The JBX82286 25-meter OM1 multimode fiber patch cable represents a versatile solution for modern data center and network infrastructure projects. Engineered with precision, this cable combines reliable performance with compliance certifications required by government agencies and large enterprises. Key Technical Features: The cable features duplex fibers with LC/UPC to SC/UPC connectors, specifically configured with Type A to B crossover polarity—the industry-standard for duplex patch cords. The OM1 62.5/125 core provides proven performance for multimode applications, supporting bandwidth requirements up to 500 MHz·km at 850nm. With insertion loss specifications of ≤0.35dB typical at 0.15dB, signal degradation is minimized across the 25-meter span. Durability and Compliance: The bend-insensitive OFNP jacketing protects against mechanical stress while meeting fire safety standards. At just 1.8mm outer diameter, the cable maintains a compact profile for space-constrained installations. TAA compliance ensures procurement eligibility for government contracts, while RoHS and ELV directive certification confirms environmental and safety standards adherence. Applications and Use Cases: This cable serves network technicians, data center managers, and IT professionals requiring reliable multimode interconnections. Common applications include campus network installations, equipment patching in server rooms, and multimedia signal transmission. The green jacket provides excellent visibility for color-coded network management. Customization and Availability: Custom lengths are available to accommodate specific installation requirements. Multiple U.S. fulfillment centers (Danville CA, Fort Worth TX, Beaufort SC) ensure rapid delivery with free standard shipping on orders exceeding $99. Performance Standards: All products undergo attenuation testing per ANSI/TIA/EIA-455-171-A-2001, guaranteeing consistent quality. The 90-day limited warranty provides protection against manufacturing defects, backed by professional customer support.