LIGENTEC offers its proprietary silicon nitride (Si3N4) platform targeted at photonic applications using integrated photonic chips from visible to mid-IR.
Silicon nitride as a material strikes a balance between silicon and silicon oxide.
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LIGENTEC offers its proprietary silicon nitride (Si3N4) platform targeted at photonic applications using integrated photonic chips from visible to mid-IR.
Silicon nitride as a material strikes a balance between silicon and silicon oxide.
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The waveguides are built by high quality silicon nitride, cladded in high quality silicon dioxide. Nitride thickness is fixed per batch and ranging from 150-1300nm depending on the application. Such high nitride thickness is enabled by LIGENTEC proprietary process, ensuring exceptional mode confinement, sharp bending radius and reduced device footprint. The high nitride thickness permits anomalous dispersion and a high damage threshold that is very important for LIDAR, quantum and nonlinear optical applications of these integrated devices.
LIGENTEC process offers a state of the art, cost-effective platform with superior critical dimension and thickness control. The process is accompanied by a validated design library, offering a rapid and low cost prototyping solution. The library developed with VLC Photonics includes integrated components for:
The thick silicon nitride waveguides not only enable high damage threshold and low loss, but also a compact chip design as bending radii are very small. With a mode fully confined in the waveguide bends as small as a few tens of micrometers are possible without significant loss.
LIGENTEC enables with its silicon nitride technology products in different application areas.
Additional modules that can be integrated with our passive components: