The JBX00170 OM5 6-Fiber Pigtail represents a critical component in next-generation fiber optic infrastructure. Engineered for demanding telecommunications and data center applications, this product combines cutting-edge OM5 technology with practical design features that professionals demand. Technical Excellence: Built with OM5 50/125 multimode fiber, this pigtail delivers superior modal bandwidth specifications of 4700 MHz·km @ 850nm and 2470 MHz·km @ 953nm (EMB), making it ideal for 10GbE and emerging higher-speed protocols. The 0.9mm jacketed design provides optimal density for high-fiber-count installations while maintaining durability and ease of handling. Connectivity & Flexibility: The LC/UPC connector termination on the primary end meets industry standards for low insertion loss (≤0.35dB typical) and excellent return loss (≥20dB). The unterminated six-fiber configuration on the secondary end provides installation flexibility, allowing technicians to terminate fibers according to specific deployment requirements. Each fiber is individually color-coded for intuitive organization and reduced installation errors. SWDM Readiness: This pigtail supports Shortwave Wavelength Division Multiplexing (SWDM) across 850-953nm wavelengths, enabling future-proof network expansion without requiring additional fiber infrastructure. Support for 10GbE transmission up to 400 meters makes this ideal for campus networks, data center interconnects, and enterprise backbones. Compliance & Quality: TAA compliant and manufactured to TIA-492AAAE and ISO-11801 OM5 standards, this product meets rigorous global specifications. RoHS/ELV directive compliance ensures environmental responsibility. Available with free standard shipping on qualifying orders and backed by a 90-day limited warranty, providing peace of mind for critical network installations. Applications: Perfect for data center infrastructure, enterprise campus networks, carrier-grade installations, and any application requiring reliable multimode fiber connectivity with future scalability.