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The future development trend of camera modules is mainly reflected in three aspects: technological upgrading, scene expansion, and industry collaboration: Technological innovation drives performance breakthroughs Multispectral fusion technology: Visible light+near-infrared+thermal infrared multispectral module can achieve synchronous output of material recognition and temperature monitoring (error ≤± 1 ℃), applied in the field of industrial detection. ‌ […]

Camera modules can be classified into various types based on different classification criteria such as usage, structure, technology, etc. The following are common classifications and types: — ### **1. Classified by Sensor Technology** -CCD (Charge Coupled Device) module** -High image quality and low noise, but high power consumption and cost, mainly used in professional fields

As a plug and play peripheral device, USB cameras have wide compatibility and can be applied to various operating systems and platforms. The following are the main systems and their features that support USB cameras: — ### **1. Desktop operating system** #### **Windows** -* * Supported version * *: Windows XP/7/8/10/11 (driver required, some free).

CMOS (Complementary Metal Oxide Semiconductor) photosensitive chips are the core components of camera modules, and their classification methods are diverse, mainly based on pixel structure, process technology, application scenarios, etc. The following are detailed classifications and characteristics: — ### **1. Classified by pixel structure** ####* * (1) Front Side Illuminated (FSI)** -* * Structural Features