The JBX00099 12-Fiber LC/APC Singlemode Pigtail is a mission-critical component designed for telecommunications professionals, data center operators, and network installers seeking reliable fiber optic connectivity. This 2-meter pigtail combines precision engineering with practical design features to meet demanding network deployment requirements. **Technical Excellence**: Manufactured to OS2 specifications with 9/125 singlemode fiber and G.657.A1 bend-insensitive glass, this pigtail delivers exceptional performance. The LC/APC connectors on one end provide low return loss (≥20dB) and minimal insertion loss (≤0.35dB typical at 1310nm, 0.35dB/km at 1550nm), ensuring signal integrity across long-distance transmissions. **Design Features**: The color-coded unjacketed design offers multiple advantages. Each of the 12 fibers displays distinct coloring for rapid identification during installation and maintenance, reducing setup time and installation errors. The 0.9mm diameter provides optimal space efficiency, allowing dense fiber routing in equipment racks and cable management systems. This configuration is ideal for ribbon fiber applications where space and organization are critical. **Compliance & Quality**: TAA compliant for government and institutional procurement, the JBX00099 meets rigorous international standards including RoHS/ELV directives and ANSI/TIA/EIA-455-171-A testing protocols. Custom lengths are available for specialized applications beyond the standard 2-meter configuration. **Applications**: Perfect for datacenter interconnects, metro area networks (MANs), campus network backbones, and carrier-grade telecommunications infrastructure. The unterminated end allows flexible termination options matching your specific network topology requirements. **Support & Shipping**: Backed by a 90-day limited warranty and manufactured in certified facilities (Taiwan, US, and China), with domestic fulfillment from Danville CA, Fort Worth TX, and Beaufort SC. Enjoy free standard shipping on orders exceeding $99. Invest in fiber optic infrastructure that performs reliably under demanding conditions.