The COMPTYCO AUA800U/AUA800A Optical Time Domain Reflectometer (OTDR) is a high-performance fiber analysis tool engineered for long-distance fiber testing and professional network diagnostics. With a powerful 100KM testing range and dual working wavelengths of 1310nm & 1550nm, this handheld OTDR provides: Accurate fiber attenuation analysis Splice and connector loss measurement Event mapping and reflection detection Fiber break location End-to-end distance measurement It is equipped with integrated Optical Power Meter (OPM), Visual Fault Locator (VFL), and Optical Light Source (OLS), making it a true multi-function fiber testing solution for field technicians. Available in: AUA800U – UPC interface AUA800A – APC interface This ensures compatibility with various fiber connector standards used in FTTH and backbone deployments. Key Features Up to 100KM OTDR Testing Range Dual Wavelength: 1310nm / 1550nm Built-in OPM (Optical Power Meter) Integrated VFL (Visual Fault Locator) Integrated OLS (Optical Light Source) Intelligent Event Map Analysis High-Precision Fiber Fault Detection Handheld Portable Design Suitable for UPC & APC Connectors Ideal for Long-Distance Fiber Networks Technical Specifications Feature Details Model AUA800U (UPC) / AUA800A (APC) Type Handheld OTDR Test Range Up to 100KM Wavelength 1310nm / 1550nm Functions OTDR OPM VFL OLS Interface UPC / APC Options Application FTTH, ISP, Backbone Networks Design Portable Handheld Unit Ideal Applications COMPTYCO AUA800U Long-Distance Fiber Backbone Testing ISP Network Deployment Metro Fiber Networks FTTH Infrastructure Maintenance Data Center Fiber Diagnostics Fiber Link Certification & Troubleshooting Why Choose COMPTYCO UA800U/AUA800A? ✔ Extended 100KM testing capability✔ Dual-wavelength accuracy for complete fiber diagnostics✔ All-in-one tester (reduces need for multiple devices)✔ Designed for professional field technicians✔ Reliable for large-scale ISP & backbone infrastructure This model is ideal for technicians who need deep fiber analysis, not just basic fault finding.
