Tamron leading manufacturer of optics for diverse applications, announces the development of a 30X-zoom .General camera modules employ a ‘rolling shutter CMOS sensor’ for the imager, which tends to cause artifacts for imaging objects in quick motion.
Tamron, considering this issue, adopts a shutter CMOS image sensor’ for camera modules. This structure of sensor outputs images free of imaging artifacts for quick motion and is utilized in FA/machine vision cameras.The new development offers customers a ‘30X-zoom Shutter Type Camera Module with a shutter CMOS image sensor’, with image fidelity assured by a high-quality optical 30X zoom and compatible with full HD resolution.
1. Performance Realized by a Shutter CMOS Image Sensor
A ‘rolling shutter CMOS sensor’, as employed in general camera modules, captures target images sequentially from upper to lower scan-lines; artifacts are incurred on fast-moving objects (focal plane distortion) due to the sequential delay to run each scan. A ‘global shutter CMOS image sensor’ allows capturing target images without this artifact by running scan on all the scan-lines simultaneously.Excellent image rendition of fast moving objects is most effectively demonstrated in applications such as the recognition of vehicle license plate, or in which cameras are mounted on mobile objects such as drones and UAVs (Unmanned Aerial Vehicles).
Tamron, considering this issue, adopts a shutter CMOS image sensor’ for camera modules. This structure of sensor outputs images free of imaging artifacts for quick motion and is utilized in FA/machine vision cameras.The new development offers customers a ‘30X-zoom Shutter Type Camera Module with a shutter CMOS image sensor’, with image fidelity assured by a high-quality optical 30X zoom and compatible with full HD resolution.
1. Performance Realized by a Shutter CMOS Image Sensor
A ‘rolling shutter CMOS sensor’, as employed in general camera modules, captures target images sequentially from upper to lower scan-lines; artifacts are incurred on fast-moving objects (focal plane distortion) due to the sequential delay to run each scan. A ‘global shutter CMOS image sensor’ allows capturing target images without this artifact by running scan on all the scan-lines simultaneously.Excellent image rendition of fast moving objects is most effectively demonstrated in applications such as the recognition of vehicle license plate, or in which cameras are mounted on mobile objects such as drones and UAVs (Unmanned Aerial Vehicles).
Source was taken from tamron
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