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Anritsu MU909014C6 OTDR Module for MT9090A Network Master

Manufacturer part number: MU909014C6
μOTDR (3-wavelength, 30 dB class OTDR with PM, PON-PM, LTS and LS)
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The Anritsu MU909014C6 OTDR Module is a three-wavelength, 30 dB class μOTDR designed for use with the MT9090A Network Master, offering advanced fiber characterization, loss testing, and power measurement capabilities. This module is specifically designed for installation, maintenance, and troubleshooting of fiber networks, including FTTH, PON, metro, and enterprise fiber infrastructures.

With integrated Power Meter (PM), PON Power Meter (PON-PM), Light Source (LS), and Loss Test Set (LTS) functionalities, the MU909014C6 enables technicians to perform comprehensive fiber testing without the need for additional equipment. The high dynamic range and short dead zones ensure accurate and reliable results, even in complex fiber networks.

Designed for field use, this module features automatic pass/fail analysis, helping technicians quickly identify issues and optimize network performance. The USB and Ethernet connectivity allow for easy data transfer, remote monitoring, and efficient report generation.

Key Features:

  • 3-wavelength (30 dB class) μOTDR module designed for the Anritsu MT9090A Network Master

  • Integrated Power Meter (PM), PON Power Meter (PON-PM), Light Source (LS), and Loss Test Set (LTS) functionalities

  • High dynamic range for long-distance fiber analysis

  • Short event and attenuation dead zones for precise fault localization

  • Automatic pass/fail analysis for fast and efficient testing

  • Compact and lightweight for easy portability

  • USB and Ethernet connectivity for data transfer and remote operation

  • FTTH (Fiber-to-the-Home) and PON network installation and maintenance

  • Metro and access network fiber testing

  • Enterprise and data center fiber troubleshooting

  • Fiber loss and reflectance measurement

  • PON power measurement and loss testing

  • Splice loss and connector reflection analysis

  • Long-distance fiber fault detection

  • Compatible Mainframe: Anritsu MT9090A Network Master

  • Wavelengths: 3-wavelength OTDR for complete fiber testing

  • Dynamic Range: 30 dB class for long-distance fiber analysis

  • Event Dead Zone: Short for precise fault identification

  • Attenuation Dead Zone: Minimal for detailed loss measurement

  • Integrated Functions: Power Meter (PM), PON Power Meter (PON-PM), Light Source (LS), Loss Test Set (LTS)

  • Connectivity: USB and Ethernet for seamless data management

  • Power Supply: Operates via MT9090A battery or AC adapter

  • Weight & Dimensions: Lightweight, portable, and rugged for field applications

Description

The Anritsu MU909014C6 OTDR Module is a three-wavelength, 30 dB class μOTDR designed for use with the MT9090A Network Master, offering advanced fiber characterization, loss testing, and power measurement capabilities. This module is specifically designed for installation, maintenance, and troubleshooting of fiber networks, including FTTH, PON, metro, and enterprise fiber infrastructures.

With integrated Power Meter (PM), PON Power Meter (PON-PM), Light Source (LS), and Loss Test Set (LTS) functionalities, the MU909014C6 enables technicians to perform comprehensive fiber testing without the need for additional equipment. The high dynamic range and short dead zones ensure accurate and reliable results, even in complex fiber networks.

Designed for field use, this module features automatic pass/fail analysis, helping technicians quickly identify issues and optimize network performance. The USB and Ethernet connectivity allow for easy data transfer, remote monitoring, and efficient report generation.

Key Features:

  • 3-wavelength (30 dB class) μOTDR module designed for the Anritsu MT9090A Network Master

  • Integrated Power Meter (PM), PON Power Meter (PON-PM), Light Source (LS), and Loss Test Set (LTS) functionalities

  • High dynamic range for long-distance fiber analysis

  • Short event and attenuation dead zones for precise fault localization

  • Automatic pass/fail analysis for fast and efficient testing

  • Compact and lightweight for easy portability

  • USB and Ethernet connectivity for data transfer and remote operation