smartmicro displays full range of traffic radar technology

smartmicro, a Germany headquartered specialist in automotive and traffic management radar sensors, is here at the ITS World Congress to showcase its latest radar technology for adaptive intersection control and arterial management.
September 10, 2014 Read time: 1 min
Dennis Stolhofer (left) with Jonas Maximillian Beer of smartmicro

As the company points out, smartmicro Traffic Radar technology is used today at thousands of intersections in the US and worldwide. It has proven to be robust and remarkably reliable.

Indeed, the company says that US University studies and benchmarks show that the smartmicro Stop Bar+ technology outperforms all other radar detectors. It is also very cost efficient, being the only technology which can do stop bar detection and advance detection with one single radar unit, saving hardware cost, space and installation effort.

smartmicro says there are many more advantages including lane specific advance detection and the capability to perform detection at long ranges, even for curved roads. The company says it not only offers the longest range radar sensors available today, but also the smallest size sensors on the market. Here at the ITS World Congress, the entire family of Universal Traffic Management Radars is being shown: products for intersection management, for traffic counting and classification as well as for speed and red light enforcement applications. Interface cards and other accessories, offering TS1 loop detector outputs, TS2 SDLC interface and Ethernet are also being presented.

For more information on companies in this article

Related Content

  • Machine vision standards definition moves forward with establishment of new forum
    December 3, 2012
    The new Future Standards Forum will homogenise standards develop in the machine vision and partnering sectors. Here, machine vision industry experts discuss developments. By Jason Barnes At the Vision Show, which took place in Stuttgart at the beginning of November, the European Machine Vision Association, the US’s Automated Imaging Association and the Japan Industrial Imaging Association (JIIA) established a joint initiative, the Future Standards Forum (FSF). This, said the EMVA’s President Toni Ventura, a
    Read More
  • CA Traffic displays BlackCAT Traffic Monitor
    April 5, 2016
    At CA Traffic cycle detection has always had a strong focus as visitors to the company’s stand here at Intertraffic will see. As CA Traffic points out, the increase in cycle safety projects has led to new developments and advanced hardware deployment utilising multiple detection technologies for a vast number of scenarios. The BlackCAT Traffic Monitor uses inductive loop technology to provide cycle detection at permanent sites. In its simplest form this allows bicycles to be detected and reported historical
    Read More
  • Flir takeover of Traficon and the role of thermal imaging
    February 28, 2013
    Andy Teich, president of commercial systems at Flir, discusses the growing role of thermal technology in ITS and his company’s latest high-profile acquisition with Jason Barnes. Andy Teich, Flir’s president of commercial systems, doesn’t want to talk about infrared (IR). Instead, he’d prefer, he says, to discuss ‘thermal technology’. It is, he explains, to differentiate between the imaging technologies which his company specialises in and the LED illumination of IR cameras, an altogether different beast. Fl
    Read More
  • Additional functionality gives loops a continued lease of life
    March 20, 2014
    Two decades after the death of the inductive loops was predicted, Matt Zinn, technical services manager at Eberle Design says the technology still offers advantages. More than 20 years ago the emergence of video detection systems led many to foretell the end of inductive loops. In the intervening years advocates of radar, infrared and wireless detection technologies have also claimed that loops were on their way out. But in fact, by all calculations, the use of loops has actually increased and although
    Read More

Highlighted Content