The Fluke Networks OFP-100-QI OptiFiber Pro 2 Quad OTDR is a comprehensive solution for testing and certifying multimode and singlemode fiber networks. Supporting 850/1300 nm for multimode fibers and 1310/1550 nm for singlemode fibers, it accurately measures fiber length, loss, and locates faults. The integrated inspection kit allows technicians to examine connector end faces, ensuring optimal signal transmission and compliance with industry standards. Built-in Wi-Fi enables fast trace transfer, reporting, and remote monitoring, streamlining workflows in both field and laboratory environments. Rugged, portable, and intuitive, the OFP-100-QI is ideal for enterprise, data center, and telecom applications, providing reliable and efficient fiber certification and troubleshooting.
Key Features:
Quad-wavelength OTDR: 850/1300 nm multimode, 1310/1550 nm singlemode
Integrated connector inspection kit for end-face evaluation
Wi-Fi connectivity for trace transfer, reporting, and remote access
Rugged, portable design suitable for field and lab use
Intuitive interface for fast trace acquisition and analysis
Generates detailed reports for documentation and compliance
Complete kit with launch cables and protective case
Compatible Applications:
Multimode and singlemode fiber testing and certification
Data center and enterprise network deployment
Telecom fiber troubleshooting and maintenance
Short-haul and long-haul fiber link verification
Included Accessories:
OFP-100-QI OTDR unit
Multimode and singlemode launch cables
Connector inspection probe
Protective carrying case
User manual
Batteries for portable operation
Compliance & Standards:
Meets international standards for OTDR testing, fiber certification, and connector inspection
Benefits for Lab/Field Users:
The OFP-100-QI combines quad-wavelength OTDR testing, connector inspection, and Wi-Fi-enabled reporting in a single, portable solution. Technicians can perform accurate testing, certification, and troubleshooting efficiently, ensuring reliable network performance and compliance in both field and laboratory environments.





