TECHNOLOGY

TECHNOLOGY

TECHNOLOGY

When vision fails, we begin

Two breakthroughs, one Vision

3L-Optronics boosts CMOS sensitivity by enhancing photon capture to unlock scalable, low-cost night vision, accelerating the digital transformation of imaging across industries.

We combine two powerful technologies that are revolutionary together. We democratize ultra-low-light vision by texturing the silicon surface of CMOS sensors and enhancing them with artificial intelligence algorithms.

Twice the light, same silicon

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Twice the light, same silicon

CMOS black silicon in a nutshell

Black silicon is a large-spectral-band, large-angular-acceptance anti-reflective technology resulting from random silicon surface texturing that is statistically controlled. 3L-OPTRONICS integrates this technology directly onto CMOS imaging sensors using a **patented, highly scalable industrial process**.

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Up to x2 efficiency in near infrared (NIR)

Scientific testing shows up to 2× quantum efficiency in near-infrared on standard CMOS sensors—unlocking new performance without redesign.

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Standard image sensor (Left) Surface Textured by 3L OPTRONICS (Right)

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Smarter Vision, Same Hardware

Our software layer works independently or alongside black silicon to deliver superior scene understanding, consistency, and decision-making for vision systems.

Embedded Intelligence for Vision Systems

3L-OPTRONICS embeds proprietary AI algorithms directly into the imaging pipeline, enabling real-time enhancement, denoising, and contextual adaptation.

Adaptive by design

These algorithms adapt dynamically to lighting conditions, noise levels, and scene complexity—delivering intelligent vision without modifying the sensor or system architecture. Our software stack ensures optimal performance in low-light conditions and supports real-time processing on embedded platforms.

Adaptive by design

These algorithms adapt dynamically to lighting conditions, noise levels, and scene complexity—delivering intelligent vision without modifying the sensor or system architecture. Our software stack ensures optimal performance in low-light conditions and supports real-time processing on embedded platforms.

Adaptive by design

These algorithms adapt dynamically to lighting conditions, noise levels, and scene complexity—delivering intelligent vision without modifying the sensor or system architecture. Our software stack ensures optimal performance in low-light conditions and supports real-time processing on embedded platforms.

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High end Dataset for AI Models

Optimized data for optimal learning

Optimized data for optimal learning

This sensor-specific approach enables us to train AI models that fully leverage each imager's unique characteristics—including low-light performance and noise behavior. Thanks to these datasets, our models reach reliable inference performance and can be embedded to interpret scenes in real time.

Optimized data for optimal learning

This sensor-specific approach enables us to train AI models that fully leverage each imager's unique characteristics—including low-light performance and noise behavior. Thanks to these datasets, our models reach reliable inference performance and can be embedded to interpret scenes in real time.

Optimized data for optimal learning

This sensor-specific approach enables us to train AI models that fully leverage each imager's unique characteristics—including low-light performance and noise behavior. Thanks to these datasets, our models reach reliable inference performance and can be embedded to interpret scenes in real time.

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We are able to measure and prove

At 3L-Optronics, we don't just offer game-changing solutions—we test, qualify, and select the best sensors for each use case. Using rigorous protocols and proprietary measurement benches, we demonstrate and validate performance. from prototype to final product, ensuring consistency throughout the development and production process.

8 KPIs for image sensor characterization by 3L-OPTRONICS, built on complete mastery of the technological chain—from early prototypes to full-scale production.

This end-to-end control ensures every step—from design to industrialization—meets the highest standards of feasibility, quality, and scalability.

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3L-OPTRONICS proprietary equipment

Dynamic Range

Energy Consumption

Photon Transfer Curve (PTC)

External Quantum Efficiency (EQE)

the ratio between the brightest and darkest signals a sensor can capture, defining its ability to handle high-contrast scenes.

Dynamic Range

Energy Consumption

Photon Transfer Curve (PTC)

External Quantum Efficiency (EQE)

the ratio between the brightest and darkest signals a sensor can capture, defining its ability to handle high-contrast scenes.

Dynamic Range

Energy Consumption

Photon Transfer Curve (PTC)

External Quantum Efficiency (EQE)

the ratio between the brightest and darkest signals a sensor can capture, defining its ability to handle high-contrast scenes.

Dark Current

Modulation Transfer Function (MTF)

Dark Signal Non-Uniformity (DSNU)

Photo Response Non-Uniformity (PRNU)

the residual current of a photodetector in complete darkness.

Dark Current

Modulation Transfer Function (MTF)

Dark Signal Non-Uniformity (DSNU)

Photo Response Non-Uniformity (PRNU)

the residual current of a photodetector in complete darkness.

Dark Current

Modulation Transfer Function (MTF)

Dark Signal Non-Uniformity (DSNU)

Photo Response Non-Uniformity (PRNU)

the residual current of a photodetector in complete darkness.

Patented technologies, multiple advantages

  • Improved human perception in low-light environments through true-color night imaging.

  • Advanced digital image processing powered by proprietary AI algorithms.

  • Optimized compactness—enabling lighter, more discreet, easier-to-integrate systems by reducing sensor thickness and minimizing external illumination needs.

  • Enhanced autonomy through ultra-low power consumption—with the potential to eliminate backlighting entirely.

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Imaging technologies comparison

Ready to enhance your innovation ?

Whether you're improving your current imaging solution, building next-generation devices, or exploring new markets, we're here to help you see further.

From proof-of-concept to industrial deployment, we help you achieve the perfect fit for your application, without compromise.