The JBX43220 LC/APC to FC/APC simplex fiber patch cable represents a reliable solution for professional optical network installations. This 8-meter cable is specifically designed for singlemode fiber applications requiring precision signal transmission across telecommunications, data center, and enterprise networking environments. **Technical Specifications:** Built with a 9/125 micrometer singlemode fiber core utilizing G.657.A1 glass, this cable delivers superior performance characteristics. The measured insertion loss of ≤0.35dB at typical 0.15dB ensures minimal signal degradation, while return loss exceeding 20dB provides excellent reflection control. Attenuation rates of 0.25 dB/km at 1310nm and 0.35 dB/km at 1550nm meet industry standards for critical applications. **Construction and Durability:** The cable features a 1.8mm outside diameter with riser-rated (OFNR) yellow PVC jacketing, providing flame-retardant protection suitable for in-building installations. The yellow jacket facilitates easy identification in complex cable routing scenarios. TAA compliance and RoHS/ELV certification ensure this cable meets strict government procurement standards. **Connector Configuration:** LC/APC connectors on one end and FC/APC connectors on the other provide versatile connectivity options. The straight-through polarity enables seamless integration with existing infrastructure. Both connector types feature angled polished finishes for superior optical performance and reduced back-reflection. **Customization and Support:** Available in custom lengths beyond the standard 8-meter offering, this cable adapts to unique deployment requirements. All units include a 90-day limited warranty and are manufactured under rigorous quality standards ensuring consistent performance. Free standard shipping applies to orders exceeding $99. **Applications:** Ideal for telecommunications networks, data center backbone connections, FTTX deployments, and enterprise LAN upgrades. Perfect for installations requiring low-loss signal transmission over moderate distances.