Vitrealab‘s core technology is the Quantum Light Chip (QLC), a photonic integrated circuit (PIC) that enables the control of laser light on the micro-scale.
Each chip contains hundreds of precisely fabricated low-loss optical waveguides interfaced with nano-imprinted micro-optics and multiple RGB laser diodes to create a uniform and collimated light source.
This polarized laser light enables an exceptionally efficient illumination of the LCoS panel. The narrow-band spectrum of laser light provides a wide color gamut, and the highly compact waveguide design inside the QLC leads to a small form factor.
The Quantum Light Chip delivers a cost-effective laser-LCoS solution without compromising on quality. The base material of the chip is a standard display glass, making the manufacturing process highly scalable.
Our solution is simple, cost-effective, and optimized for mass manufacturing, making it ideal for the consumer market.
Using Direct Laser Writing, we fabricate microscale optical light channels (waveguides) directly within the glass. These channels create intricate optical networks that efficiently distribute light within the chip.
Freeform microstructures provide precise control over a wide range of optical output parameters, such as beam direction and divergence angle.
