenuation performance is guaranteed at 850nm (3.5dB/km) and 1300nm (1.0dB/km), accommodating various network infrastructures. Durable Construction: The bend-insensitive OFNP jacketing provides superior flexibility and durability compared to standard fiber cables, reducing strain-related failures and simplifying installation in confined spaces. The slim 1.8mm outer diameter fits through tight cable trays and conduits without special routing requirements. Compliance & Standards: TAA compliant and RoHS/ELV certified, this cable meets government procurement requirements and environmental directives. Rigorous testing to ANSI/TIA/EIA-455-171-A standards ensures consistent quality and performance. Applications: Ideal for data center interconnections, network backbone upgrades, telecommunications facilities, and enterprise LAN expansions. The duplex Type A to B crossover configuration provides straightforward compatibility with standard network equipment. Value Proposition: Quality construction, proven performance specifications, and compliance certifications deliver exceptional value. Backed by a 90-day limited warranty and supported by free standard shipping on orders exceeding $99, this cable represents a smart investment for network infrastructure projects. Customization Available: Custom length options are available for projects requiring non-standard specifications, providing flexibility for unique deployment scenarios.