Skip to main content

ISS and MAV Systems partner on new mobile LPR camera

Image Sensing Systems (ISS) has partnered with MAV systems to release a new compact licence plate recognition (LPR) camera, the Autoscope Pn-120. The Autoscope Pn-120 is a compact high performance LPR camera designed for mobile and special purpose applications. Compact and easy to install, the camera incorporates industry leading zoom technology, infrared pulsed LEDs within a rugged hermetically sealed enclosure. According to both companies, when coupled with ISS’ state-of-the-art licence plate recogn
April 15, 2014 Read time: 2 mins
6626 Image Sensing Systems (ISS) has partnered with MAV systems to release a new compact licence plate recognition (LPR) camera, the 6575 Autoscope Pn-120.

The Autoscope Pn-120 is a compact high performance LPR camera designed for mobile and special purpose applications. Compact and easy to install, the camera incorporates industry leading zoom technology, infrared pulsed LEDs within a rugged hermetically sealed enclosure.

According to both companies, when coupled with ISS’ state-of-the-art licence plate recognition software, the Pn-120 provides a complete solution for the law enforcement, security and parking sectors.

“Partnering with MAV Systems expands the breadth of Image Sensing Systems capabilities.  The marriage of their high quality cameras with our world-renowned plate recognition engine provides a superior level of quality and performance for partners and end users”, said Keith Hofkens, Global Product Manager for Image Sensing Systems.

“As an independent LPR camera manufacturer, we are delighted that Image Sensing Systems have chosen our camera to partner their software,” said Steve Walker, Managing Director of MAV Systems.

For more information on companies in this article

Related Content

  • Communication: the future of machine vision
    May 30, 2013
    Jason Barnes asks leading machine vision industry figures what they consider to be the educational barriers to the technology’s increased uptake by the ITS sector. The recent rush by some organisations within the ITS sector to associate themselves with the term ‘machine vision’ underlines just how important the technology has become in a relatively short space of time. However, despite the technology having been applied in certain traffic management applications for some years, there remains a significant s
  • Autoscope Encore announced
    January 31, 2012
    Image Sensing Systems (ISS) and its partner Econolite have announced the Autoscope Encore, the next generation of Autoscope. A true multitasking video detection solution, the new device features powerful network browser navigation, comprehensive data collection, internet access via web server, and software development tools to achieve efficiencies and seamlessly integrate with other ITS systems. According to the partners, this offers unparalleled control, security, and immediate data and video access.
  • Chinese city improves traffic flow with ISS
    June 13, 2014
    Image Sensing Systems’ (ISS) Hong Kong based subsidiary has supplied and installed 360 units of Autoscope video detection equipment for integration with traffic signal controllers in the large Chinese city of Jining, a coal mining area in the southern part of Shandong province. The city has a population of over eight million people and the rapid economic growth and explosive increase of individual vehicle ownership have lead to significant problems with traffic congestion. Local company Anhui Keli suppli
  • Machine vision’s image of road management’s future
    June 11, 2015
    Q-Free’s Marco Sinnema looks at how the commoditisation of high-quality vision-based solutions is widening their application. Machine vision technology’s entry into the ITS/traffic management sector has followed a classic top-down path. This is unsurprising given the extremely demanding performance criteria which are the standard in its market of origin, manufacturing processing. Very high image qualities combined with frame rates often in the hundreds per second range resulted in vision systems with capabi