Skip to main content

Sharper images with HD video surveillance

Many ITS and video surveillance systems are now migrating to High Definition (HD), something which has traditionally required high-resolution IP cameras and a complete system architecture overhaul. Euresys now provides a less expensive and seamless upgrade path with the Picolo.net HD4. “This allows users to connect four HD-SDI/HDcctv cameras through at least 100m of coaxial cable to a video surveillance IP network. It’s easy to integrate into video surveillance systems as it features an ONVIF Profile S-comp
January 11, 2013 Read time: 2 mins
HD video provides six times more pixels than standard-definition PAL/NTSC analogue CCTV
Many ITS and video surveillance systems are now migrating to High Definition (HD), something which has traditionally required high-resolution IP cameras and a complete system architecture overhaul. 7084 Euresys now provides a less expensive and seamless upgrade path with the Picolo.net HD4.

“This allows users to connect four HD-SDI/HDcctv cameras through at least 100m of coaxial cable to a video surveillance IP network. It’s easy to integrate into video surveillance systems as it features an ONVIF Profile S-compliant IP interface, which provides interoperability with major video management software solutions,” says Marc Damhaut, Euresys’s CEO.

HD video provides six times more pixels than standard-definition PAL/NTSC analogue CCTV. Translated to a larger viewing area, that potentially reduces the number of cameras required per installation. HD video also provides sharper images, vastly improving of video analytics or forensic applications performance.

HD-SDI/HDcctv delivers high-quality, uncompressed HD digital video over standard RG-59 coaxial cables at a length of 100m or more. HD-SDI has proven itself in broadcast television over several years. Thanks to the HDcctv Alliance and the Picolo.net HD4, it is now making its way into video surveillance.

“HD-SDI/HDcctv is as easy to install and maintain as analogue CCTV systems. It uses the same coaxial cables as analogue for new or existing installations. HD-SDI/HDcctv-compliant cameras are an alternative to IP cameras for those looking to achieve higher resolution than conventional analogue cameras. With HD-SDI/HDcctv, system integrators and installers no longer need to extend IP Ethernet cabling to every camera in order to deliver the benefits of HD video. Existing coaxial cables can be re-used, considerably reducing installation and maintenance costs,” Damhaut continues.

“HD-SDI/HDcctv has the added benefit of sending live uncompressed video to other devices, such as monitors, without latency. For outdoor applications where IP cameras are a security risk, HD-SDI/HDcctv offers a secure solution: HD-SDI cameras can be used outside the facility while inside being connected to the IP network or to the internet using the Picolo.net HD4.”

For more information on companies in this article

Related Content

  • Rapid growth of bus rapid transit schemes on US Pacific coast
    January 27, 2012
    This section pulls together all the multi-modal topics in each issue. Subject matter will include smartcards; ticketing and payment systems; passenger information systems; fleet management for buses, trains and light rail; park and ride systems; on-line access to real-time information via Internet portals
  • Kistler’s smooth ride on Caltrans info highway
    December 16, 2022
    Caltrans needed a solution to boost its outmoded traffic monitoring capability. Kistler’s KiTraffic Statistics met the California agency’s stringent requirements. And then came Covid…
  • Traffic management to the fore at Vision 2014
    December 8, 2014
    Colin Sowman reviews some of the traffic-related exhibits at the 2014 Vision Show in Stuttgart. Traffic was a major theme at this years’ Vision Show in Stuttgart and several manufacturers used the exhibition to highlight their traffic-related equipment and applications.
  • Harnessing the strengths of CMOS for ITS applications
    January 24, 2017
    Sony’s Arnaud Destruels explains the benefits of CMOS sensors for ITS applications. In the transport sector roadside, trackside and platform cameras were devices for viewing and assessing a situation while individual sensors did all the clever stuff like traffic counting, speed calculation, queue lengths, signal status and so on. Well, not any more.