A pixel may be of excellent quality and perfectly designed to generate high-quality image, but the overall vision system might still suffer from poor performance due to bandwidth limitations. Sensors today are equipped with SerDes interfaces, but the rate at which these interfaces traffic data grades the overall system quality.
High-Speed Interface Enables Fast Systems
High frame rates require these interfaces to transfer image data at fast speeds. Also, sensors must consume low power for every frame output (fps/mW). These features allow system timing & power budgets to be transferred to where they are most desired – the processing engine - allowing state-of-the-art neural networks & complex algorithms to be incorporated. This enables the image processors to extract the nuances in the image data that could be material to the application. Vision System developers can thus differentiate their system solutions significantly against competition.
The AR0234CS is a 1/2.6−inch 2.3Mp CMOS digital image sensor with an active−pixel array of 1920 (H) x 1200 (V). It incorporates a new innovative global shutter pixel design optimized for accurate and fast capture of moving scenes at 120 frame per second, full resolution. The sensor produces clear, low noise images in both low−light and bright scenes.
With its high data rate MIPI interface, the AR0234CS CMOS image sensor is ideally suited for AI-based vision systems. Together with high frame rate, and low power consumption at full frame rate and full resolution, vision system developers can allocate a majority portion of their timing and power budgets to the processors.
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XGS CMOS Image Sensors for High-Resolution Industrial Imaging
The XGS Global Shutter family are high performance, low noise image sensors that offer excellent image quality and support resolutions from 2Mp to 45Mp in 2 footprints. The XGS Family provides high resolution, global shutter imaging with high readout speed for industrial imaging customers.
All XGS devices feature a 3.2 µm pixel size giving high resolution while the advanced pixel design ensures low noise performance and image quality that is essential in challenging IoT applications such as machine vision and Intelligent Transportation Systems (ITS). A global shutter ensures that moving objects can be captured without any motion artifacts. To simplify and accelerate time-to-market, the XGS devices offer a common architecture which allows one camera design to be developed easily with multiple resolutions.
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SECO-RSL10-CAM-GEVB: RSL10 Smart Shot Camera
The RSL10 Smart Shot Camera is a complete node-to-cloud platform that enables smart image capture for portable, low duty cycle IoT applications including asset monitoring and security. Based on the RSL10 SIP and ARX3A0 CMOS image sensor, the platform features multiple trigger modes including time, motion detection, and environmental sensor triggers (e.g. changes in temperature and humidity).
The RSL10 SIP serves as the processing hub of the camera, enabling Bluetooth® Low Energy connectivity of captured image and sensor data to the provided mobile app (available on GooglePlay™, iOS®).
Using the app, developers can access a variety of features including cloud connectivity, remote configuration of sensors (thresholds and default settings), and change the image capture trigger modes. Connected to an Image Analytics/AI engine, located in the cloud, the app is capable of detecting and identifying objects using an AI cloud service. The mobile application returns the captured image, along with the list of identified objects and confidence levels.
The platform features the ARX3A0 Mono 65° DFOV IAS Module, a compact design form-factor used for developing compact cameras with 360 fps mono imaging based on the ARX3A0 CMOS image sensor. ARX3A0 offers high sensitivity at both visible and NIR wavelength, and has a super low power mode that consumes 3.2 mW when active. Additionally, ARX3A0 can be programmed to monitor specific zones of its field of view, automatically taking an image when the scene's contents change. Embedded on the platform hardware, the SPCV1100A from SunplusIT® provides multiple color processing features and JPEG image compression.
The impressive low-power operation of the RSL10 SIP and ARX3A0 is complemented by a dedicated NCP6925 Power Management IC (PMIC) (NCP6925) and additional smart power management modes implemented in hardware. Other devices enabling the efficient power management are the FAN54120 USB-compatible linear Li-Ion battery charger and the FAN49100 ultra-Low Iq buck- boost regulator. Thanks to these features, the RSL10 Smart Shot Camera supports an extended battery lifetime of more than one year.
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