Optical Amplifiers

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.

A bench-top praseodymium-doped fluoride fiber amplifier for the O-band, offered in six output-power grades. FiberLabs aims it at high-speed Ethernet transceiver testing and at 1300 nm in-vivo imaging.

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.

Compact O-band PDFA gain modules for integration into a customer's own instrument or system. An evaluation board is available as an option.

A bench-top bismuth-doped fiber amplifier covering the full O-band with broad, flat gain. FiberLabs marks the product page as preliminary.

A bench-top thulium-doped fluoride fiber amplifier covering the S-band from 1460 to 1520 nm, including a gain-flattened model and a polarisation-maintaining model. FiberLabs describes it as the only S-band fiber amplifier on the market.

A 1U rack-mount S-band TDFA for deployment in optical networks and for footprint-constrained network experiments, including a gain-flattened DWDM model.

S-band TDFA gain modules for integration into optical instruments, with performance FiberLabs states is equivalent to the corresponding bench-top model.

Bench-top C-band erbium-doped fiber amplifiers in low-noise pre-amplifier, high-output booster and gain-flattened WDM variants. FiberLabs notes the design is not application specific and is also used for fiber sensing and fiber lasers.

A bench-top high-power C-band EDFA/EYDFA line reaching up to 5 W of output, aimed at amplifying a low-power seed laser in scientific work. A PM version is available.

A 19-inch 1U rack-mount C-band EDFA for long-haul terrestrial and metro WDM transmission, split into booster/in-line and pre-amplifier lines.

C-band EDFA gain modules in MSA and half-MSA form factors for integration into optical instruments.

Bench-top L-band and Extended L-band EDFAs producing up to 23 dBm across 1560 to 1620 nm, for extending WDM system capacity beyond the C-band.

A bench-top high-power L-band EDFA/EYDFA line with output up to 2 W. A PM option is available.

A 19-inch 1U rack-mount L-band EDFA that pairs with the C-band AMP-FL501x-CB rack units to extend WDM transmission bandwidth beyond the C-band.

L-band EDFA gain modules for integration into optical instruments.

A bench-top EDFA designed to cover the C-band and L-band together in one instrument, using an Er3+-doped fiber design optimised for flat gain across the combined bandwidth.

A 1U rack-mount amplifier that simultaneously boosts four CWDM channels between 1531 and 1591 nm, in booster and in-line variants. Amplification is independent of modulation speed and format.

A 1U rack-mount booster amplifier pair for bi-directional CWDM transmission over a single dark fiber. Each unit amplifies four transmit channels and passes the four receive channels through with low insertion loss.

A 1U rack-mount in-line amplifier pair for bi-directional CWDM transmission over a single dark fiber, extending reach regardless of signal format or data rate.