Sony exhibits XCG-CP510 GS CMOS camera

Sony Europe’s Image Sensing Solutions (ISS) is showcasing its polarised category of machine vision camera at Vision 2018. The company says the camera’s IMX250MZR sensor captures polarised light in four different angles. The XCG-CP510 GS CMOS camera simplifies stress inspection, contrast improvement, scratch detection, object detection, removal and enhancement from a single image capture, the company adds. The camera’s module is expected to deliver 5.1 MP polarised B/W images at 23 fps, transmitted over a
October 25, 2018 Read time: 2 mins

Sony Europe’s 5853 Image Sensing Solutions (ISS) is showcasing its polarised category of machine vision camera at Vision 2018. The company says the camera’s IMX250MZR sensor captures polarised light in four different angles.

The XCG-CP510 GS CMOS camera simplifies stress inspection, contrast improvement, scratch detection, object detection, removal and enhancement from a single image capture, the company adds.

The camera’s module is expected to deliver 5.1 MP polarised B/W images at 23 fps, transmitted over a GigE interface

Sony’s camera includes multiple trigger modes such as edge detection, pulse width detection, bulk trigger, sequential trigger, free set sequence and a burst-trigger function. Also, the module can be fired via hardware or software triggers or via the IEEE1588 precision timing protocol, with the unit capable of acting as either a slave or dynamically-assigned master device.

XCG-CP510 will be available in mass-production quantities from November and a polarised-camera software development kit will be available to speed and simplify the development of polarised-light applications for the hardware.

Arnaud Destruels, marketing manager, Sony ISS says: “This continues Sony’s history of innovation and precision, with the sensor and camera engineers working closely to enable the best possible image to be created, while building in several beneficial features within a small footprint.”

Stand: 1C37

For more information on companies in this article

Related Content

  • Genie TS delivers versatility
    June 7, 2012
    Teledyne Dalsa has introduced the Genie TS series cameras which combine advancements in the company’s CMOS imaging sensor technology with a newly optimised camera series that delivers what the company claims is the widest, most powerful feature set ever in a GigE Vision camera. The Genie TS series will include VGA, 1.2, 1.4, 2, 4, 5, 8 and 12 megapixel formats, reach speeds up to 300 fps and be available in both monochrome and colour versions. Teledyne Dalsa claims the Genie TS is also the first machine vi
    Read More
  • Basler adds eight new cameras to its ace range
    June 1, 2016
    Basler has added eight new Ace models to its camera range, with the latest generation of CMOS sensors from ON Semiconductor’s Python series. The new cameras feature a combination of compact design, CMOS sensors with the latest global shutter technology and are said to have an excellent price/performance ratio.
    Read More
  • New series of Sony block cameras
    February 2, 2012
    Sony's latest FCB E-Series of colour block cameras, which cover a variety of features, optical zoom ranges and advanced capabilities including progressive scan imaging, is designed to provide original equipment manufacturers and systems integrators with the right camera for an expanding number of applications including security, intelligent traffic, unmanned vehicles, low vision, inspection and videoconferencing.
    Read More
  • Kowa exhibits 12MP lens series at Vision 2018
    November 5, 2018
    Kowa is showcasing its lens series for 12MP cameras with a 1.1" chip size and a pixel size of 3.45µm at Vision 2018 this week in Stuttgart, Germany. The new FC series is optimized to fit the micro lenses of the new Sony sensors IMX253 and IMX304, so that unwanted shading on the sensor is prevented. Kowa’s lenses are also wide-band coated which effectively decreases glare and reflection and produces a high transmission from the visible to the NIR wavelength.
    Read More

Highlighted Content