We import fiber test instruments for resale, and Aevumix delivers the full range on schedule with complete certifications. Consistent quality across OTDRs, meters and locators means fewer supplier headaches. Dependable partner.
OTDR Test Equipment
OTDR test equipment for tier-2 certification — event mapping, distance-to-fault, loss and reflectance on single-mode and multimode. Request a quote.
Product Details
OTDR test equipment characterizes an entire fiber link from one end, sending optical pulses and reading the backscatter and reflections to map every splice, connector, bend and break with its distance, loss and reflectance. This trace-based view is the basis of tier-2 certification and of nearly all fault location: where a power meter says a link is lossy, an OTDR says where the loss is and what is causing it. It is the core diagnostic instrument of fiber test and maintenance.
Aevumix supplies OTDR test equipment for single-mode and multimode networks, from access to backbone. Managed dead zones resolve closely spaced events, multi-wavelength testing characterizes links at the windows they run, and bidirectional averaging resolves the gainers that one-way testing misreports. Results store and export for documented certification, so acceptance figures are defensible. We match dynamic range and dead zone to your spans so you buy the capability your network needs.
Because the right OTDR depends on your link lengths, wavelengths, dead-zone and dynamic-range needs, we help you specify the correct instrument. Send your spans and fiber types and we will recommend OTDR test equipment and provide a quote.
About this item
- Event mapping with distance, loss and reflectance
- Basis for tier-2 certification and fault location
- Managed dead zones for closely spaced events
- Multi-wavelength, single-mode and multimode
- Bidirectional averaging resolves gainers
- Result storage and export for certification
- Rugged, field-ready construction
| Dynamic (dB) | 32/30 |
|---|---|
| wavelength | 1310/1550nm |
| Fiber optic connectors | FC/UPC (interchangeable with SC and ST) |
| Loss Solutions | ± 0.001dB |
| Event blind spot | 0.8 meters |
| Test range | 100m-420km |
Based on 10 customer reviews
Aevumix combined meter, OTDR, locator and probe into a single field test set for our crews. One case, everything certified. It streamlined our field kit and the instruments have proven accurate and durable in daily use.
As a distributor we needed OTDR testers under our own brand. The OEM housing and firmware customization is genuine, MOQs are realistic for a first run, and customers keep coming back. The margins work for us.
Request a Quote
Tell us what you need and our team will get back to you with pricing and availability as soon as possible.
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Related Blog Posts
Knowledge
OTDR Working Principle: Rayleigh Scattering and Fresnel Reflection
How an OTDR works: it sends a laser pulse and measures returning light. Rayleigh scattering reveals attenuation; Fresnel reflection locates events. Learn the working principle.
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PON Power Meter vs Optical Power Meter: What’s the Difference?
A PON power meter tests live PON links inline, reading upstream and downstream wavelengths at once; an optical power meter measures one wavelength on dark fiber. Learn when to use each.
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How to Use a Visual Fault Locator (VFL)
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Frequently Asked Questions
It maps events along a fiber — splices, connectors, bends, breaks — with their distance, loss and reflectance, from one end. This supports tier-2 certification and precise fault location.
Match dynamic range to your longest span and dead zone to how closely spaced your events are. Send us your span lengths and topology and we will specify the right unit.
Yes. We supply OTDRs for single-mode and multimode, including units covering both. Confirm your fiber types and wavelengths and we will recommend a configuration.
Because joined fibers with different backscatter can make a one-way OTDR misreport a splice (a “gainer”). Bidirectional averaging gives the true loss, required for accurate certification.
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