OTDR Features
The OTDR injects a series of optical pulses into the fiber under test and extracts, from the same end of the fiber, light that is scattered or reflected back from points along the fiber. The scattered or reflected light that is gathered back is used to characterize the optical fiber.
FOBER OTDR FB 6001 – High-Performance Optical Time Domain Reflectometer
The FOBER OTDR FB 6001 is a high-precision, user-friendly, and field-ready Optical Time Domain Reflectometer designed to test, measure, and troubleshoot fiber optic networks with utmost accuracy. It’s a powerful and versatile diagnostic tool tailored for telecom operators, network engineers, and technicians working in FTTH, long-haul, and metro networks.
Packed with advanced features like intelligent auto testing, high-resolution display, real-time analysis, and a rugged build, the FB 6001 is engineered to deliver reliable performance under all working conditions.
Advanced OTDR Performance
The FOBER FB 6001 features a high dynamic range and low dead zone, allowing technicians to measure long distances and detect closely spaced events in fiber networks. It is capable of locating faults, splices, bends, and breaks along a fiber optic link with pinpoint accuracy. This makes it ideal for both routine maintenance and emergency fault isolation.
Key OTDR Capabilities:
Wavelengths: 1310 nm / 1550 nm
Dynamic Range: Up to 32 dB
Event Dead Zone: ≤1 meter
Attenuation Dead Zone: ≤4 meters
Distance Range: Up to 160 km (depending on model/spec)
Pulse Width: 5 ns to 10 µs
Sampling Resolution: Up to 0.1 m
Multifunctional Testing Tool
More than just an OTDR, the FB 6001 integrates multiple testing functions into a single handheld unit. It combines the functionalities of:
Visual Fault Locator (VFL)
Optical Power Meter (OPM)
Laser Source
Fiber Inspection Tool (via optional probe)
This makes it a complete fiber testing solution — reducing the need for carrying multiple devices on-site and increasing operational efficiency.
User-Friendly Operation
The FOBER FB 6001 is designed for both beginners and experts. The 7-inch high-brightness touchscreen delivers crisp graphical traces and interactive menus, making it easy to operate even under direct sunlight or low-light environments. With auto/manual modes, the device can be used for both quick assessments and in-depth fiber analysis.
Graphical Interface Features:
Touchscreen and keypad dual operation
Real-time event map and auto analysis
Zoom-in/out function for trace inspection
Event list with detailed parameters
File storage and export via USB
Portable & Durable Design
With a rugged, shockproof casing, the FOBER OTDR FB 6001 is built to withstand harsh environments such as construction sites, outdoor installations, and high-traffic telecom stations. Its lightweight form factor, long battery life (up to 10 hours), and ergonomic design ensure technicians can use it throughout the day with ease.
Connectivity & Data Management
The OTDR supports internal memory and USB data transfer for trace file backup and analysis. You can generate reports directly or transfer files to a PC using built-in software for advanced reporting and documentation.
Connectivity Options:
USB Port for file transfer and firmware updates
SC/FC connector ports with interchangeable adaptors
PC software compatibility for trace review and report generation
Ideal Applications
The FOBER OTDR FB 6001 is ideal for:
FTTH network deployment and maintenance
Backbone and access fiber testing
Fiber fault localization and break detection
Cable installation verification
Live network monitoring and optimization
Whether you’re testing a new fiber run, verifying cable quality, or locating faults in a live system, this OTDR ensures you get quick, accurate, and actionable results.
What’s in the Box
FOBER OTDR FB 6001 Main Unit
Power Adapter & Charging Cable
OTDR Launch Cable
User Manual
Interchangeable FC/SC Adapter Set
Carry Bag with Shoulder Strap
Calibration Certificate
Optional: VFL Probe, OPM Patch Cord
Conclusion
The FOBER OTDR FB 6001 sets a new benchmark in handheld OTDR technology with its advanced features, ease of use, and reliability. It empowers fiber technicians to detect, troubleshoot, and verify network performance efficiently — making it an indispensable tool in the growing world of fiber optic communication.
