The JBX83602 1.5m LC/LC OM2 50/125 Multimode Fiber Patch Cable is an essential component for modern network infrastructure, offering reliable connectivity for demanding telecommunications and data center applications. ## Technical Specifications This multimode fiber cable utilizes OM2 50/125 fiber core specifications, providing excellent performance for short to medium-distance network runs. The cable achieves insertion loss ratings of ≤0.35dB at typical 0.15dB, with return loss exceeding 60dB—exceeding industry standards for signal integrity. Operating across standard wavelengths of 850nm and 1300nm, the cable delivers attenuation of 3.5 dB/km at 850nm or 1.0 dB/km at 1300nm. ## Design & Durability Featuring bend-insensitive OFNP jacketing, this cable maintains performance integrity even in tight installation spaces, reducing the risk of signal degradation from sharp bends. The 1.8mm outside diameter enables easy routing through conduits and cable trays without compromising flexibility. Duplex LC/UPC connectors provide Type A to B crossover polarity configuration, the industry standard for most patch cord applications. ## Compliance & Quality Assurance Fully TAA-compliant and RoHS/ELV certified, this cable meets stringent government and environmental regulations. All components undergo rigorous attenuation testing per ANSI/TIA/EIA-455-171-A-2001 standards, ensuring consistent quality and reliability. With a 90-day limited warranty and manufacturing locations across Taiwan, US, and China, you receive both reliability and supply flexibility. ## Applications Ideal for: • Data center equipment interconnection • Telecommunications infrastructure • Network switch patch panels • Server-to-storage connections • High-speed LAN backbones ## Value & Shipping Enjoy free standard shipping on orders exceeding $99, with fulfillment available from multiple distribution centers for rapid delivery. Custom lengths are available upon request to meet specific installation requirements. The plastic accessory design provides affordability without compromising performance, making this an economical choice for enterprise-scale deployments.