Fluke Networks OFP-100-SI OptiFiber Pro 2 SingleMode OTDR with inspection & Wi-Fi

The Fluke Networks OFP-100-SI OptiFiber Pro 2 SingleMode OTDR provides a professional-grade solution for testing, troubleshooting, and certifying singlemode fiber networks. Designed for 1310 nm and 1550 nm wavelengths, it accurately measures fiber length, loss, and locates faults to ensure network reliability. The integrated inspection capability evaluates connector end faces, preventing signal loss and compliance issues. Built-in Wi-Fi enables fast trace transfer, reporting, and remote monitoring, improving field and lab workflows. Its rugged, portable design makes it suitable for a wide range of environments, including enterprise, data center, and telecom applications. The OFP-100-SI streamlines singlemode fiber testing while offering detailed reporting and full compliance with industry standards.

Key Features:

• Singlemode OTDR: 1310 nm and 1550 nm wavelengths

• Integrated connector inspection for end-face evaluation

• Built-in Wi-Fi for trace transfer, reporting, and remote access

• Portable, rugged design for field and lab use

• Intuitive interface for fast trace acquisition and analysis

• Generates detailed reports for documentation and compliance

Compatible Applications:

• Singlemode fiber testing and certification

• Enterprise and data center fiber deployments

• Telecom network troubleshooting and maintenance

• Long-haul fiber verification

Included Accessories:

• OFP-100-SI OTDR unit

• Singlemode launch cables

• Connector inspection probe

• Protective carrying case

• User manual

• Batteries for portable operation

Compliance & Standards:

• Meets international standards for optical time-domain reflectometry (OTDR), fiber certification, and connector inspection

Benefits for Lab/Field Users:
The OFP-100-SI offers technicians an all-in-one solution for singlemode fiber testing. With OTDR, connector inspection, and Wi-Fi reporting, it ensures accurate measurements, streamlined workflows, and reliable certification in both field and lab environments.