Skip to main content

Zebra2 from Point Grey

Point Grey has announced what it claims as breakthrough in innovation with its new multi-interfaced Zebra2 camera line. The Zebra2 fulfils a growing demand in traffic and surveillance installations that require real-time viewing in addition to post-processing such as ALPR/ANPR and incident analysis. Available in both 2 MP and 5MP CCD models, the Zebra2 provides the ability to simultaneously stream low latency uncompressed video over HD-SDI as well as send compressed or uncompressed images through a Gigabit
November 23, 2012 Read time: 2 mins
541 Point Grey has announced what it claims as breakthrough in innovation with its new multi-interfaced Zebra2 camera line. The Zebra2 fulfils a growing demand in traffic and surveillance installations that require real-time viewing in addition to post-processing such as ALPR/ANPR and incident analysis.

Available in both 2 MP and 5MP CCD models, the Zebra2 provides the ability to simultaneously stream low latency uncompressed video over HD-SDI as well as send compressed or uncompressed images through a Gigabit Ethernet interface.

The Zebra2 boasts a second breakthrough innovation with a new proprietary image processing pipeline. Designed to capture high quality, colour rich images in a variety of dynamically lit indoor and outdoor environments, Point Grey’s new image processing technology maximises image quality through advanced noise reduction, tone mapping, and colour interpolation techniques. The new image pipeline combined with Sony CCD imagers allows the Zebra2 to capture crisp images of fast moving objects. “Currently, our customers use two separate cameras; one to view low-latency live feed and one for image processing,” explains Michael Gibbons, director of sales and marketing. “With the Zebra2, these two needs are fulfilled with a single, high quality camera at an unbeatable price point.”

For more information on companies in this article

Related Content

  • Bronx benefits from mesoscopic-microscopic modelling
    January 7, 2014
    Michael Marsico, Andrew Weeks, Keir Opie and Murat Ayçin explain the application of hybrid traffic simulation to a planning study in New York City. Traffic modelling, particularly mesoscopic-microscopic hybrid simulation, has played a key role in planning for the future of one of America's shortest interstates, the 1.3-mile Sheridan Expressway. New York City has just completed a two-year, interagency study federally funded by a TIGER II grant on how to improve the Sheridan Expressway and its surroundi
  • London borough deploys UK’s first live unattended moving traffic enforcement
    February 17, 2014
    The London Borough of Redbridge is using the first unattended CCTV enforcement system for moving traffic offences in the UK. The pilot system, supplied by UK company Videalert, has been operational at four locations to monitor a range of moving traffic offences since November 2013. They include one restricted access, one yellow box junction and two banned turns. The system automates the detection and capture of the moving traffic offences and provides efficient post review and validation processing of
  • Updated GreenRoad nearly eliminates posted speed violations
    April 23, 2012
    GreenRoad, the specialist in fleet driver performance and safety management, has added new functionality to GreenRoad 360 which includes posted speed performance, idling heat maps, and extended data integration with new APIs.
  • Image Sensing Systems to sell ANPR/LPR business to TagMaster
    July 10, 2015
    Image Sensing Systems (ISS) has announced the sale of its automatic number plate recognition (ANPR/LPR) business to TagMaster for the purchase price of US$4.2 million in cash. ISS has decided to shift its strategic direction and focus to the intelligent transportation systems (ITS) market by investing in its Autoscope video detection and RTMS radar detection products and solutions. As of 9 July 2015, the ANPR/LPR business, including all products and solutions, will transition to TagMaster. TagMaster was fou