LIGENTEC Labs

PHOTODETECTORS

Fast-Track Your Photonic Innovation with LIGENTEC LABS

Access cutting-edge Photodetector Integration Technology for Advanced PICs through LIGENTEC LABS. LIGENTEC LABS empowers you to accelerate your technology development with our innovative Photodetector Integration technology. Our solution offers:

  • Broad Applicability: Address diverse application needs with photodetectors suitable for sensing, high-speed- and quantum communication, optical computing, balanced detection and monitoring applications.
  • Future-Proof Design: Our design enables co-integration with Lithium Niobate modulators and III-V lasers, ensuring seamless access to all essential building blocks.
  • Mature base technology: Build your devices starting from a mature and scalable silicon nitride platform.

 

Key Features

  • Broad Wavelength Range: 1260–1620 nm
  • High Responsivity: Up to 1 A/W 
  • High-Speed Performance: > 10 GHz 3-dB electro-optic bandwidth
  • Customizable Design: Flexible placement of photodiodes with customizable electrical interconnects to match your product requirements.

 

Access Our Technology

  • Flexible Engagement Options:
  • Future Advancements:
    • Combining integrated PD’s with other advanced building blocks such as Lithium Niobate modulators on the same PIC.
    • High-Speed PDs for communication beyond 10 GHz.

 

Why Choose LIGENTEC LABS?

  • Early Access to Breakthrough Technology: Be among the first to leverage our groundbreaking integration modules at lower TRL levels. 
  • Expert Partner: Benefit from our deep expertise in photonic integration and commitment to accelerating your development roadmap.
  • Scalable Solutions: Our technology is designed for scalability to high volume.

 

Ready to Accelerate Your Innovation ?

Contact our sales team at [email protected] to discuss your project needs, from prototype to volume production and learn how LIGENTEC LABS can help you succeed. Explore our MPW run page to access Photodetectors through AN800 MPW runs.

LOW-LOSS INTEGRATED PHOTONICS