CMA5000 OTDR Application
CMA5000 Optical Time Domain Reflectometer Application
Reduce the Time to Install, Commission, and Maintain Fiber Spans.
As part of Anritsu's CMA5000 Multilayer Test Platform, the OTDR application reduces the time to install, commission, and maintain fiber spans via high performance hardware and easy-to-use software. Featuring support for a multitude of single mode and multimode wavelengths, up to 50 dB of dynamic range, and deadzones as small as 1 meter, the OTDR application is the ideal solution for testing long-haul backbone networks, metropolitan optical networks (MONs), and FTTP deployments that incorporate passive optical networks (PONs).
The CMA 5000 OTDR application aids in increasing revenue through accurate fiber characterization by providing:
- Extremely high resolution (0.5 meter resolution at 125 km and 1 meter resolution at 250 km)
- Superior analysis software for accurate and consistent event detection and classification
- Unequaled reflectance and ORL accuracy with an exclusive troubleshooting mode
- Up to 256,000 data points for unparalleled trace resolution
The CMA5000 reduces the cost of measurement through ultra-fast data acquisition. Up to 80% of the dynamic range is achieved in under 30 seconds, saving valuable time and expense when compared to other solutions that require three minutes to complete their tests. In addition, real time updates of 1/10 second provide quick information for easier connector and splice optimization.
The CMA5000 OTDR application provides unparalled ease of use for both the novice and the fiber expert through dedicated test modes that simplify and automate tests for any application from fiber reel validation measurements to long-haul, metro, or PON applications. In addition, tri-wavelength OTDR modules simplify multiple band fiber characterization covering O-, S-, C-, and L-band, while adding Loss Test Set and Visual Fault Locator (VFL) functions to the OTDR module further reduce inventory and enhance portability.
The CMA5000 OTDR application, when combined with the Polarization Mode Dispersion, Chromatic Dispersion, ORL, and Video Inspection Probe applications, becomes the most comprehensive fiber characterization tool available.
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