The JBX88117 represents a premium solution for professional fiber optic networking requirements. This 80-meter SC/ST duplex singlemode patch cable combines superior optical performance with robust construction standards, making it an ideal choice for telecommunications providers, data center operators, and enterprise IT departments. Optical Performance & Standards Compliance: Built with a 9/125 singlemode core and G.657.A1 glass fiber, this cable meets rigorous telecom industry standards. It achieves exceptional insertion loss specifications of ≤0.35dB at 1550nm and ≤0.25dB at 1310nm, with typical performance of just 0.15dB. Return loss exceeds 20dB, ensuring reliable signal integrity across long distances. All attenuation performance has been tested in accordance with ANSI/TIA/EIA-455-171-A-2001 standards. Connector Configuration: The SC/UPC to ST/UPC connector pairing with Type A to B crossover polarity represents the most common duplex configuration for fiber patch applications. This standardized approach simplifies network integration and reduces compatibility issues in mixed-environment deployments. Construction & Safety: The cable features riser-rated (OFNR) jacketing with a compact 1.8mm outside diameter, allowing for efficient cable management in tight spaces. RoHS/ELV compliance and EU Directive 2002/95/EC adherence ensure environmental responsibility and regulatory compliance for installations worldwide. Flexibility & Value: Custom length options are available to meet specific installation requirements. The 90-day limited warranty provides confidence in product reliability. With free standard shipping on orders exceeding $99 and convenient distribution centers across California, Texas, and South Carolina, procurement and delivery are streamlined and cost-effective. Ideal Applications: Perfect for high-speed data transmission, telecommunications networks, long-distance signal relay, and enterprise-grade network infrastructure. The duplex configuration supports bidirectional communication in single-cable installations, reducing physical cabling requirements.