Revolutionizing photonic integrated technologies
We are pioneering the future of laser technology by harnessing the power of integrated photonics.
Our mission is to develop cutting-edge photonic solutions that meet the needs of diverse industries, from free space communications and quantum to LiDAR, sensor technologies, and beyond.
Technology
Exploiting the power of hybrid integration
Our proprietary hybrid integration process leverages the individual characteristics strengths of silicon nitride, piezo-MEMS and III-V semiconductors to achieve unprecedented performance.
Deeplight's Products
Ultra narrow-linewidth frequency agile lasers
Leveraging the low loss Silicon Nitride platform and monolithic integration of piezoelectric materials, our Photonic Circuit-based lasers offer state of the art noise performance with high fidelity frequency modulation.
High speed narrow-linewidth lasers
Based on the newest advances in Thin-Film Lithium Niobate photonic circuits, our TFLN-based narrow linewidth lasers give access to low voltage, high speed and high depth frequency modulation.
Kerr frequency comb generators
Chip-based frequency combs are enabling new generation optical communications and sensing. Our offering democratizes access to this technology.
Deeplight Microcomb Turn-key System
Chip-scale microcomb technology is enabling a new generation of optical communications, sensing, and precision metrology. Deeplight’s turn-key DKS system delivers robust single-soliton operation in a compact 19” rack-mount form factor—built on our ultra-low-loss Si₃N₄ PIC platform for high coherence, stability, and scalability.
Copper-Free Silicon Wafers
Deeplight copper-free silicon wafers provide a clean, thermally stable substrate for Si₃N₄ and hybrid photonic circuits, enabling low-loss waveguides and repeatableDeeplight copper-free silicon wafers provide a clean, thermally stable substrate for Si₃N₄ and hybrid photonic circuits, enabling low-loss waveguides and repeatable soliton microcomb operation at wafer scale. soliton microcomb operation at wafer scale.
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Pushing the Boundaries
We love technical challenges and push the boundaries of what is possible.
Pushing the Boundaries
We love technical challenges and push the boundaries of what is possible.