Skip to main content

Latest in IP video technology from Axis

Axis Communications is here at the ITS World Congress to demonstrate the latest innovations in IP video technology, something the company is uniquely qualified to do. Twenty years ago, all surveillance cameras were analogue and delivered video via a coaxial cable to a recorder that stored the video on a VHS tape. Axis Communications says that when it invented the network camera in 1996, it made it possible to connect a video camera directly to a computer network. The shift from analogue to digital technolog
September 8, 2014 Read time: 2 mins
Anthony Incorvati of Axis displays the Q1615-E

2215 Axis Communications is here at the ITS World Congress to demonstrate the latest innovations in IP video technology, something the company is uniquely qualified to do. Twenty years ago, all surveillance cameras were analogue and delivered video via a coaxial cable to a recorder that stored the video on a VHS tape. Axis Communications says that when it invented the network camera in 1996, it made it possible to connect a video camera directly to a computer network. The shift from analogue to digital technology has already changed the global security market, and it’s changing the ITS market too.

Unlike its analogue predecessor, IP video provides improved image usability, camera intelligence and open standards. Here in Detroit, Axis is demonstrating the latest innovations in IP video technology. Lightfinder and wide dynamic range – Forensic Capture are just two features of the new Axis Q1615-E. The company says that this outdoor-ready fixed network camera offers exceptional image quality in HDTV 1080p in varying lighting conditions.

“Improved video quality following HDTV standards has made it much easier to identify people and objects in recorded video, even down to licence plate numbers,” says Anthony Incorvati, business development manager at Axis Communications. Intelligent camera capabilities have made it possible to alert traffic management centres and other users automatically when there is an incident, enabling faster redirection of traffic and dispatch of emergency services. Analytics are also being used to collect important data to support planners and engineers for future projects. And, since network cameras are based on open IP standards, authorised users get secure and flexible access via a computer or handheld device, from anywhere.

For more information on companies in this article

Related Content

  • 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
  • Towards pan-European electromobility services
    November 2, 2012
    Europe’s Green eMotion project has announced the test phase of a project that will demonstrate Europe-wide roaming in an interoperable electromobility system and will provide access to new added-value services. Green eMotion will also support the promotion of cross-sector ICT standards for interoperability of electric vehicle (EV) services. Green eMotion is a major EU funded electromobility project; one of its objectives is to develop an IT system that defines the interfaces needed for pan-European electro
  • Avoiding the call of the wild
    June 29, 2018
    Hitting an animal on a rural road can be fatal for all parties involved – but detecting and avoiding them requires clever technology. Andrew Williams carefully scans the horizon for details. Wildlife-vehicle collisions are an ever-present threat in rural areas around the world, and there is certainly nothing funny about suddenly finding an angry moose in your headlights on a sharp bend. A variety of detection and avoidance systems are currently in use or under development to help prevent your vehicle being
  • Developments in security for wireless communications networks
    July 20, 2012
    David Crawford looks at new developments in security for wireless communications networks. Wireless communications - including mobile phone links - are well recognised as a key transport technology. They are low-cost, easily installed, well supported by the wider IT industry and offer the protocols of choice for much metropolitan area networking on which transport applications can piggyback.