The JBX82170 45m LC/SC OM1 Multimode Fiber Patch Cable represents the gold standard in network connectivity infrastructure. Specifically engineered for organizations requiring TAA compliance, this cable meets all Trade Agreements Act requirements, making it ideal for government contracts and regulated environments. **Technical Excellence** Built on OM1 62.5/125 multimode fiber specifications, this cable supports legacy and modern network systems seamlessly. The duplex configuration with Type A to B crossover polarity ensures proper signal flow between LC and SC connectors. With measured insertion loss of ≤0.35dB (typical 0.15dB) and return loss exceeding 60dB, signal integrity is guaranteed for long-distance transmissions. **Superior Design Features** The bend-insensitive fiber jacket (OFNP rated) withstands installation stresses and repeated bending without performance degradation. The 1.8mm outside diameter provides optimal balance between flexibility and durability. The distinctive red coloring enables quick identification in dense cabling environments, reducing troubleshooting time and installation errors. **Performance Specifications** Attenuation performance: 850nm at 3.5 dB/km or 1300nm at 1.0 dB/km meets ANSI/TIA/EIA-455-171-A-2001 standards. The 45-meter length accommodates mid-to-long-distance backbone connections typical in campus networks and data center implementations. **Compliance & Reliability** Fully RoHS and ELV compliant with EU Directive 2002/95/EC certification. Each unit includes a 90-day limited warranty. Available in custom lengths for specialized applications. Free standard shipping on orders exceeding $99, with multiple warehouse locations ensuring rapid delivery. **Applications** Ideal for enterprise data centers, telecommunications hubs, educational institutions, government facilities, and any mission-critical network requiring TAA-compliant components. Perfect for organizations upgrading legacy OM1 systems or implementing hybrid network architectures supporting both multimode and single-mode fiber segments.