The JBX65024 160m LC/LC 2-Strand Singlemode 9/125 Micro Armored Fiber Cable represents the optimal solution for enterprise-grade fiber optic connectivity. Built to exacting standards, this cable combines superior signal transmission with robust physical protection, making it ideal for mission-critical network infrastructure. KEY FEATURES: This singlemode cable features a 9/125 micrometer core optimized for long-distance, high-bandwidth transmission. The LC/UPC to LC/UPC connector configuration ensures low reflectance and reliable connectivity. The micro armored construction provides exceptional crush and impact resistance, protecting the delicate glass fiber from environmental hazards. At just 3.0mm in diameter, the cable maintains excellent flexibility for routing through tight spaces while delivering industrial-strength durability. TECHNICAL PERFORMANCE: Attenuation rates of 0.25 dB/km at 1310 nm and 0.35 dB/km at 1550 nm exceed industry standards, ensuring pristine signal quality over extended distances. The cable meets G.657.A1 specifications and is tested per ANSI/TIA/EIA-455-171-A standards. The 18" furcated legs with integrated mesh pull sock facilitate stress-free installation and reduce bend-related signal degradation. COMPLIANCE & SAFETY: Plenum-rated OFNP jacketing ensures the cable meets stringent fire safety codes for installation in air handling spaces. Full TAA compliance and RoHS/ELV certification make this cable eligible for government and enterprise procurement. The cable is manufactured in the USA and carries a 90-day limited warranty. APPLICATIONS: Ideal for data centers, telecommunications facilities, enterprise campus networks, and high-speed LAN installations. The 160-meter length accommodates extended horizontal runs and vertical backbone applications. Custom lengths are available for specialized requirements. CUSTOMER SUPPORT: Shipped from Danville, CA or Fort Worth, TX locations. Qualified orders receive free standard shipping. Available in custom configurations to meet specific installation requirements.