The main advantages of global exposure camera modules include the following:
Eliminating the rolling shutter effect: Global exposure camera modules expose the entire scene at the same time, and all pixels collect light at the same time, which fundamentally eliminates the image distortion and distortion caused by progressive scanning, namely the "rolling shutter effect".
High definition and high resolution: Global exposure camera modules use advanced image sensor technology to provide high-definition and high-resolution images. This enables it to provide clearer and more realistic images when capturing fast-moving objects and dynamic scenes.
Suitable for high-speed moving objects and dynamic scenes: Because global exposure technology can capture the entire picture synchronously, it is particularly suitable for processing fast-moving objects and dynamic scenes. For example, when shooting high-speed moving fan blades, the image will not be distorted or smeared.
High sensitivity and wide dynamic range: The global exposure camera module has high sensitivity and wide dynamic range, which can maintain stable imaging effects in environments with strong light and dark contrasts, ensuring that accurate image information can be obtained under various lighting conditions.
Real-time transmission and stability: Supports real-time transmission function, which can quickly transmit the captured images to the command center for real-time perception. At the same time, the camera has stable imaging effects and can maintain clear and stable image output in complex environments.
Wide application: Global exposure camera modules are widely used in many fields, including:
Gesture recognition and interactive devices: It can accurately capture fast gesture movements and improve recognition accuracy.
Virtual reality (VR) and augmented reality (AR): In virtual reality and augmented reality applications, it can avoid tracking errors caused by fast movements and improve the response speed and accuracy of the system.
Autonomous driving and drones: In applications such as autonomous driving and drones, each frame of the image can be clearly presented to ensure that fast-moving objects will not be lost due to blur, and improve the stability and safety of the monitoring system.
Industrial inspection: In precision component size measurement, 3D measurement and surface defect detection, it can provide accurate images and reduce measurement errors.
