Brief: In this video, learn how this 16MP IMX298 distortion-free USB webcam can streamline typical workflows and improve reliability for OCR scanning and security applications. We'll demonstrate its plug-and-play setup, high-resolution image capture, and compatibility with various operating systems, showcasing its integration into industrial tablets, access control, and document scanning systems.
Related Product Features:
Features a 16MP resolution with a SONY IMX298 CMOS sensor for high-quality, detailed images.
UVC compliant for plug-and-play operation with no additional drivers required on Windows, Linux, Android, and Mac.
Supports both USB2.0 and USB3.0 high-speed interfaces for flexible connectivity.
Offers fixed focus and auto focus options with a wide object distance range from 1cm to infinity.
Delivers high frame rates including 1920x1080 at 60FPS and 1280x720 at 60FPS for smooth video.
Compact and customizable module sizes available, such as 38mm x 38mm, to fit various device designs.
Equipped with a 112° FOV fisheye lens and supports multiple compression formats like MJPEG and YUY2.
Ideal for industrial rugged tablets, telepresence, OCR readers, skin scanners, and access control systems.
FAQs:
What operating systems are compatible with this 16MP USB camera module?
This camera is UVC compliant and supports Windows XP/7/8/10, Linux (using V4L2), Android, and Mac operating systems without requiring additional drivers, ensuring easy plug-and-play integration.
Can the camera module be customized for specific application needs?
Yes, the camera supports customization, including module sizes (e.g., stock sizes like 32x32mm or 62x13mm), optional lenses with different focal lengths, and development of custom applications using standard APIs like V4L2 for tailored solutions.
What are the key applications for this high-resolution fisheye USB camera?
It is ideal for OCR passport scanning, security systems, industrial rugged tablets, telepresence, document scanners, skin scanners, and access control, thanks to its high sensitivity, distortion-free imaging, and compact design.