Skip to main content

Tattile expands range with ANPR Mobile cameras

Leading Italian ITS company Tattile will use Intertraffic Amsterdam 2014 to expand its product range with the launch of new products, including ANPR Mobile and Vega Color. ANPR Mobile, a new cutting-edge technology in support of police forces, incorporates Megapixel sensors enabling it to scan over 100 number plates per second, front and rear, at any light condition. The newly-launched system needs neither embedded processing units nor physical connection between the cameras and the onboard computer/tab
March 3, 2014 Read time: 2 mins
Leading Italian ITS company 592 Tattile will use Intertraffic Amsterdam 2014 to expand its product range with the launch of new products, including ANPR Mobile and Vega Color.

ANPR Mobile, a new cutting-edge technology in support of police forces, incorporates Megapixel sensors enabling it to scan over 100 number plates per second, front and rear, at any light condition. The newly-launched system needs neither embedded processing units nor physical connection between the cameras and the onboard computer/tablet. The plates are read directly onboard the camera, which can be installed on the car’s roof, hood or in the boot. Plate numbers are transmitted via Wi-Fi. The new Tattile solution is provided with sophisticated software which allows image acquisition both in greyscale and in colour.

Tattile’s Vega Color family is designed to detect colour licence plate number and/or the colour of plates, a product particularly addressed to the most sophisticated markets. In line with the company’s philosophy, the device is an all-in-one system, with everything embedded in the camera. The onboard web server allows easy and immediate camera set-up and software update, reducing maintenance costs consistently. The embedded proprietary Tattile OCR, is able to recognise not only the vehicle’s number plate, but also the plate’s colour, often very useful in order to identify the Country / State of origin of the vehicle. The Vega Color can operate in stand-alone mode, without a previously set-up data connection, and saves the events on its on-board micro SD.
%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 42536 0 oLinkExternal www.Tattile.com Tattile web false /EasySiteWeb/GatewayLink.aspx?alId=42536 false false%>

Related Content

  • Laser Technology launches TruCam II
    March 21, 2018
    Laser Technology arrives in Amsterdam sporting an all-new LTI 20/20 TruCam II hand-held laser-based speed enforcement system with photo and video capability for enforcement of approaching and departing vehicles at speeds up to 320km/h. A key enhancement is the use of a bespoke camera featuring ‘point and shoot’ imaging with auto focus, iris and shutter speed selection.
  • Kapsch adds ATMS expertise with Transdyn acquisition
    March 25, 2014
    Kapsch has added extensive advanced traffic management system (ATMS) expertise to its portfolio by acquiring US company Transdyn. The move matches with the aim of becoming a major global presence in the inter-urban traffic management sector, says Peter Ummenhofer, Kapsch’s head of ITS Business Unit: “Recognising that there were already very mature and capable ATMS solutions out there, we decided to look at what was already available.
  • Xerox streamlines parking in LA
    May 22, 2012
    It’ll be a little easier to find a parking space in notoriously traffic-congested Los Angeles thanks to a new advanced parking system developed by Xerox and the Los Angeles Department of Transportation (LADOT).
  • The Valence Pod – a new wireless roadway detection system from Trafficware
    April 15, 2013
    Visitors to the ITS America Annual Meeting will have an opportunity of seeing a new wireless roadway detection system from Trafficware. Operating under a Massachusetts Institute of Technology (MIT) patent in an exclusive license agreement, the company’s engineers developed the Valence Pod, a wireless system that uses roadway sensors to detect the presence of vehicles. The device can be used individually for a smaller zone or grouped with other Pods to create a larger, smarter detection zone. The omni-direct