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Anritsu MU909015B1 OTDR Module for MT9090A Network Master

Manufacturer part number: MU909015B1
μOTDR (2-wavelength, 35 dB class OTDR with VLD)
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The Anritsu MU909015B1 OTDR Module is a dual-wavelength, 35 dB class OTDR designed for use with the MT9090A Network Master. Featuring an integrated Visual Fault Locator (VLD), this module is optimized for fiber installation, maintenance, and troubleshooting, offering both high-precision OTDR measurements and quick visual fault detection.

With high dynamic range capabilities, the MU909015B1 allows for long-distance fiber characterization, making it ideal for FTTH, metro, and access networks. Its short event and attenuation dead zones provide precise fault localization, ensuring that technicians can identify and resolve issues quickly.

Equipped with automatic pass/fail analysis, this module streamlines testing procedures, reducing technician workload while improving accuracy. Its USB and Ethernet connectivity facilitate easy data transfer, remote operation, and test report generation, making it an essential tool for fiber network professionals.

Key Features:

  • μOTDR module designed for the Anritsu MT9090A Network Master

  • Dual-wavelength (2-wavelength) 35 dB class OTDR for precise fiber testing

  • Integrated Visual Fault Locator (VLD) for quick fault identification

  • High dynamic range for long-distance fiber analysis

  • Short event and attenuation dead zones for pinpoint fault localization

  • Automatic pass/fail analysis for simplified troubleshooting

  • USB and Ethernet connectivity for seamless data transfer

  • Lightweight and rugged design for field applications

  • 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

  • Long-distance fiber fault detection

  • Splice loss and connector reflection analysis

  • Compatible Mainframe: Anritsu MT9090A Network Master

  • Wavelengths: Dual-wavelength OTDR for versatile fiber testing

  • Dynamic Range: 35 dB class for long-distance fiber analysis

  • Event Dead Zone: Minimal dead zones for precise fault identification

  • Attenuation Dead Zone: Short attenuation dead zone for detailed analysis

  • Visual Fault Locator (VLD): Integrated VLD for quick fault verification

  • Connectivity: USB and Ethernet for efficient data handling

  • Power Supply: Powered via MT9090A battery or AC adapter

  • Weight & Dimensions: Lightweight and portable for field use

Description

The Anritsu MU909015B1 OTDR Module is a dual-wavelength, 35 dB class OTDR designed for use with the MT9090A Network Master. Featuring an integrated Visual Fault Locator (VLD), this module is optimized for fiber installation, maintenance, and troubleshooting, offering both high-precision OTDR measurements and quick visual fault detection.

With high dynamic range capabilities, the MU909015B1 allows for long-distance fiber characterization, making it ideal for FTTH, metro, and access networks. Its short event and attenuation dead zones provide precise fault localization, ensuring that technicians can identify and resolve issues quickly.

Equipped with automatic pass/fail analysis, this module streamlines testing procedures, reducing technician workload while improving accuracy. Its USB and Ethernet connectivity facilitate easy data transfer, remote operation, and test report generation, making it an essential tool for fiber network professionals.

Key Features:

  • μOTDR module designed for the Anritsu MT9090A Network Master

  • Dual-wavelength (2-wavelength) 35 dB class OTDR for precise fiber testing

  • Integrated Visual Fault Locator (VLD) for quick fault identification

  • High dynamic range for long-distance fiber analysis

  • Short event and attenuation dead zones for pinpoint fault localization

  • Automatic pass/fail analysis for simplified troubleshooting

  • USB and Ethernet connectivity for seamless data transfer

  • Lightweight and rugged design for field applications