We've got a guy running CATV over a 30km fiber run and his signal was dropping out at the last 50 subscribers — this EYDFA solves that basically because of that it pushes 27 to 40 dBm output, so you don't need to split and re-amplify three times, and the noise figure stays at or under 5.0 dB which matters when you're stacking multiple channels.


It runs 1535 to 1565 nm (C-band) and gain flatness is ±0.3 dB — that's tighter than most single-stage amps we see — output power stability holds at ±0.5 dB and polarization sensitivity is below 0.2 dB, so the WDM integration doesn't drift on you, input power range is -10 to +10 dBm with a nominal +3 dBm, and it's got SC/APC connectors as standdard.


For FTTH or FTTP with dense subscriber splits it's pretty much ideal, but honestly for lab bench testing you'd want something with a lower noise figure — this is built for field deployment, not precision metrology, and the 2U chassis (446×384×86 mm) is rack-mountable but you'll want to check your cabinet depth.


Lead time is about 20 days or so for AC 90-265V version, DC 48V takes a bit longer, and we usually have stock on the 32x19 model but confirm before ordering because teh MOQ is 5 units and we batch ship.
Our standard MOQ is 10 units, but we can negotiate smaller batches for first-time buyers or pilot projects.
Lead time is usually 15-20 working days for standard orders. Custom configurations might add a few more days.
Yes, it's fully certified with CE, ISO, and RoHS. We can provide the documentation upon request.
Absolutely, you can set the output power anywhere between 27 and 40 dBm to match your CATV system's requirements.
It uses SC/APC connectors, which are standard for high-performance CATV networks. Make sure your patch cables match to avoid signal issues.