The JBX90182 SC/ST duplex singlemode fiber patch cable represents a reliable solution for modern telecommunications infrastructure. Engineered to exacting standards, this 1.5-meter cable delivers professional-grade performance for mission-critical applications. **Key Features:** This duplex configuration cable connects SC and ST connectors in a Type A to B crossover polarity, the industry standard for patch cord applications. The 9/125 micron singlemode fiber core supports long-distance transmission with exceptional signal quality. Meeting ANSI/TIA/EIA testing standards, the cable achieves insertion loss of just 0.15dB typical at 1310nm, with maximum attenuation of 0.25dB/km, ensuring minimal signal degradation over extended runs. **Technical Specifications:** The cable utilizes G.657.A1 glass fiber technology, proven for reliability and performance. With a return loss specification of ≥20dB, it maintains signal integrity in demanding network environments. The 1.8mm outer diameter provides space-efficient installation, while riser-rated OFNR jacketing ensures compliance with fire safety codes in commercial buildings. **Compliance & Quality:** TAA-compliant manufacturing meets U.S. government procurement requirements. RoHS/ELV directive compliance reflects environmental responsibility. The cable is tested rigorously to ensure consistent performance across temperature and humidity ranges. **Applications:** Ideal for telecommunications networks, data centers, laboratory equipment, and broadband infrastructure. The pink jacket aids technicians in cable management and identification in complex installations. **Warranty & Support:** Backed by a 90-day limited warranty, this cable is available in custom lengths for specialized applications. Free standard shipping on orders exceeding $99, with expedited options available. Ships from multiple U.S. locations ensuring faster delivery. **Maintenance:** Keep connectors clean and capped when not in use. Store at room temperature away from direct sunlight to maintain optimal fiber properties.