Publication | Closed Access
A 33Mpixel CMOS imager with multi-functional 3-stage pipeline ADC for 480fps high-speed mode and 120fps low-noise mode
28
Citations
5
References
2018
Year
Unknown Venue
High ResolutionEngineeringAnalog DesignCamera TechnologyImage SensorHigh-resolution VideoLow-noise ModeMixed-signal Integrated CircuitCmos ImagerHigh-speed ModeComputational ImagingAnalog-to-digital ConverterData ConverterVideo QualityComputer EngineeringImage Quality MetricsImage Quality AssessmentImage ResolutionImage Quality
High-resolution video has rapidly integrated into our daily life in the context of progress in camera, display, signal processing, and communication technologies. The uppermost video parameters standardized at this moment include 8K, 120-fps, 12b RGB, wide-color-gamut, and HDR. Although a camera that fulfills all these parameters has been reported based on 1.7-inch 33-Mpixel CMOS imagers [1], achieving a smaller form factor while also maintaining image quality is required from the standpoint of mobility, lens design, and depth of focus. In general, miniaturization of the imager causes degradation of the image quality metrics such as sensitivity, dynamic range, and resolution. We deliberated on these difficulties, and set a target optical format of 1.25 inch.
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