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.
Mini OTDR Tester
Mini OTDR testers — pocket-sized reflectometers that map events, loss and reflectance on access and short links. Request a quote.
Product Details
A mini OTDR tester brings event mapping to a pocket-sized instrument, characterizing an access or short link by sending pulses and reading the backscatter and reflections that reveal splices, connectors, bends and breaks along the fiber. For FTTH drops and short spans, a compact OTDR gives the distance-to-fault and per-event loss a power meter cannot, without the size and cost of a full backbone reflectometer. It is the field tool for “where is the fault and how bad is each event?”
Aevumix supplies mini OTDR testers optimized for access-network distances with short dead zones so closely spaced events — the connectors and splices in a drop — resolve clearly. Event mapping presents splices, connectors and macrobends with their loss and reflectance, and results store for reporting. Compact and rugged, the mini OTDR suits FTTH crews who need trace-based diagnosis in a pocketable instrument rather than a bench unit.
Because the right OTDR depends on your link lengths, dead-zone and dynamic-range needs, we help you specify the correct unit. Send your typical spans and topology and we will recommend a mini OTDR and provide a quote.
About this item
- Pocket-sized event mapping for access and short links
- Short dead zones resolve closely spaced events
- Shows per-event loss and reflectance
- Distance-to-fault location
- Result storage for reporting
- Optimized for FTTH drop distances
- Rugged, battery-powered field design
| connector | FC SC ST |
|---|---|
| Power specifications | 2 9V batteries |
| wavelength range | 850nm~1700nm wavelength |
| interface | RJ45 port; RJ11 port |
| Fiber optic connectors | 2.5mm universal interface |
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.
Related Products
Fiber Optic Equipment
Bidirectional OTDR Testing Equipment
OTDR equipment for bidirectional testing that averages both directions to remove gainers and report true splice and link loss. Request a quote.
Fiber Optic Equipment
Multimode OTDR Tester
Multimode OTDR testers that characterize LAN and data-center multimode links — event mapping, loss and reflectance. Request a quote.
Fiber Optic Equipment
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.
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.
Blog
How to Use a Visual Fault Locator (VFL)
How to use a visual fault locator: connect the fiber, turn on the red laser, and find breaks, bends, and bad connectors by the light escaping. Plus VFL safety and range.
Knowledge
What Is a PON Network? GPON, XGS-PON and the Future Explained
PON means Passive Optical Network. Learn how PON works, what PON on a router means, GPON vs XGS-PON, and where the technology is heading.
Frequently Asked Questions
It maps events along the fiber — splices, connectors, bends, breaks — with distance-to-fault and per-event loss and reflectance. A power meter only gives end-to-end power or loss, not where a problem is.
Yes. Mini OTDRs are optimized for access distances with short dead zones that resolve the closely spaced events in a drop. Tell us your spans and we will recommend the right unit.
The distance after a reflective event where the OTDR cannot resolve a following event. Short dead zones matter for patch panels and short links. Send your topology for the right specification.
Yes. Mini OTDRs store traces and results for reporting and export. Request the datasheet for a specific model's capabilities.
Add a review