Skip to main content

Enhanced Videology

Videology has announced an enhanced version of its popular 20D389 B&W camera board. An optional fast shutter speed control has been added to make more complex high-speed applications possible, while changes to the shutter speed, which can vary from 1/200th to 1/100,000th of a second, can be implemented within one field.
February 6, 2012 Read time: 1 min
1047 Videology has announced an enhanced version of its popular 20D389 B&W camera board. An optional fast shutter speed control has been added to make more complex high-speed applications possible, while changes to the shutter speed, which can vary from 1/200th to 1/100,000th of a second, can be implemented within one field.

According to the company, its 20D389FS is an excellent choice for applications such as licence plate detail capture at high speeds, barcode data on ships arriving in ports, or information on special government vehicles. Data is imaged within a small field of view and it is easily achieved even with varying levels of illumination, plate reflectivity or shadows. A specific I²C interface detail is supplied so the OEM can create the appropriate interface schema to optimise the device's capability.

For more information on companies in this article

Related Content

  • Birmingham CAZ is green for go
    July 26, 2021
    For urban authorities worldwide, the health of residents is racing up the political agenda. Ben Spencer looks at how one city - Birmingham, UK - has established its own Clean Air Zone and is investing in alternative-fuel vehicles and public transport incentives
  • San Diego: Let there be (street)light
    March 30, 2020
    The influence of intelligent streetlights is spreading. David Crawford finds that San Diego’s deployment – and attendant legislation – may offer a blueprint for other cities going forward
  • Digital Light Processing transforms travel information
    July 19, 2012
    David Crawford investigates the potential of new projection technology. Fifty years on from its invention of the microchip, US company Texas Instruments (TI) has compressed the technology into a surface area of just 4.3mm. As such, it forms the heart of a new Pico Digital Light Processing (DLP) system that is set to transform travel information delivery for millions of users on the move - by making it projectable.
  • Vitronic demonstrates fourth generation of TollChecker
    October 22, 2012
    Vitronic is attracting a lot of interest here at the ITS World Congress with several important developments in electronic toll collection, ANPR and speed/red light enforcement, all based on the company’s advanced machine vision technology. According to Daniel Scholz, sales director, machine vision is now state of the art and its capabilities easily outmatch other technologies. “Our lidar-based machine vision technology makes applications such as speed or red light enforcement possible in situations where