1290nm Booster Optical Amplifier on Submount

A high-power boost optical amplifier (BOA) with a center wavelength of 1290nm and packaged in a chip on carrier (CoC) form. This product adopts InAs/GaAs quantum dot gain material and proprietary anti reflection coating technology, and can achieve an output power of up to 550mW in a submount package form, which is currently the highest power package version among BOA products in this band.

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1310nm 24dBm BOA Fiber-Coupled Booster Semiconductor Optical Amplifier

Semiconductor Optical Amplifier (SOA) / Booster Optical Amplifier (BOA)Booster Optical Amplifiers (BOA) are amplifiers that employ semiconductors as the gain medium. They feature a structure similar to Fabry-Pérot laser diodes, with anti-reflection design structures on the end facets. Modern designs adopt anti-reflection coatings, tilted waveguides and window regions, which can reduce facet reflectivity to below 0.001%. This results in higher cavity power loss than gain, preventing the amplifier from lasing.

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1310nm 20dBm BOA Fiber-Coupled Booster Semiconductor Optical Amplifier

A high-power fiber coupled booster optical amplifier designed specifically for O-band (1260-1360nm) applications with a center wavelength of 1310nm. This product adopts advanced quantum dot gain materials and proprietary anti reflection coating technology, which can provide a saturated output power of up to 20dBm (typical value), and has a wide gain bandwidth of 70nm, suitable for various application scenarios that require high-power, broadband optical signal amplification.

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1300nm 22dBm BOA Fiber-Coupled Booster Semiconductor Optical Amplifier

A high-power fiber coupled booster optical amplifier designed specifically for O-band applications with a center wavelength of 1300nm. This product adopts proprietary anti reflection coating technology and can provide a saturated output power of up to 22dBm, with an output power greater than 350mW @ 1300nm. It is suitable for various application scenarios that require high-power and broadband optical signal amplification.

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1290nm 21dBm BOA Fiber-Coupled Booster Semiconductor Optical Amplifier

A high-power fiber-coupled booster optical amplifier (BOA) designed specifically for the O-band with a central wavelength of 1290nm. This product utilizes advanced quantum dot gain materials and proprietary anti-reflection coating technology, delivering a saturated output power of up to 21dBm, making it suitable for various applications requiring high-power, broadband optical signal amplification.

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1060nm Booster Optical Amplifier

A high-power boost optical amplifier (BOA) designed for the 1060nm band. By using proprietary anti reflective coatings and tilted waveguide design, Fabry Perot resonance can be effectively suppressed, ensuring that the device operates in a traveling wave amplification state. This product has high saturation output power, wide operating bandwidth, and high polarization extinction ratio characteristics. It adopts a standard 14 pin butterfly package and is suitable for increasing seed light sources to power levels of hundreds of milliwatts.

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1125nm High-Gain Semiconductor Optical Amplifier

A high gain semiconductor optical amplifier optimized for the 1125nm wavelength band. By using proprietary anti reflective coating technology and ridge waveguide design, high fidelity and high gain amplification of weak optical signals can be achieved. This product has high gain, high saturation output power, and high polarization extinction ratio characteristics. It adopts a standard 14 pin butterfly package and is suitable for the integration requirements of scientific research experiments and commercial fiber optic systems

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1090nm High-Gain Semiconductor Optical Amplifier

A high gain semiconductor optical amplifier optimized for the 1090nm wavelength band. By using proprietary anti reflective coating technology and ridge waveguide design, high fidelity and high gain amplification of weak optical signals can be achieved. This series of products features high gain, high saturation output power, and high polarization extinction ratio, and offers two product forms: high gain narrowband type (butterfly package, suitable for system integration) and high-power broadband type (desktop module, built-in driver and control) to meet the diverse needs of scientific research experiments and commercial systems.

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1080nm High-Gain Semiconductor Optical Amplifier

A high gain semiconductor optical amplifier designed for the 1080nm wavelength band. By using proprietary anti reflective coating technology and ridge waveguide design, high fidelity and high gain amplification of weak optical signals can be achieved. This series of products features high gain, high saturation output power, and high polarization extinction ratio, and offers two different product forms: component level butterfly package SOA (suitable for system integration) and modular integrated amplifier (controller all-in-one, plug and play) to meet the diverse needs of scientific research experiments and commercial systems.

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1060nm High-Gain Semiconductor Optical Amplifier

A high gain semiconductor optical amplifier designed for the 1060nm wavelength band. By using proprietary anti reflection coatings, tilted waveguides, and other designs, high fidelity and high gain amplification of weak optical signals can be achieved. This series of products has high saturation output power, low noise figure, and high polarization extinction ratio characteristics, and provides two solutions: narrowband (high gain) and broadband (large bandwidth), suitable for scientific research experiments and commercial fiber optic systems

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1035nm High-Gain Semiconductor Optical Amplifier

A high gain semiconductor optical amplifier optimized for the 1035nm band. It adopts proprietary anti reflection coating technology and tilted waveguide design, which can achieve high fidelity and high gain amplification of weak optical signals within a wide bandwidth. This product has high saturation output power, low noise figure, and high polarization extinction ratio characteristics, suitable for various scenarios from scientific research experiments to commercial fiber optic systems.

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1190nm Broadband Semiconductor Optical Amplifier

A high-performance broadband semiconductor optical amplifier designed specifically for the 1190nm near-infrared band. Based on the InAs/GaAs quantum dot material system, the chip end face adopts proprietary anti reflection coating technology (reflectivity<0.001%), which can effectively suppress Fabry Perot oscillation and ensure stable operation of the device in amplification mode. The product provides an ultra wide gain bandwidth of up to 90nm (covering approximately 1145-1240nm) and a maximum small signal gain of 20dB, widely used in fields such as swept frequency light sources, optical coherence tomography (OCT), tunable lasers, and optical preamplifiers.

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