Skip to main content

Tinynode shows vehicle detection solutions

Tinynode is showcasing its high-accuracy wireless vehicle detection solutions for smart parking, based on purpose-built, lowest-power electronics and a multi-hop, self-configuring, self-healing, mesh radio protocol. Thanks to patented technology that provides over 99% radio communication availability, 98% detection accuracy, and up to 10-year battery life, Tinynode A4 and B4 sensors prove a simple, cost-effective and reliable way to detect if a parking space is occupied by a car. Sensors are fixed onto
March 20, 2018 Read time: 2 mins
7366 Tinynode is showcasing its high-accuracy wireless vehicle detection solutions for smart parking, based on purpose-built, lowest-power electronics and a multi-hop, self-configuring, self-healing, mesh radio protocol.

Thanks to patented technology that provides over 99% radio communication availability, 98% detection accuracy, and up to 10-year battery life, Tinynode A4 and B4 sensors prove a simple, cost-effective and reliable way to detect if a parking space is occupied by a car.

Sensors are fixed onto the road with either screws or glue (A4), or set into the road surface (B4). They connect single car lots to a network and transmit data about vehicle presence. This allows operators to remotely control parking facilities, monitor the number of available lots in a specific area, duration of each parking session and possible abuses, such as vehicles exceeding time limits, unauthorised parking in disabled spots or electrical vehicle charging stations.

Tinynode’s product range also includes G4 gateways, R4 and SR4 repeaters, and CT4 configuration tools to implement secure and reliable wireless networks for a number of parking-related applications. 

Stand 02.211

%$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external www.pdxeng.ch/tinynode Tinyode website link false https://www.pdxeng.ch/tinynode/ false false%>

For more information on companies in this article

Related Content

  • Sensefields’ wireless sensors simplify sensing
    March 24, 2014
    Sensefields’ traffic monitoring system uses easily installed wireless sensors to determine vehicle speed and, in urban situations, also for categorisation. Information from the sensor is sent in real time to the data processing station to determine the capacity (vehicles per hour) in each lane, average speed, speed distribution, average vehicle length, length distribution, density, average headway between vehicles and occupancy (%).
  • Lindsay shows Road Zipper, Barrier Systems, and Snoline brands
    March 19, 2018
    Lindsay Transportation Solutions (LTS) is exhibiting three of its international brands, including the Road Zipper, Barrier Systems, and Snoline. LTS, manufacturer of the Road Zipper System, is a world leader in moveable barrier technology. Moveable barrier is used for both managed lanes and construction to add more lanes for peak traffic while eliminating crossover accidents. The company’s stand features a new Road Zipper product, RTS Guard, which is a moveable barrier that separates pedestrian and
  • Dutch Automotive Week 2015 announced
    October 21, 2014
    The Netherlands’ high profile international Automotive Week, which takes place from 25 March to 1 April 2015, will highlight innovation in mobility and the development of new technology, leading concepts and the interaction between the road user, roadside and vehicle. The week’s activities will mainly be focused on national and international professionals, with events including the Automotive Congress, the opening of a new, national innovative traffic management centre and demonstrations on and around th
  • Register for USDOT connected vehicle PlugFests
    May 2, 2014
    The USDOT will hold its next two connected vehicle PlugFests on 13-15 May in Farmington Hills, Michigan and on 24-26 June in Palo Alto, California. PlugFests provide venues for vendor-to-vendor connected vehicle device testing to help ensure that devices and systems meet the base standard requirements and level of interoperability necessary for the Southeast Michigan Connected Vehicle Test Bed Deployment 2014 Project.