JDSU 4126MA Metro-Access (MA) OTDR Module

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Datasheet

Testing Metro and Access networks calls for using cost-effective, versatile, high performance test equipment. JDSU has designed an optical time domain reflectometer (OTDR) with the required performance and functions for the characterization of various optical netowkrs, such as CWDM, wireless backhaul, and FTTx. The Metro-Access (MA) OTDR Module meets the challenges of commissioning a complete metro ring, troubleshooting a bend in a distribution frame, and qualifying high-port-count optical splitters.

The MA OTDR Module, part of the T-BERD/MTS-4000 family of products offers a lightweight, rugged, battery-operated handheld test solution. Its large display combined with comprehensive user interface makes it the ideal OTDR in response to any test scenario.
 

Features:


  • Best-in-class OTDR module with 37/35 dB dynamic range and high resolution.
  • First-to-market OTDR integrating a true Loss Test Set function.
  • Traditional and in-service filtered wavelengths coupled into a single port.
  • Optimize for testing through PON splitters.
  • Instantaneous traffic detection when connecting live fiber.
  • Automated bend detection.
  • Possible combination with Triple-Play function, xDSL, Copper, and CWDM OSA modules.

Specifications:


Optical Interfaces Applicable Fiber SMF 9/125 μm
Interchangeable Optical Connectors FC, SC, DIN, LC (PC or APC) and ST (PC)
Reflectance/ORL measurements Reflectance Accuracy ±2 dB
Display Resolution 0.0 dB
Threshold to 99 dB in dB step
Laser Safety class (2 CFR) Class
Distance Units Kilometers, feet, and miles
Group Index Range .30000 to .70000 in 0.0000 steps
Number of Data Points Up to 28000 data points
Distance Measurement Automatic or dual cursor
Sampling Resolution 4 cm
Accuracy ± m ±sampling resolution± .05 x distance (Excluding group index uncertainties)

 

Applications:


  • Installation, mainenance, and troubleshooting of Metro and Metro Access networks (wireless backhaul and CWDM)
  • Fiber characterization solution for use in Access/FTTx networks (P2P Ethernet, PON, and NG-PON) of today and tomorrow