Booster optical amplifiers (BOA)

Fiber-coupled booster semiconductor optical amplifier in 14-pin BTF package

Booster semiconductor optical amplifier on AlN submount

Booster optical amplifiers (BOA)

Booster Optical Amplifiers (BOAs), designed for handling significant input signals (typically around 10dBm), are available in both submount and fiber-coupled configurations. O-band quantum dot BOAs are notable for their high output power, with some models exceeding 550mW, and a high saturation output power reaching up to 22dBm. These amplifiers also feature a wide gain bandwidth, covering a significant portion of the O-band spectrum, which makes them ideal for applications requiring efficient and strong signal amplification across a broad bandwidth. The inclusion of feedback suppression technology, such as tilted waveguides and anti-reflective coatings (<0.001% reflectivity), minimizes optical feedback and reduces spectrum ripples for stable performance.

Both submount and fiber-coupled BOAs offer high gain, with certain models achieving small signal gain over 40dB. They are engineered for flexibility in integration, with packaging options that include submounts, 14-pin modules, fiber-coupled units, and bare die for custom integration. This versatility allows for seamless integration into various optical systems, catering to a range of application needs. Customization options provided by Innolume enable further tailoring of wavelength, spectral width, and output power.

Key features of Booster Optical Amplifiers on Submount and Fiber-coupled

  • High Gain: Small signal gain exceeding 40dB in certain models.
  • High Output Power: Quantum dot BOAs capable of delivering output power over 400mW (fiber-coupled) and up to 550mW (submount).
  • High Saturation Output Power: Reaching up to 22dBm, ensuring robust performance in high-power conditions.
  • Broad Gain Bandwidth: O-band BOAs offer amplification bandwidths exceeding 70nm for diverse optical communication applications.
  • Feedback Suppression: Equipped with tilted waveguides and anti-reflective coatings to minimize optical feedback.
  • Integration Flexibility: Available on submounts, fiber-coupled modules, or as bare die.
  • Customization Options: Adjustable wavelength, spectrum width, and output power according to customer requirements.
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Typical parameters of Booster optical amplifiers (BOA)

Part-number
Gain mean wavelength
nm
Gain bandwith (3dB)
nm
Output power
mW
Saturated gain
dB
Small signal gain
dB
Saturation output power
dBm
Noise figure
dB
Forward current
mA
Polarization extinction ratio
dB
Slow axis beam divergence
deg
Fast axis beam divergence
deg
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