Sony unveils polarised category for machine vision camera

Sony Europe’s Image Sensing Solutions (ISS) is showcasing its polarised category of machine vision camera at Traffic Vision in Stuttgart, Germany, 6-8 November. 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
October 17, 2018 Read time: 2 mins

4551 Sony Europe’s 5853 Image Sensing Solutions (ISS) is showcasing its polarised category of machine vision camera at Traffic Vision in Stuttgart, Germany, 6-8 November. 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.

Detection, Monitoring & Machine Vision

For more information on companies in this article

Related Content

  • HeERO - harmonising e-Call across Europe
    March 1, 2013
    The second stage of the EC’s HeERO project, which aims to address some of the issues surrounding the eCall system, has just got underway. Jason Barnes reports. As the European Commission (EC)’s Har­monised eCall European Pilot (HeERO) project progresses into its second stage, ‘HeERO 2’, significant progress has already been made in addressing the technological and institutional issues relating to the pan-European deployment of an eCall system based around the new ‘112’ universal emergency telephone number.
    Read More
  • Telematics standards need to evolve to keep up with technology
    July 30, 2012
    Scott Andrews and Scott McCormick take a look at how standards development for the telematics environment needs itself to evolve in order to stay abreast of technological advances. While the road has been somewhat arduous, telematics has evolved from a research activity to a resource for fleet operators, consumers and road management authorities.
    Read More
  • Preliminary programme open for European Machine Vision Forum
    May 5, 2017
    The second European Machine Vision Forum takes place in Vienna from 6-8 September 2017, with a focus on the next generation of vision systems for industry, such as new modes of image acquisition, new hardware platforms, and advanced algorithms in order to solve more complex tasks with less effort. The forum is hosted and sponsored by the AIT Austrian Institute for Technology and the Heidelberg Collaboratory for Image Processing. Aimed at scientists, development engineers, software and hardware engineers, an
    Read More
  • ISS launches integrated radar and Bluetooth traffic sensor at ITSA 2016
    June 6, 2016
    Image Sensing Systems (ISS) will use ITS America 2016 San Jose to introduce the industry first RTMS Sx-300 with integrated Bluetooth sensor to its traffic management product line. The device is a powerful tool that agencies can use to better manage traffic. The combination of the RTMS radar with the robust Bluetooth sensor is the ideal solution for incident detection and providing traffic managers with highly accurate travel time and origin/destination information.
    Read More

Highlighted Content