Fibershot Micro OTDR-II Test Wavelength 1310nm:26dB/1550nm:24dB Single Mode OTDR. Multifunctional Tester Built-in 6 in One (OTDR/OLS+VFL+OPM+FLM+RJ45) Compatible with UPC SC+ST+FC+LC connectors

The Fibershot Micro OTDR-II is a high-performance single-mode OTDR designed for fiber optic network testing, troubleshooting, and maintenance. It features dual test wavelengths (1310nm: 26dB / 1550nm: 24dB) and integrates six essential tools in one device (OTDR, OLS, VFL, OPM, FLM, and RJ45 tester). It is compatible with UPC SC, ST, FC, and LC connectors, ensuring versatile connectivity. The built-in RJ45 cable tester helps identify cable sequence and faults. With real-time analysis, internal data storage, and an intuitive interface, this OTDR is ideal for FTTH, broadband networks, cable TV, and CCTV installations.
 

Key Features:

• 6-in-1 Multifunctional OTDR: Integrated OTDR, OLS, VFL, OPM, FLM, and RJ45 tester.
• Dual Wavelength Testing: Supports 1310nm (26dB) and 1550nm (24dB) for single-mode fiber.
• Optical Power Meter (OPM): Calibrated for 850/1300/1310/1490/1550/1625/1650nm, with a range of -50 to +26dBm.
• Visual Fault Locator (VFL): 10mW output, 650nm wavelength, detects fiber breaks and bends.
• RJ45 Cable Tester: Identifies cable sequence and network cable faults over 300m.
• Real-Time Analysis & Internal Data Storage: Provides instant test results and stores data for future reference.
• Micro USB Interface & Memory Card Slot: Enables easy data transfer and additional storage expansion.
• Broad Connector Compatibility: Works with UPC SC, ST, FC, and LC connectors.

Its Uses:

• Troubleshoots fiber optic networks and detects faults efficiently.
• Performs OTDR testing for FTTx, broadband, and cable TV maintenance.
• Identifies fiber breakpoints, measures cable lengths, and calculates optical power loss.
• Detects network cable faults with the built-in RJ45 tester.
• Enhances installation and maintenance efficiency for fiber networks and CCTV systems.
• Ideal for telecom engineers, fiber optic technicians, and network professionals.