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Image sensor, CMOS image sensor, Flare-free image, Artifact-free imaging, Computer vision, Image recognition, Removing glare and flare, Removing reflection with gradient nanotextured AR, CMOS, Image quality, Low-light performance, Image processing, Image noise reduction, Optical sensor, Image artifacts, Image analysis, Digital imaging, Image capture, Image resolution, Anti-aliasing filter, Image stabilization, Image distortion, Image enhancement, Image calibration, Light sensitivity, Noise performance, Dynamic range, Computational photography, Image sensor technology, Image sensor market, Flare reduction, Reflection reduction, Nanotextured antireflection, Image sensor applications, Image sensor development, Glare reduction, Image sensor design
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Truly INVISIBLE glass
 

Edgehog Advanced Technologies

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LESS reflection. 

WIDER viewing angle.

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Introducing OMNI-DIRECTIONAL anti-reflection technology

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          broadband anti-reflection technology

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          works at all angles 

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          reduces reflection to 0.5% for all colours of light

 

For cameras, this means a better wide-angle image, and no glare and flare when taking the photo near a light source like the sun. The ghost image of the light source is often an unwanted artifact that reduces reliability for image recognition applications.  

 

For solar panels, Edgehog’s eluminar™ cover glass boosts solar panel energy output by up to 12% annually. Game-changing 25% gains are realized during the critical morning and evening shoulder periods.

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TECHNOLOGY

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ABOUT US

Edgehog received funding and support from Sustainable Development Technology Canada (SDTC) and the Canadian Space Agency (CSA). SDTC helps Canadian entrepreneurs accelerate the development and deployment of globally competitive clean technology solutions. 

CES Award, Image sensor, CMOS image sensor, Flare-free image, Artifact-free imaging, Computer vision, Image recognition, Removing glare and flare, Removing reflection with gradient nanotextured AR, CMOS, Image quality, Low-light performance, Image processing, Image noise reduction, Optical sensor, Image artifacts, Image analysis, Digital imaging, Image capture, Image resolution, Anti-aliasing filter, Image stabilization, Image distortion, Image enhancement, Image calibration, Light sensitivity, Noise performance, Dynamic range, Computational photography, Image sensor technology, Image sensor market, Flare reduction, Reflection reduction, Nanotextured antireflection, Image sensor applications, Image sensor development, Glare reduction, Image sensor design

Award

Mobile world congress award, Image sensor, CMOS image sensor, Flare-free image, Artifact-free imaging, Computer vision, Image recognition, Removing glare and flare, Removing reflection with gradient nanotextured AR, CMOS, Image quality, Low-light performance, Image processing, Image noise reduction, Optical sensor, Image artifacts, Image analysis, Digital imaging, Image capture, Image resolution, Anti-aliasing filter, Image stabilization, Image distortion, Image enhancement, Image calibration, Light sensitivity, Noise performance, Dynamic range, Computational photography, Image sensor technology, Image sensor market, Flare reduction, Reflection reduction, Nanotextured antireflection, Image sensor applications, Image sensor development, Glare reduction, Image sensor design

Award

CDL, Image sensor, CMOS image sensor, Flare-free image, Artifact-free imaging, Computer vision, Image recognition, Removing glare and flare, Removing reflection with gradient nanotextured AR, CMOS, Image quality, Low-light performance, Image processing, Image noise reduction, Optical sensor, Image artifacts, Image analysis, Digital imaging, Image capture, Image resolution, Anti-aliasing filter, Image stabilization, Image distortion, Image enhancement, Image calibration, Light sensitivity, Noise performance, Dynamic range, Computational photography, Image sensor technology, Image sensor market, Flare reduction, Reflection reduction, Nanotextured antireflection, Image sensor applications, Image sensor development, Glare reduction, Image sensor design
solarImpulse_April 2020, Image sensor, CMOS image sensor, Flare-free image, Artifact-free imaging, Computer vision, Image recognition, Removing glare and flare, Removing reflection with gradient nanotextured AR, CMOS, Image quality, Low-light performance, Image processing, Image noise reduction, Optical sensor, Image artifacts, Image analysis, Digital imaging, Image capture, Image resolution, Anti-aliasing filter, Image stabilization, Image distortion, Image enhancement, Image calibration, Light sensitivity, Noise performance, Dynamic range, Computational photography, Image sensor technology, Image sensor market, Flare reduction, Reflection reduction, Nanotextured antireflection, Image sensor applications, Image sensor development, Glare reduction, Image sensor design

2020 Space

Stream Alumnus

Efficient solution label 

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