The JBX83194 15-meter LC/ST OM2 multimode fiber patch cable represents a professional-grade networking solution designed for organizations requiring reliable, high-performance optical connectivity. Built to exacting standards, this duplex cable combines superior engineering with practical flexibility for modern data infrastructure. **Technical Excellence** This cable utilizes OM2 50/125 multimode fiber, the industry standard for medium-range network applications supporting data rates up to 10 Gbps. The bend insensitive fiber technology allows installation through tight cable management spaces while maintaining optimal signal integrity. With measured insertion loss of just 0.15dB typical (≤0.35dB maximum) and return loss exceeding 60dB, the cable ensures minimal signal reflection and attenuation across extended runs. **Construction & Durability** The 1.8mm outside diameter with bend insensitive OFNP jacketing provides robust protection while maintaining flexibility during deployment. The Type A to B crossover polarity configuration aligns with standard duplex patch cord applications, simplifying network architecture planning. Custom lengths are available for specialized installations requiring non-standard cable runs. **Compliance & Standards** Fully TAA compliant and RoHS/ELV certified, this cable meets rigorous government procurement and environmental regulations. Performance is validated against ANSI/TIA/EIA-455-171-A standards, ensuring consistency and reliability across batches. **Practical Advantages** Shipped from multiple US locations (California, Texas, and South Carolina), this cable qualifies for free standard shipping on orders over $99. The 90-day limited warranty provides confidence in your investment. LC/UPC to ST/UPC connectors enable seamless integration with existing fiber infrastructure. **Ideal Applications** Perfect for data centers, telecommunications networks, enterprise campus installations, and network infrastructure upgrades requiring dependable multimode connectivity at competitive pricing.