Skip to main content

SVS-Vistek debuts 245-megapixel machine vision camera

Product merges Sony sensor with CoaXPress-12 quad interface
By David Arminas April 22, 2025 Read time: 2 mins
Apart from ITS applications, it also has the capabilities to tackle tasks such as city mapping (image: SVS-Vistek)

SVS-Vistek has launched an ultra-high resolution camera, the shr811CCX12, that merges a Sony 245.8-megapixel CMOS area sensor with the CoaXPress-12 (CXP-12) quad interface.

The new SVS-Vistek shr811CCX12 enables the acquisition of precise, detail-rich 19200 x 12800 pixel colour images at data transfer speeds of 12.4 frames per second. The company said that this significantly improves quality, reliability and yield.

Apart from ITS applications, it also has the capabilities to tackle tasks such as city mapping.

SVS-Vistek, a manufacturer of industrial cameras and based in Gilching, Germany, said the shr811CCX12 heightens accuracy. It propels throughput in a variety of applications, especially those requiring a large field of view or analysis of intricate patterns. It brings unprecedented performance to surface inspection of semiconductor wafers, PCBs, solar panels and high pixel density FPDs.

The latest model in SVS-Vistek's SHR camera platform, the shr811CCX12 shares the SHR's high dynamic range, boosting light sensitivity with minimal noise. With more pixels capturing light, the camera can distinguish subtle differences in colour or texture that low resolution cameras miss, improving performance in challenging lighting conditions, the firm says. 

Like other SHR cameras, the shr811CCX12 also comes equipped with a comprehensive I/O with signal voltage, RS232 and galvanically isolated input, along with a sequencer, binning, and an integrated multichannel LED strobe controller.

The SVS-Vistek shr811CCX12 is engineered to withstand harsh environments which would otherwise adversely affect image quality. It is protectively housed in an IP30 thermally-optimised metal enclosure that features a large M72 mount that can be easily adapted to any lens, and provides an operational temperature range of -10°C to 60°C.

SVS-Vistek is part of TKH Vision, a global group of machine vision technology companies providing complementing 2D and 3D vision components and solutions. THK Group is focused on advanced technology systems in high-growth markets.

Related Content

  • Lucid Vision Lab's Triton cameras for industrial environments
    October 25, 2018
    Lucid Vision Labs says its Triton cameras come with an optional IP67 sealed lens tube which allows them to operate in harsh environments without needing bulky enclosures. It comes with active sensor alignment to improve optical performance and a lightweight 29 x 29 mm size. Triton’s M12 Ethernet and M8 I/O connectors provide a robust connection, which is resistant to shock and vibration and is protected from dirt, dust, and water. According to Lucid, all cameras are actively aligned to help minimise
  • Lumenera camera range - versatility for tolling, enforcement, parking
    February 17, 2016
    Canada-headquartered Lumenera, which offers a wide range of cameras specifically designed for use in advanced transportation systems, will use Intertraffic Amsterdam to highlight its wide range, including two models from its LT range, the Lt29059 and the Lt1265R.
  • Toshiba’s USB3 camera for ANPR, surveillance
    October 28, 2014
    Toshiba Teli’s DU657M/MC high-definition, high-speed USB3 vision compliant camera features the company’s original 6.5 megapixel global shutter CMOS sensor technology providing wide dynamic range.
  • International Machine Vision Standards Meeting
    November 13, 2013
    Development engineers from leading image processing companies worldwide met at the end of October under the patronage of G3, comprising the three international machine vision associations EMVA, AIA and JIIA for this years’ second International Standards Meeting. The experts discussed the development of the current standards used in image processing and tested the products and their compatibility with the standards. Key discussions included: The GenICam software standard meeting agreed to force the devel