E-CON SYSTEMS LAUNCHES 120 FPS FULL HD COLOR GLOBAL SHUTTER CAMERA MODULE

Summary of E-CON SYSTEMS LAUNCHES 120 FPS FULL HD COLOR GLOBAL SHUTTER CAMERA MODULE


e-con Systems launched the e-CAM217_CUMI0234_MOD, a Full HD color global shutter camera module featuring the ON Semiconductor AR0234CS CMOS sensor. Capable of 120 fps, it supports MIPI CSI-2 interfaces and NVIDIA Jetson Xavier NX platforms for edge AI applications. The module includes an interchangeable M12 lens mount, enabling artifact-free imaging of fast-moving objects with high accuracy in embedded vision systems.

Parts used in the e-CAM217_CUMI0234_MOD:

  • e-CAM217_CUMI0234_MOD camera module
  • AR0234CS CMOS image sensor from ON Semiconductor
  • Image signal processor (ISP)
  • MIPI CSI-2 interface
  • NVIDIA Jetson Xavier NX platform support
  • Interchangeable M12 (S-mount) lens

Full HD @ 120 fps | Color Global Shutter|AR0234CS CMOS sensor| ON Semiconductor® | NVIDIA® Jetson Xavier™ NX

e-con Systems Inc., a leading embedded camera solutions company, is expanding its wide portfolio of cameras by introducing a FHD color global shutter 4-lane MIPI camera module, e-CAM217_CUMI0234_MODdesigned to capture fast-moving objects with superior image quality and accuracy. This FHD MIPI CSI-2 camera module is based on the 1/2.6″ AR0234CS image sensor from ON Semiconductor®, a leading supplier of semiconductor-based solutions, with a well-tuned image signal processor (ISP). Its interchangeable M12 (S-mount) lens allows manufacturers to select a lens of their choice according to their application needs.

Recognizing the growing need for color global shutter cameras in embedded vision applications, we are excited to launch our first color global shutter camera module with MIPI CSI-2 interface. Color global shutter allows artifact-free imaging of moving objects and together with high-frame rates and NVIDIA Jetson platform support, this camera will enable new genre of applications powered by AI on the edge”, said Ashok Babu President of econ Systems, Inc. “With our continuous investment in developing new cameras for embedded vision applications along with technology partnership with ON Semi, we have a wide range of production-ready MIPI CSI-2 camera modules which will cut down the time-to-market for our customers”, he added.

“Vision has become one of the main data acquisition technologies in electronic systems today, as more OEMs offer state-of-the-art image processing techniques in their solutions,” said Gianluca Colli, Vice President and General Manager, Industrial & Commercial Sensors Division (ICSD) at ON Semiconductor. “Small form-factor camera sensor modules delivering high performance at low power enable a variety of imaging solutions previously out of reach. Recognizing this need, ON Semiconductor has been working closely with technology partners over several years to create camera modules for simplified development and quick time to market.” he added.

Read more: E-CON SYSTEMS LAUNCHES 120 FPS FULL HD COLOR GLOBAL SHUTTER CAMERA MODULE

Quick Solutions to Questions related to e-CAM217_CUMI0234_MOD:

  • What is the primary function of the e-CAM217_CUMI0234_MOD?
    It captures fast-moving objects with superior image quality and accuracy using a color global shutter.
  • Does this camera module support high frame rates?
    Yes, it operates at Full HD resolution with a frame rate of 120 fps.
  • Which image sensor is used in this camera module?
    The module uses the 1/2.6″ AR0234CS CMOS sensor from ON Semiconductor.
  • Can users change the lens on this camera?
    Yes, it features an interchangeable M12 (S-mount) lens allowing selection based on application needs.
  • Is this camera compatible with NVIDIA Jetson platforms?
    Yes, it is designed to work with the NVIDIA Jetson Xavier NX platform.
  • How does the color global shutter benefit moving object imaging?
    It allows for artifact-free imaging of moving objects while maintaining high-frame rates.
  • What interface does the e-CAM217_CUMI0234_MOD use?
    The module utilizes a 4-lane MIPI CSI-2 interface.

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