Fiber Optic Equipment
PON Power Meter
PON power meters that measure live upstream and downstream power on active FTTH networks in-line without disrupting service. Request a quote.
PON Tester
Testing a live PON is a different discipline from testing a dark fiber. The network is carrying subscribers, several wavelengths share the same glass, and a splitter sits between the office and the home — so a general power meter simply cannot read it correctly. A PON tester is purpose-built for exactly this: it measures the separate upstream and downstream wavelengths of a working FTTH network, in-line, without knocking anyone offline. As a PON tester manufacturer and supplier, Aevumix builds these instruments for the FTTH crews who turn up and maintain PON every day.
The line covers pass-through PON power meters and PON-capable test sets, configured for GPON, EPON, and next-generation PON wavelength plans, and open to OEM and ODM supply.
OEM / ODMprivate-label housing, firmware, and packaging
Multi-wavelengthsimultaneous 1310 / 1490 / 1550 nm reading
In-line, livepass-through measurement without service interruption
PON standardsGPON, EPON, and 10G-PON wavelength plans
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1 Product
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Why PON Needs Its Own Tester
Measuring a Network That Can't Be Switched Off
A passive optical network stacks several services onto one fiber by wavelength-division multiplexing — traditionally 1310 nm upstream from the subscriber, 1490 nm downstream to it, and often 1550 nm for overlaid video — and splits one feed among many homes through a passive splitter. That architecture breaks the assumptions a general power meter makes. Point an ordinary meter at a live PON and it lumps every wavelength together into a meaningless total; it has no way to tell the upstream burst from the downstream carrier, or video from data.
A PON tester is built around that reality. It sits in-line, pass-through, between the OLT side and the ONT, and reads each wavelength on its own calibrated channel at the same time — so a technician sees downstream power, upstream power, and video level as distinct, correct numbers while the subscriber stays connected. Selection comes down to the wavelength plan you support: classic GPON and EPON, or the newer plans of 10G-PON and beyond, which add wavelengths a legacy tester cannot see. Match the tester to the PON generation your customers deploy, and live-network turn-up and troubleshooting become a plug-in-and-read operation.
OEM / ODM Programs
PON Tester Options from a Fiber Optic Supplier
A PON tester is defined by the wavelengths it resolves, so we configure the wavelength channels and calibration to the PON standards your customers run — GPON and EPON as standard, with 10G-PON and next-generation plans where your market is upgrading. Pass-through connector interfaces are matched to their drop and feeder plant.
Branding runs through the instrument. Housing, boot logo, firmware, and on-screen readouts carry your identity; pass/fail thresholds and report export follow your acceptance format; and packaging and cases ship as yours. It is a private-label PON test line built to the network generation your customers deploy, delivered at a workable MOQ, with samples so you can verify live-network readings on your own plant before committing.
OEM & ODM Support
Need a Custom PON Tester?
Don't See Your Spec? We'll Engineer It.
Tell us the PON standards — GPON, EPON, 10G-PON — and the wavelengths your customers deploy. We will match them to a PON tester built for their network and your brand.
- Samples available for qualified buyers
- Flexible MOQs for pilot runs and bulk orders
- Full OEM / ODM: wavelengths, firmware, housing, packaging
24htypical response
16+years experience
40+export countries
NDA available · ISO-aligned production · English & technical support
How Our PON Testers Are Configured
Six dimensions define a PON-tester build. Use them as your OEM brief.
Wavelength Channels
Simultaneous, separately calibrated reading of 1310, 1490, and 1550 nm — the core of correct PON measurement.
PON Standard
GPON and EPON as standard; 10G-PON and next-generation plans where the network is upgrading. The tester must see every wavelength in use.
Pass-Through Design
In-line measurement that reads a live network without dropping the subscriber — the defining PON-tester capability.
Power Range & Accuracy
Calibrated range spanning strong downstream carriers and bursty upstream signals, read correctly on each channel.
Pass/Fail & Thresholds
Configurable thresholds turn raw power into an instant pass/fail for fast field decisions.
Reporting
Logging and report export document live-network acceptance in your branded format.
From Inquiry to Bulk Supply
Inquiry & Specification
Share the PON standards and wavelengths your customers deploy; we confirm the tester configuration.
Engineering & Configuration
We set wavelength channels, thresholds, and firmware, then align OEM housing and packaging to your brand.
Sample & Validation
Samples let you verify live-network readings on your own plant before volume.
Bulk Production
Stable manufacturing with consistent QC, flexible MOQs, and global logistics for ongoing supply.
Why Source PON Testers from a Manufacturer
Correct Readings on Live Fiber
Separately calibrated channels give true downstream, upstream, and video power on a working network — where a general meter only guesses.
Genuinely Full OEM / ODM
Wavelengths, firmware, housing, and reporting all ship under your brand — a private-label PON test line, not a re-badged unit.
Ready for Next-Gen PON
Configurable for GPON, EPON, and 10G-PON, so the instrument matches the network your customers are building now.
Support That Answers
A real engineer, usually within a business day, for distributors in 40+ countries.
Related Blog Posts
Knowledge
Optical Power Meter Working Principle: How It Measures Light
How an optical power meter works: a photodiode converts light to current proportional to optical power. Learn about wavelength calibration, detectors, and referencing.
Knowledge
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.
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
Because a live PON carries several wavelengths on one fiber. A general meter sums them into a meaningless total; it cannot separate downstream from upstream or video. A PON tester reads each wavelength on its own calibrated channel.
The tester connects in-line between the network and the ONT and measures without interrupting service, so the subscriber stays connected while a technician reads the link. It is the defining feature of a PON tester.
Classic GPON/EPON uses 1310 nm upstream, 1490 nm downstream, and often 1550 nm for video. Next-generation plans like 10G-PON add further wavelengths, which the tester must be configured to see.
It depends on configuration. We build testers to the PON generations your customers deploy; where they are upgrading, we include the newer wavelength plans so one instrument spans the transition.
Yes. Configurable thresholds turn measured power on each wavelength into an immediate pass/fail, so field crews make turn-up and troubleshooting decisions on the spot.
Yes. Logging and report export capture live-network acceptance in your branded format, for records and customer sign-off.
Fully. Wavelength channels, firmware, housing, thresholds, and packaging all carry your brand, at low MOQs suited to launching a PON test line.
Request a Quote
Tell us about your application and we will respond with material recommendations, sample options, and pricing as soon as possible.