SmartOTDR Handheld Fibre Tester |
The lightweight and compact SmartOTDR speeds and optimizes field testing of metro and access networks—with a tailored OTDR interface and automatic analysis that any technician can understand.
Once you've read about the SmartOTDR below, why not click on the Vicom OTDR Selection Guide and find out which models are ideal for YOUR applications? |
The affordable, easy-to-use handheld tester for techs at any level
The SmartOTDR essential handheld fiber tester is an affordable, easy-to-use device for techs at any level, with robust wireless connectivity options that increase productivity anywhere. It integrates all the essential fiber test requirements into a single device with OTDR measurement, fiber end face analysis, optical loss testing and visual fault locator.
Introduction |
Purpose-Built for Technicians
With SmartOTDR, generic or user-defined setup configurations eliminate setup errors and maintain results consistency. One-touch operation and a single results window ensure fast and easy measurements, while robust wireless connectivity options increase productivity anywhere.
Key Benefits
Key Features
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Overview |
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The SLM intelligent optical software application helps technicians use an OTDR more effectively, without the need to understand or interpret OTDR results. Each event is displayed as an icon giving users a schematic view of the entire link, known as SmartLink. SLM can completely correlate to the original OTDR trace as experts desire. With this common approach to simplify OTDR testing and streamline the procedures, four tailored SLM OTDR applications are available for different network types. For more details about each of the applications (Enterprise-SLM, FTTA-SLM, FTTH-SLM and Cable-SLM), visit the Options tab above page. |
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Key Benefits
Key Features
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Models In The Series
Model click for details
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Port #
|
Mode
|
Wavelength
(nm) |
Dynamic Range
(dB) |
Approx Distance see note below (km) |
E118FA65-APC | 1 | SM | filtered 1650 | 32 | 80-100 |
E118FA65PPM-APC |
1 |
SM |
filtered 1650 |
32 |
80-100 |
E126A-PC | 1 | SM | 1310/1550 | 37/35 | 100-120 |
E126A-APC | 1 | SM | 1310/1550 | 37/35 | 100-120 |
E138FA65-PC |
1 2 |
SM SM |
1310/1550 filtered 1650 |
37/35 32 |
100-120 |
E138FA65-APC |
1 2 |
SM SM |
1310/1550 filtered 1650 |
37/35 32 |
100-120 |
E126B-PC | 1 | SM | 1310/1550 | 40/40 | 120-140 |
E126B-APC | 1 | SM | 1310/1550 | 40/40 | 120-140 |
E136FB-PC |
1 2 |
SM SM |
1310/1550 filtered 1625 |
40/40 41 |
120-140 |
E136FB-APC |
1 2 |
SM SM |
1310/1550 filtered 1625 |
40/40 41 |
120-140 |
NOTE: “Distance” above refers to the approximate fibre distance that can accurately be certified based on 0.2dB/km fibre loss @ 1550nm (0.22dB for 1625/1650 only OTDRs) & 0.1dB splices every 2km. Note too that for the same distance, test times reduce with dynamic range increase – roughly half the test time for every 2-3dB increase in dynamic range. |