The JBX45240 45-meter OM3 SC/SC multimode fiber patch cable represents a premium solution for organizations requiring reliable, standards-compliant fiber optic connectivity. Engineered for high-performance data transmission, this cable meets the demanding requirements of modern network infrastructures. **Technical Excellence** This multimode fiber cable utilizes OM3 50/125 specifications, supporting gigabit and 10-gigabit Ethernet applications. The dual-strand duplex configuration with SC/UPC connectors and Type A to B crossover polarity ensures seamless integration with existing network equipment. With insertion loss rated at a maximum of 0.35dB and typical performance of 0.15dB, this cable delivers minimal signal degradation over its 45-meter run. **Superior Design Features** The bend-insensitive OFNP (Outdoor Fiber Non-Conductive Plenum) jacketing provides exceptional durability while maintaining a slim 1.8mm profile for efficient cable management. This design innovation allows for tighter bend radii without compromising fiber integrity, reducing installation complexity in congested equipment racks and cable trays. **Compliance and Quality Assurance** Fully TAA compliant and manufactured to meet EU RoHS directives, this cable satisfies government and enterprise procurement requirements. Attenuation testing conforms to ANSI/TIA/EIA-455-171-A-2001 standards, guaranteeing performance consistency and reliability. **Versatile Applications** Ideal for data centers, telecommunications facilities, network upgrades, and high-speed LAN installations. The 45-meter length accommodates moderate-distance runs between equipment in larger facilities. **Customer Value** Enjoy free standard shipping on orders over $99, with availability across multiple U.S. fulfillment centers in California, Texas, and South Carolina. A 90-day limited warranty provides peace of mind, and custom length options are available for specialized requirements. This cable represents an excellent balance of performance, compliance, and value for professional network deployments.