X-Class CMOS sensor, do you know it?
Source: InternetPublisher:念慈菴 Keywords: cmos sensor ON Semiconductor Updated: 2021/10/10
Do you know the X-Class CMOS sensor? What does it do? ON Semiconductor (NASDAQ: ON), which promotes energy-efficient innovation, announced the launch of the X-Class image sensor platform, making a single camera design not only It can support multiple product resolutions and different pixel functions. The first two devices of this new platform are the 12-megapixel (MP) XGS 12000 and 4k/ultra high definition (UHD) resolution XGS 8000 image sensors, which provide high-performance imaging capabilities for applications such as machine vision, intelligent transportation systems and broadcast imaging .
The X-Class image sensor platform enables a new dimension in camera design by supporting multiple CMOS pixel architectures within the same image sensor frame. This allows a single camera design to support not only multiple product resolutions, but also different pixel capabilities, such as larger pixels that trade resolution for higher imaging sensitivity in a given optical format, as well as optimized designs for low-noise operation. to increase dynamic range and so on. By supporting different pixel architectures with a common high-bandwidth, low-power interface, camera manufacturers can leverage existing parts inventory and accelerate time to market for new camera designs.
The first two devices in the X-Class series, XGS 12000 and XGS 8000, are based on this platform's first pixel architecture - advanced 3.2 um global shutter CMOS pixels, which feature excellent imaging performance, high image uniformity and low noise. characteristic. The XGS 12000 delivers 12-megapixel (4096 x 3072 pixels) resolution in a 1-inch optical format, delivering the imaging detail and performance required for modern machine vision and inspection applications. The device will be available in two speed grades: one that takes full advantage of the 10GigE interface by delivering full-resolution speeds of up to 90 frames per second (fps); and a lower-priced version that delivers 27 fps at full resolution, with The available bandwidth of USB 3.0 computer interfaces remains consistent. The XGS 8000 offers 4k/UHD (4096 x 2160 pixels) resolution in a 1/1.1-inch optical format and is also planned to be available in two speed grades (130 and 75 fps), making this device ideal for broadcast applications.
The package size of both devices combined with low heat dissipation is achieved by the X-Class interface's low-voltage, low-power architecture and is fully compatible with compact 29 x 29 mm2 camera designs.
Herb Erhardt, vice president and general manager of the Industrial Solutions Division of ON Semiconductor's Image Sensor Division, said: "As the demand for industrial imaging applications such as machine vision inspection and industrial automation continues to advance, the design and performance of image sensors targeted at this growing market It must also continue to evolve. Our new XGS Pixel X-Class platform and devices enable end users to get the performance and imaging capabilities they need in these applications, while camera manufacturers also have the flexibility to provide their customers with today and tomorrow Developing next-generation camera designs.”
Samples of the XGS 12000 and XGS 8000 will begin in the second quarter of 2018, with volume production planned for the third quarter. Both devices are available in 163-pin LGA packages in monochrome and color configurations. In the future, the X-Class series of products will also include devices based on 3.2 um XGS pixels and products based on other pixel architectures.
To help customers develop new camera designs incorporating new image sensors, ON Semiconductor offers kits that support complete device evaluation, including still images, video capture and region-of-interest readout. Other customized testing functions can also be configured. Customers can contact their local ON Semiconductor sales representative to purchase an evaluation kit or inquire about live demonstrations of X-Class devices. The above is the analysis of X-Class CMOS sensor, I hope it can help you.
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