Silicon Nitride Photonics Platform
Our silicon nitride platform guides visible laser light with high efficiency while providing a scalable foundation for integrated photonic systems.
A whole system on a single chip
Ultimate integration of components onto a single chip
Foundation
The Brilliance Platform
The core technology that builds the foundation of Brilliance's platform.
Integrated RGB Lasers
We integrate laser diodes directly onto the photonic chip, creating compact RGB laser sources with exceptional brightness and efficiency.
Wafer-Scale Manufacturing
We leverage standard wafer-scale manufacturing to produce integrated photonic chips with the scalability, consistency, and efficiency required for high-volume applications.
Integration
Endless integration possibilities with building blocks
Custom solutions to optimize your application.
Laser Diodes
Integrated laser diodes on PIC platform
Brilliance integrates bare RGB laser diodes directly onto the PIC using a proprietary passive alignment process. This enables high coupling efficiency, compact packaging, and rapid assembly without active alignment, significantly reducing manufacturing complexity. Our platform supports a broad range of wavelengths including visible light and infrared.
>70%
Coupling eff.
Wafer
Scale assembly
SiN process
Highly scalable silicon-nitride PIC platform
The Brilliance platform is designed for high-volume manufacturing. By combining commercial silicon nitride processing with laser integration, the technology supports repeatable production and lower manufacturing costs.
<0.1dB/cm
Propagation loss
200mm
Wafer scale
RGB
Full visible band
Beam shaping
Beam shaping
Integrated beam shaping allows precise control over the emitted laser beam. Output parameters such as numerical aperture, beam ellipticity, and beam quality can be tailored to match specific optical system requirements.
Uniformity > 90%
Beam quality
0.05-0.30
Tunable NA
Tailored Illumination
Profile
Multiple output options
Multiple output options
The beauty of an optical chip is that any waveguide structure can be defined by lithography. This means that we can make any output on our chip, such as pitch converters, combining light on the chip itself, or even define light exits on the surface. Optimizing the laserlight for your application enables seamless coupling to downstream optical components while minimizing optical losses.
On-chip
No free-space optics
Despeckler
Despeckler
Integrated speckle reduction improves image quality by reducing laser speckle without adding bulky external components. The technology is fully integrated into the laserchip architecture.
<5%
Speckle contrast
0
Moving parts
Metasurface
Metasurface
Combining our platform with integrated metasurfaces opens up an even bigger optical toolbox. Metasurfaces manipulate light directly on our chip surface, enabling advanced optical functions such as beam shaping and steering within an ultra-compact footprint.This reduces the number of discrete optical components even further, simplifying and shrinking your application.
From >6 to 1
Component reduction
Area Illumination
Area illumination
Area illuminators for uniform, wide-field RGB illumination in LCOS and other diverging beam applications. Transforms multiple RGB outputs into top-hat rectangular area illumination for LCOS display systems.
Homogeneous•Rectangular
Area illumination
Despeckler
Kills coherent speckle on-chip for a smooth, uniform image.
Local dimming
Zone-level control for deeper blacks and higher dynamic range.
RGB splitters
Fan a single RGB output into multiple aligned channels.
Metasurface
Flat optic that shapes, splits or steers the beam in one layer.
Vertical Coupler
Extracts light from the chip into the target optical system.
Area Illuminator
Uniform, wide-field illumination
Why it matters
The path to unprecedented optical performance, robustness and scalability
One integrated platform delivers what discrete optics never could.
Brightness, efficiency, compact form factor and scale, at the same time.
Unprecedented performance
Built-in robustness
Semiconductor scalability
Endless integration possibilities
Building something different? Challenge us.
From standard configurations to fully customized integration, our silicon photonics platform is designed around your system requirements.