Fluke Networks MF1550SOURCE Multifiber Pro Sm 1550 Nm Laser Light Source

The Fluke Networks MF1550SOURCE Multifiber Pro SM Laser Light Source is designed for professionals who need to test and certify high-performance singlemode fiber links with precision and speed. Operating at the 1550 nm wavelength, this laser source works seamlessly with the Fluke Networks Multifiber Pro Power Meter to deliver simultaneous loss and power measurements across all 12 fibers of an MPO connector. By eliminating the need for sequential fiber testing, it dramatically reduces testing time while ensuring consistent and reliable results. Compact, lightweight, and rugged, the MF1550SOURCE is ideal for field use in enterprise, telecom, and data center environments. It provides stable output, repeatable measurements, and compliance with global fiber testing standards, making it an indispensable tool for technicians handling singlemode MPO installations.

Key Features:

• 1550 nm singlemode laser light source

• Works with the Multifiber Pro Power Meter for full MPO certification

• Tests all 12 fibers simultaneously for up to 90% faster results

• Stable optical output ensures repeatability and accuracy

• Lightweight, compact, and field-ready design

• Reduces testing errors and streamlines documentation

Compatible Applications:

• Singlemode MPO fiber certification and troubleshooting

• Data center backbone and trunk link testing

• Telecom network installation and maintenance

• Enterprise high-density fiber deployments

Included Accessories:

• MF1550SOURCE laser light source unit

• Connector adapters (as required)

• Protective carrying pouch

• User manual

• Batteries

Compliance & Standards:

• Compliant with IEC and TIA singlemode fiber testing standards

• Safe laser operation with industry-approved performance levels

Benefits for Lab/Field Users:
With the MF1550SOURCE, technicians can complete singlemode MPO certification tasks in a fraction of the time compared to traditional sequential methods. Its reliable 1550 nm laser output ensures accurate, standards-compliant results, helping users improve testing efficiency, reduce network downtime, and guarantee quality fiber installations.