FiberLabs: Fibre Amplifiers, Coupled Sources and Fibres
FiberLabs: Fibre Amplifiers, Coupled Sources and Fibres
FiberLabs: Fibre Amplifiers, Coupled Sources and Fibres
Range of optical amplifiers, ASE light sources and specialty fibers from FiberLabs.
FiberLabs Inc. specializes in optical equipment for fibre communication, optical sensing, and biomedical optics. Their proprietary optical fibre technology generates light across various wavelengths, essential for their products. Their ASE light sources provide high-brightness white light over a wide spectral range.
As a leader in ASE light source innovation, FiberLabs offers products like the C & L-Band broadband light sources (FL7002-FL7004) and the ultra-broadband light source (FL7701), covering the S, C, and L bands. These sources are widely used for WDM component characterization, optical sensing, and measurements.
Optical amplifiers are vital in WDM transmission systems, and FiberLabs supplies amplifiers in the O, S, C, and L bands, leveraging their advanced optical fibre technology.
Additionally, FiberLabs develops compact, efficient fibre lasers in unique spectral ranges using fluoride optical fibres. The company is dedicated to ongoing R&D for generating light in new spectral ranges with varied properties.
FiberLabs AMP-FL8612-OB-27 model delivers over 27 dBm output power from a 0 dBm input signal light, making it the highest output power among commercially available O-band fibre amplifiers. It’s a Praseodymium-Doped Fibre Amplifier and available in rack-mount and OEM module formats. Learn More
FiberLabs AMP-FL8621-OB-19 Bismuth-Doped Fiber Amplifier (BDFA) high-output O-band optical fiber amplifier (≥19 dBm) with wide wavelength range. Lower power output than that of the PDFA, it can amplify a wider wavelength bandwidth. Available in rack-mount and OEM module formats. Learn More
FiberLabs AlF3 fluoride fibre has superior laser damage threshold and water resistance compared to ZBLAN fibre. Widely used for beam delivery of high-power medical/dental lasers (e.g. 2.94 μm Er-YAG laser). AIF3 shows a smaller transmission loss than that of GeO2 fibres at 2.9 μm. Learn More