German companies collaborate on electronic vehicle identification

German internet of things (IoT) provider Kathrein has agreed a global collaboration on electronic vehicle identification with Tönnjes EAST, a German licence plate manufacturer. Both companies have been working together on the development of new technologies using Kathrein’s expertise in RFID technology combined with Tönnjes EAST’s experience in the integration of transponders into vehicle licence plates or windscreens. Their joint portfolio includes Kathrein’s latest RFID reader, the RRU4500, which h
September 13, 2017 Read time: 2 mins
German internet of things (IoT) provider Kathrein has agreed a global collaboration on electronic vehicle identification with Tönnjes EAST, a German licence plate manufacturer.


Both companies have been working together on the development of new technologies using Kathrein’s expertise in RFID technology combined with Tönnjes EAST’s experience in the integration of transponders into vehicle licence plates or windscreens.

Their joint portfolio includes Kathrein’s latest RFID reader, the RRU4500, which has a read range of up to 20 metres and enables the reliable identification of vehicles in free-flow motorway traffic up to a maximum speed of 250 km/h.

Tönnjes uses RFID technology in two systems, the IDePLATE, a vehicle licence plate with an integrated RFID chip and the IDeSTIX, a windscreen sticker containing a data chip with an encrypted ID number.

In order to ensure the IT security of the transponder data, the two companies use UCODE DNA, the latest generation of high security transponders from NXP Semiconductors. The decryption takes place directly between the transponders and the Kathrein readers. These are a new kind of combined RFID reader-writer and IoT gateway, which means that the data can be loaded directly into a Cloud and used from there.

The partners offer a turn-key solution, which includes implementing the technology on motorways, in low emission zones and toll roads, as well as establishing and operating central database solutions for authorities and providers.

Networking & Communication Systems

Related Content

  • May 24, 2023
    Tolling: it’s time to open up
    Europe sees more and more tolling schemes being implemented based on GNSS technology and an ‘open marketplace’ model. What are the drivers behind this trend and do those schemes show how toll systems will look in the future? Peter Ummenhofer of Go Consulting goes out on the road
    Read More
  • January 5, 2016
    Machine vision takes ITS further than the eye can see
    Vitronic’s John Yalda looks at how machine vision has become an integral part of many ITS deployments and why it complements, rather than replaces, ANPR. New and conventional business concepts like online shopping and mail order business are becoming more established in the cultures of fast-growing economies and increasing the demand for flexibility in the freight transportation and logistics industry. Road transport has become the preferred infrastructure for freight forwarding and several studies predict
    Read More
  • November 15, 2017
    Dutch strike public/private balance to introduce C-ITS services
    Connected-ITS applications are due to appear on a nation-wide scale this summer, through the Netherlands’ Talking Traffic Partnership – if all goes to plan. Jon Masters reports. The Netherlands’ Talking Traffic Partnership (TTP) looks almost too good to be true: an artificial market set up and supported by national, regional and local government to accelerate deployment of Connected ITS (C-ITS) applications. If it does have any serious flaws, these are going to become apparent quite soon, because the first
    Read More
  • January 26, 2018
    Jenoptik uses sensor fusion to avoid monitoring confusion
    Jenoptik’s Uwe Urban looks at the advantages of ‘sensor fusion’ for the ITS sector. When considering the ideal sensing and monitoring system to enable the ITS sector to deliver improvements in mobility and road safety, for general policing security and border protection, we have to think beyond radar-base systems or laser scanners. What is needed today are solutions for detecting and tracking vehicles while recording evidence to deacide if any action is necessary. There is no sole sensor capable of
    Read More

Highlighted Content