The JBX82395 3-meter LC/SC OM1 Multimode Fiber Patch Cable represents the industry standard for reliable fiber optic connectivity. Engineered for professionals who demand performance without compromise, this yellow duplex cable delivers superior signal transmission across enterprise networks, data centers, and telecommunications infrastructure. **Performance Specifications:** With OM1 62.5/125 multimode fiber specifications, this cable supports high-speed data transmission with exceptional attenuation ratings. The ≤0.35dB typical insertion loss (maximum 0.35dB) ensures minimal signal degradation, while the ≥60dB return loss prevents signal reflection issues. Tested to ANSI/TIA/EIA-455-171-A-2001 standards, this cable meets stringent industry requirements for telecom and data applications. **Design & Durability:** The innovative bend-insensitive OFNP jacketing provides superior flexibility without compromising signal integrity, allowing installation through conduits and tight routing paths. The compact 1.8mm outside diameter reduces bulk while the duplex configuration with Type A to B crossover polarity serves most standard networking scenarios. The yellow identification jacket facilitates easy cable management and organization. **Compliance & Certifications:** TAA-compliant and RoHS/ELV certified (EU directive 2002/95/EC), this cable meets federal procurement standards and environmental regulations. Whether you're upgrading legacy systems or building new infrastructure, compliance is guaranteed. **Convenience & Support:** Ships from multiple US locations (California, Texas, South Carolina) with free standard shipping on orders over $99. Custom lengths are available for specific project requirements. Every cable includes a 90-day limited warranty, providing peace of mind with your investment. **Applications:** Ideal for fiber-to-the-premises (FTTP) installations, enterprise LAN upgrades, data center interconnects, and telecommunications networks. Perfect for organizations migrating from older copper infrastructure to modern fiber optics.