A 1U rack-mount O-band PDFA intended for deployment in data centre, access and metro networks rather than on the bench. Amplification is independent of signal format and data rate.

The AMP-FL5601-OB series covers 1280 to 1320 nm at a 1310 nm nominal wavelength in five output grades from >= +10 dBm to >= +20 dBm, with gain from >= 10 dB to >= 35 dB and noise figure <= 7 dB. The 43 x 440 x 403 mm chassis uses SC/PC connectors on G.652 fiber, redundant hot-swap AC power, and RS-232C plus an alarm relay; Ethernet (option -092) and a front control panel (option -151) are offered. FiberLabs notes it can amplify small signals from a network TAP for monitoring applications.
| Parameter | Value |
|---|---|
| Product numbers | AMP-FL5601-OB-10 / -13 / -16 / -18 / -20 |
| Operating wavelength | 1280 to 1320 nm |
| Nominal wavelength | 1310 nm |
| Output power (input 0 dBm at nominal wavelength) | >= +10 / >= +13 / >= +16 / >= +18 / >= +20 by grade dBm |
| Gain (input -30 dBm at nominal wavelength) | >= 10 (-10) / >= 15 (-13) / >= 20 (-16) / >= 25 (-18) / >= 35 (-20) dB |
| Noise figure (input -30 dBm at nominal wavelength) | <= 7 dB |
| Input/output fiber | SMF, G.652 compliant (e.g. SMF28) |
| Standard connector | SC/PC |
| Input/output isolator | Built In |
| Standard dimensions (H x W x D) | 43 x 440 x 403 mm |
| Safety function | Interlock with input level Alarm |
| Control mode | ACC (Auto Current Control) and ALC (Auto Light Control) |
| Remote interface | RS-232C / Relay terminal for alarm |
| Operating temperature | 0 to 40 degC |
| Storage temperature | -10 to 60 degC |
| Power supply | AC 100 to 240 V (50/60 Hz), Redundant and Hot-Swap |
| Humidity | 5 to 80 % RH (non-condensing) |
| Safety standards | IEC 60825-1 (JIS C 6802) / CE marking (EN 61010-1 / EN 61326-1) |

A bench-top fiber amplifier operating around 850 nm, built on FiberLabs' fluoride fiber amplifier technology. FiberLabs describes it as the only 850-nm-band fiber amplifier on the market, typically paired with a reference transmitter for receiver stress testing of 850 nm transceivers.

A bench-top ytterbium-doped fiber amplifier for the 980 nm band, aimed at laboratory, test-and-measurement and system-integration work needing gain around 1 micron.

A bench-top ytterbium-doped fiber amplifier for the 1030 nm band, delivering 20 dBm or more across a broad 1-micron window.
Our application engineers will confirm specifications with the manufacturer and quote for your configuration.
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