The JBX65524 represents a comprehensive solution for high-performance fiber optic connectivity in modern networking infrastructure. As a 160-meter OM4 multimode cable, it accommodates longer distance runs while maintaining exceptional signal quality essential for 10 Gigabit Ethernet and emerging multi-lane applications. **Key Performance Features:** This cable delivers outstanding attenuation specifications of 3.5 dB/km at 850nm and 1.5 dB/km at 1300nm, well-suited for data-intensive environments. The bend-insensitive fiber technology ensures durability during installation and reduces potential signal degradation from cable routing around network equipment. LC/UPC connectors provide superior return loss performance at ≥20dB, critical for maintaining signal fidelity in sensitive optical systems. **Construction & Protection:** The micro-armored design incorporates protective layers that safeguard against rodent damage, crushing forces, and abrasion—common hazards in installation environments. The plenum-rated (OFNP) jacketing meets fire and smoke safety codes required in return air plenums, making it suitable for commercial building installations. The 3.0mm outer diameter represents a space-efficient profile for cable trays and conduit routing. **Installation Advantages:** Furcated legs (18-inch) split at the cable's termination point, allowing flexible individual strand routing without additional breakout components. The included mesh pull sock distributes pulling forces evenly during installation, minimizing strain on fiber cores and connectors. This thoughtful engineering reduces installation time and potential damage risks. **Compliance & Reliability:** Fully TAA compliant and RoHS/ELV certified, this cable meets government procurement standards. Manufacturing to ANSI/TIA/EIA-455-171-A specifications ensures attenuation testing accuracy. The 90-day limited warranty provides customer protection, while domestic US manufacturing ensures supply chain reliability. **Applications:** Ideal for enterprise data centers, telecommunications facilities, educational institutions, and large-scale network deployments requiring extended fiber runs with enhanced mechanical protection and superior optical performance.