The JBX43307 SC/APC to FC/UPC simplex fiber patch cable represents a premium solution for professionals requiring reliable optical signal transmission in telecommunications, data center, and enterprise network environments. Technical Excellence: This 5-meter cable utilizes a 9/125 singlemode fiber core constructed from G.657.A1 specification glass, delivering superior performance in long-distance, high-bandwidth applications. The SC/APC connectors feature angled physical contact (APC) polished surfaces on the transmit side, while FC/UPC connectors provide standard UPC finishing on the receive side. This configuration minimizes back-reflection and signal degradation. Performance Specifications: With insertion loss rated at ≤0.35dB and return loss of ≥20dB, this cable exceeds industry standards for signal integrity. Attenuation testing confirms performance at 1310nm (0.25 dB/km) and 1550nm (0.35 dB/km) wavelengths, ensuring reliable transmission across standard telecommunications bands. Build Quality & Compliance: The cable features riser-rated OFNR jacketing with a compact 1.8mm outside diameter, facilitating easy installation in constrained spaces. TAA compliance ensures eligibility for government contracts and procurement programs. RoHS and ELV directive compliance demonstrates environmental responsibility without compromising performance. Applications & Use Cases: Ideally suited for: • Data center interconnects and backbone applications • Telecommunications network upgrades • Long-distance signal transmission • Enterprise network infrastructure • Laboratory and testing environments • Government and military communications systems Customization & Support: Available in custom lengths upon request to accommodate specific installation requirements. Shipped from multiple U.S. locations (Danville CA, Fort Worth TX, Beaufort SC) with free standard shipping on orders exceeding $99. All cables include comprehensive testing documentation and a 90-day limited warranty. The JBX43307 delivers professional-grade performance and reliability for mission-critical fiber optic applications.