Photonics Integrated Circuits (PIC)
Precision Optics for Efficient Coupling, High Bandwidth, and Scalable PIC Architectures
Photonic Integrated Circuits (PICs) integrate active and passive photonic functions such as lasers, modulators, waveguides, and detectors on a single chip, forming the foundation for highly integrated, energy-efficient, and scalable systems in data centers, cloud infrastructures, AI clusters, and high-speed networks.
With increasing data rates, higher channel densities, and growing levels of integration, fiber-to-chip and chip-to-chip coupling have become key focus areas. The optical interfacing of external fibers, laser sources, or optical engines with PICs imposes stringent requirements on beam shaping, alignment tolerances, coupling efficiency, and long-term stability. Precision micro-optics and lens arrays are critical enablers for high-performance, volume-ready PIC solutions.
Optical Requirements for Photonic Integrated Circuits
PIC-based systems must meet stringent requirements in coupling efficiency, integration density, and long-term stability to reliably deliver high data rates with minimal power consumption and footprint.
Precise beam shaping and mode-field matching are essential to achieve low coupling losses between fibers, micro-optics, and PIC waveguides.
Minimal insertion loss and controlled beam propagation are critical to maximizing link budgets, reducing power consumption, and enabling scalability to higher data rates.
Volume-ready PIC modules require stable coupling within tight lateral and axial tolerance budgets.
Advanced PIC platforms demand compact optical solutions, particularly for multi-channel interfaces and co-packaged architectures.
OUR SOLUTION
Custom Micro-Optics and Lens Arrays for Photonic Integrated Circuits
INGENERIC micro-optics and lens arrays are specifically designed for the optical interfaces of modern photonic integrated circuits. They enable precise, low-loss coupling between fibers, external light sources, and PIC waveguides while supporting scalable multi-channel architectures.
Our optics are deployed across PIC platforms based on silicon photonics, InP, SiN, and hybrid technologies, and can be seamlessly integrated into established packaging concepts—from conventional PIC modules to co-packaged optics solutions.
Precise beam shaping with optimized mode-field matching reduces coupling losses and increases alignment tolerances for efficient fiber-to-chip coupling
Increased passive alignment tolerances reduce packaging complexity, assembly time, and cost, enabling scalable high-volume manufacturing of PIC modules
Low-loss, compact micro-optics support high channel and port densities—essential for 400G+, co-packaged optics, and AI interconnects
High dimensional and process stability ensure reproducible optical performance across large production runs and guarantee high yield rates.
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INGENERIC – Your Partner for Precision Optical Solutions
Do you have suggestions, specific requirements, or a concrete enquiry? We can help you select the right micro-optics for your application—from standard components to customised solutions. Please feel free to contact us for personal advice or an individual quotation.
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