Fluke Networks MFPOWERMETER Multifiber Pro Power Meter

The Fluke Networks MFPOWERMETER Multifiber Pro Power Meter is engineered for fast, accurate, and efficient testing of MPO trunk cables in today’s high-density networks. Unlike conventional power meters that require technicians to test fibers one at a time, the MFPOWERMETER evaluates all 12 fibers of an MPO connector at once—dramatically reducing testing time and labor costs. When paired with Fluke Networks’ Multifiber Pro Light Sources (850 nm, 1310 nm, or 1550 nm), it delivers precise optical power and loss measurements for both multimode and singlemode fiber networks.

Its intuitive interface provides clear pass/fail results, while rugged field-ready construction ensures durability in demanding environments. Ideal for data centers, enterprise networks, and telecom applications, the MFPOWERMETER simplifies MPO certification, speeds up troubleshooting, and ensures compliance with international standards, making it a must-have tool for fiber professionals.

Key Features:

• Tests all 12 fibers of an MPO connector simultaneously

• Reduces testing time by up to 90% compared to traditional methods

• Compatible with 850 nm multimode and 1310/1550 nm singlemode light sources

• Provides accurate optical power and loss measurements

• Intuitive interface with clear pass/fail indicators

• Rugged, portable design for field and lab environments

Compatible Applications:

• MPO and multifiber trunk cable certification

• Enterprise and data center backbone testing

• Telecom fiber network verification

• High-density fiber troubleshooting and maintenance

Included Accessories:

• MFPOWERMETER unit

• Protective soft carrying pouch

• Connector adapters (as required)

• User manual

• Batteries

Compliance & Standards:

• Conforms to IEC and TIA fiber testing standards

• Designed for MPO/MTP fiber certification and verification

Benefits for Lab/Field Users:
By enabling one-step MPO testing, the MFPOWERMETER saves valuable time while increasing accuracy. Its compatibility with both multimode and singlemode sources makes it versatile for mixed environments, helping technicians complete projects faster, reduce downtime, and ensure reliable, standards-compliant fiber installations.