L² CMOS IMAGE SENSOR FOR LOW LIGHT VISION

Pierre Fereyre; Frédéric Devrière; Stéphane Gesset; Marie Guillon; Thierry Ligozat; Frédéric Mayer; Gareth Powell; Vincent Prevost; Frédéric Ramus; Olivier Seignol

doi:10.60928/gz39-ni25

JOURNAL ARTICLE

L² CMOS IMAGE SENSOR FOR LOW LIGHT VISION

Pierre Fereyre Frédéric Devrière Stéphane Gesset Marie Guillon Thierry Ligozat Frédéric Mayer Gareth Powell Vincent Prevost Frédéric Ramus Olivier Seignol

Year: 2024 Journal: IISS online library

DOI: 10.60928/gz39-ni25

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Abstract

A 1/1.8” format image sensor with 1280x1024 pixel array has been made in a new technology improving the electro-optical performance. The sensitivity is 2.5 times higher and the SF noise is reduced by 2.3 e-. Images taken under artificial night sky rendering confirm the potential of the new technology.

Keywords:

Image sensor Pixel Rendering (computer graphics) Image noise Noise (video) CMOS sensor Machine vision Sensitivity (control systems)

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CCD and CMOS Imaging Sensors

Physical Sciences → Engineering → Electrical and Electronic Engineering

Advanced Optical Sensing Technologies

Physical Sciences → Physics and Astronomy → Instrumentation

Thin-Film Transistor Technologies

Physical Sciences → Engineering → Electrical and Electronic Engineering

L² CMOS IMAGE SENSOR FOR LOW LIGHT VISION

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