SPx-Radar Image Server

Cambridge Pixel, a developer of primary radar, acquisition, processing and display solutions, has extended its product offering in radar display with the introduction of the SPx Radar Image Server (SPx-RIS). Developed to provide a cost-effective single-licence solution for point to multipoint radar display applications, it can distribute up to four scan-converted images to multiple display clients including standard web browsers or custom-written applications in Linux or Windows. No client license is requir
February 2, 2012 Read time: 2 mins
1990 Cambridge Pixel, a developer of primary radar, acquisition, processing and display solutions, has extended its product offering in radar display with the introduction of the SPx Radar Image Server (SPx-RIS). Developed to provide a cost-effective single-licence solution for point to multipoint radar display applications, it can distribute up to four scan-converted images to multiple display clients including standard web browsers or custom-written applications in Linux or Windows. No client license is required to see the radar video.

As David Johnson, managing director, Cambridge Pixel, explains, "The SPx Radar Image Server is designed for use in cost-sensitive security and traffic management applications, where, as a consequence of commodity pricing of radars, there is growing interest in integrating radar sensor data as part of any monitoring system." The Radar Image Server works by receiving the radar video in a server application and then creating up to four scan converted images for the radar coverage. This can be used to provide one image for full coverage of the radar and up to three additional images representing zoom views of selected areas.
Detection, Monitoring & Machine Vision Urban Traffic Control

For more information on companies in this article

Related Content

  • IR’s invisible benefit for traffic surveillance and enforcement
    June 30, 2016
    Advances in vision technology are enhancing traffic surveillance and enforcement applications. Variable lighting conditions have long been a stumbling block for vision technology applications in the transport sector. With applications such as ANPR, the read-rate may vary between daylight and night and can be adversely affected by glare and low sun. Madrid, Spain-based Lector Vision had these considerations in mind when designing its Traffic Eye ANPR system, which combines off-the-shelf and custom hardware
    Read More
  • Gridsmart enables secure image sharing
    October 8, 2015
    Gridsmart Technologies has launched Atlas, a web-based software platform that allows traffic departments to securely share imagery from Gridsmart systems and other IP cameras with outside entities. “Gridsmart Atlas optimises taxpayer dollars by deploying one product that can be utilised by various city entities,” said Dr Jeff Price, chief of technology. Atlas delivers a dynamic, time-lapse video loop, allow
    Read More
  • Upgrading Turkey's tolling system
    April 25, 2013
    A programme modernising road tolling equipment on Turkey’s national highway network has resulted in what is arguably Europe’s most advanced toll system, reports Jon Masters. Turkey has introduced a new system of technology for charging for use of its 2000km national highway network, heralded as the first full-scale use of passive RFID tags for electronic open road tolling in Europe. The new ‘Fast Passing System’ (HGS) is an upgrade of Turkey’s existing Automatic Passing System (OGS) technology, which uses
    Read More
  • Sony camera for ITS applications
    January 23, 2012
    Sony Europe's Image Sensing Solutions division has extended its XCG range of GigE machine vision cameras with the launch of the XCG-H280E. According to the company, its resolution, high frame rate and ability to work in low light conditions make the camera module ideally suited to ITS applications, where image quality, sensitivity and speed are paramount. The camera module implements the ICX-674 full HD resolution CCD sensor, capable of running at up to 50fps and is the first sensor to benefit from Sony's n
    Read More

Highlighted Content