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Laser & Light SourcePROVIDED BY SKP


● ASE Light Source
BaySpec offers customizable amplified spontaneous emission (ASE) light sources designed to accommodate many different telecommunications, fiber sensing, fiber optic gyroscope, and test & measurement capabilities in the near- and shortwave infrared (800 to 1650 nm) region. BaySpec devices benefit from low-cost, field-proven telecommunication components to provide rugged, reliable solutions.

ParameterC-Band NormalC-Band Flat-TopC+L Band Normal
Max. Output Power(dBm)>16>11>16
Spectral Density(dB)>-10>-10>-17
Optical FiberSMF-28SMF-28SMF-28
Optical ConnectorFC/PCFC/PCFC/PC

● Wideband Light Sources
BaySpec’s MiniLite™ series of wideband or broadband light sources are designed to enhance analytical spectroscopy, fiber sensing, optical coherence tomography (OCT), and other test & measurement capabilities. Devices benefit from low-cost, field proven telecommunication components to provide rugged, reliable solutions.

Wavelength range650~1690nm(user selection)
Spectral widthTypical 100nm in a single source; combined source for wide coverage
Output powerup to 30mW
Power stability+/-0.01dB after 10min warm-up

● Erbium-doped Fiber Amplifiers (EDFA)
BaySpec's IntelliGain® and IntelliSense® erbium-doped fiber amplifiers (EDFA) are designed and manufactured in the U.S.A. to meet stringent Telcordia GR-1312 requirements for reliability and performance.

ParameterMetro-I_AD EDFAMetro-II_AD EDFAMetro-III_AD EDFA
Output power+5 dBm+10 dBm+15 dBm
Small Signal Gain15 dB20 dB25 dB
Pump wavelength980nm
Pump current80 mA150 mA300 mA

● MiniLite™ Lasers - fiber coupled
BaySpec’s MiniLite™ series of narrowband lasers are designed to enhance analytical Raman spectroscopy and test & measurement capabilities, covering optimal wavelength regions. Devices benefit from low-cost, field-proven telecommunication components.

Center wavelength532nm647nm785nm1064nm1310nm
Output power80mW350mW40mW(SM), 700mW(MM)400mW(SM), 750mW(MM)250mW
Spectral width0.3nm0.08nm0.06nm(SM), 0.08nm(MM)0.08nm(SM)0.1-2nm