The JBX67482 OM4 multimode fiber optic cable represents enterprise-level connectivity solutions for modern network infrastructure. This 240-meter cable combines the proven reliability of OM4 technology with practical features designed for real-world installations. **Key Features:** The 4-strand OM4 design with 50/125 micron core delivers bandwidth capabilities up to 4700 MHz·km, supporting 10 Gigabit Ethernet over extended distances. LC/LC connectors with 18" furcated legs provide flexible termination options, reducing installation complexity and improving cable management in crowded equipment racks. **Performance Specifications:** With attenuation ratings of 3.5 dB/km at 850 nm and 1.5 dB/km at 1300 nm, this cable maintains signal integrity across the 240-meter span, minimizing the need for signal regeneration or costly repeaters. These specifications exceed standard multimode requirements, offering headroom for future bandwidth demands. **Plenum Rating & Safety:** Plenum-rated construction means this cable meets NFPA 262 and UL 1666 fire safety standards, qualifying for installation in return air plenums and other air-handling spaces without additional conduit. The black jacket offers superior UV resistance and environmental durability for outdoor segments. **Applications:** Ideal for data center backbone connections, campus network expansions, disaster recovery links, and hybrid deployments where indoor runs transition to outdoor cable trays or underground conduit. Works seamlessly with existing OM3/OM4 infrastructure while providing performance upgrades. **Installation & Maintenance:** The generous 240-meter length reduces splice points, improving reliability and reducing maintenance costs. LC connectors are industry standard, ensuring compatibility with modern networking equipment. Proper cable storage and bend radius management (minimum 2mm) preserve cable integrity throughout its operational life. Whether upgrading legacy networks or building new high-performance infrastructure, the JBX67482 delivers the reliability and performance data centers demand.