The algorithms of the autofocus USB camera module mainly include contrast detection autofocus (CDAF), phase detection autofocus (PDAF), and hybrid autofocus algorithms. The following is a detailed introduction: Contrast Detection…
Sammenlignet med monokulære eller kikkertkameramoduler, den trinokulære USB-kameramodulen har følgende fordeler i applikasjoner: Bredden av synsfeltet og forbedring av presisjon:…
The depth perception of the binocular USB camera module is based on the parallax principle. It simulates human vision through two parallel cameras and calculates the depth of the object…
The panoramic USB camera module splicing technology mainly involves the integration and processing of video streams from multiple cameras to generate seamless panoramic images. The following are the key technical…
Fokuseringsavstanden til en makro USB-kameramodul er vanligvis mellom noen få centimeter og titalls centimeter, with the specific range depending on the lens design and product…
The night vision effect of the infrared USB camera module mainly depends on its infrared technology, sensor performance, lens design and image processing capabilities. The following is a specific analysis:…
The field of view range of wide-angle USB camera modules varies significantly due to different designs. Common types and their field of view ranges are as follows: Ordinary wide-angle lens:…
The night vision effect of the infrared USB camera module mainly depends on its infrared technology, sensor performance, lens design and image processing capabilities. The following is a specific analysis:…
The field of view range of wide-angle USB camera modules varies significantly due to different designs. Common types and their field of view ranges are as follows: Ordinary wide-angle lens:…
The low-light USB camera module technology mainly focuses on improving the imaging quality in low-light environments, involving multiple technologies such as sensors, image processing, lens design, interfaces and coding, og…
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