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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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Vraiment INVISIBLE verre

Technologies avancées Edgehog

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MOINS deréflexion.  

PLUS LARGE angle de vue.

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Présentation de la technologie anti-reflet OMNI-DIRECTIONAL

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technologie anti-reflet large bande

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fonctionne sous tous les angles  

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réduit la réflexion à 0,5 % pour toutes les couleurs de lumière

 

Pour les appareils photo, cela signifie une meilleure image grand angle, et aucun éblouissement ni aucune lumière parasite lorsque vous prenez la photo près d'une source de lumière comme le soleil. L'image fantôme de la source lumineuse est souvent un artefact indésirable qui réduit la fiabilité des applications de reconnaissance d'images.  

 

Pour les panneaux solaires, le verre de protection eluminar™ d'Edgehog augmente la production d'énergie des panneaux solaires jusqu'à 12 % par an. Des gains révolutionnaires de 25 % sont réalisés pendant les périodes critiques du matin et du soir.

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LA TECHNOLOGIE

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À PROPOS DE NOUS

Edgehog a reçu du financement et du soutien de Technologies du développement durable Canada (TDDC) et de l'Agence spatiale canadienne (ASC). TDDC aide les entrepreneurs canadiens à accélérer le développement et le déploiement de solutions technologiques propres concurrentielles à l'échelle mondiale. 

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

Décerner

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

Décerner

tandemlaunch, 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
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

Société de portefeuille

2020  Espace

Stream Alumnus

Étiquette de solution efficace 

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