Skip to main content

Confidex awarded OCS certification for 6C RFID tag

Confidex, Finland-based supplier of specialty RFID tags, has been awarded OCS certification for its 6C RFID windshield tag by OmniAir Certification Services (OCS), the test-affiliate of OmniAir Consortium, a technology-focused member association created to enable the deployment of interoperable advanced transportation technologies and applications. OCS certification positions Confidex as a certified, high-quality, high-volume RFID tag provider for the North American electronic toll collection market. The Co
February 11, 2013 Read time: 3 mins
946 Confidex, Finland-based supplier of specialty RFID tags, has been awarded OCS certification for its 6C RFID windshield tag by 808 OmniAir Certification Services (OCS), the test-affiliate of OmniAir Consortium, a technology-focused member association created to enable the deployment of interoperable advanced transportation technologies and applications. OCS certification positions Confidex as a certified, high-quality, high-volume RFID tag provider for the North American electronic toll collection market.
 
The Confidex windshield tag is specially designed for fast and reliable automatic vehicle identification applications such as electronic toll collection. The tag is based on passive UHF RFID 6C technology, the leading technology for providing interoperability (IOP) across North America for toll collection applications. The Confidex windshield tag is attached inside the vehicle windscreen and can be read automatically from several meters away, even at high speeds. It is easily and extensively customised with surface printing, security markings or special programming. The product has received the electronic toll collection compliance certification from OmniAir Certification Services.

“I am delighted that the Confidex 6C RFID windshield tag has achieved the stringent OCS certification. This is a major milestone in our continuing drive to support the North American electronic toll collection market,” says Alexander Dannias, general manager of Confidex Americas. “OCS certification demonstrates that our windshield tag meets the demanding requirements of the Omniair Consortium for safe and secure operation in a variety of automatic vehicle identification applications, such as toll collection, with the highest interoperability. This certification can also be used in other countries as a standard reference for the minimum quality and functionality requirements needed for this product.”

Confidex partnered with RFID IC and reader provider Impinj and incorporated the Impinj Monza 4E chip into the windshield tag. “Confidex was one of the very first RFID tag suppliers to take advantage of the high performance of Monza chips to cover all approved UHF global frequency ranges for their hard tags,” says Nikhil Deulkar, senior product line manager at Impinj. “The 6C RFID windshield tag is another milestone in our long history of technological and business collaboration.”

The OCS certification program ensures tolling tag and reader interoperability across equipment vendors and toll facilities. The test program includes testing for baseline and applied interoperability.

Comments Tim McGuckin, executive director of OmniAir Consortium, “The Board of OmniAir Certification Services put in a great amount of time and effort working with the user community, the 6C Toll Operators Committee, to develop the 6C-for-Tolling Certification Program.  To see it put into action, where we have Confidex as another officially certified 6C supplier offering products for real-world toll deployments, is an exciting testament to the hard work of the OCS, Confidex, and the commitment of toll operators to procure certified products. Together, this advances the mission of OmniAir – interoperability through certification.”

For more information on companies in this article

Related Content

  • Star Systems launches reusable hang tag for parking, access control
    February 9, 2017
    Star Systems International has launched a new hang tag for parking, access control and other automotive identification applications. Designed for ease of use, high performance, portability and reusability in automatic vehicle Identification applications, the 127mm by 102mm Gatria tag can be hung on a vehicle’s rear view mirror
  • Kapsch given OmniAir nod for connected vehicle RSUs
    October 7, 2019
    Kapsch has received certification for the RIS-9160 and RIS-9260 connected vehicle roadside units (RSUs) from the OmniAir consortium. The green light from OmniAir confirms RSUs meet operational standards set by the Institute of Electrical and Electronic Engineers, Society of Automotive Engineers and specifications from the US Department of Transportation (USDoT). The company says each unit enables Vehicle to Infrastructure communication when implemented with corresponding in-vehicle on-board units (OBUs).
  • Traffic to flow freely over world’s widest bridge
    November 13, 2012
    Pete Goldin reports on a new Egis project in Canada, providing open road tolling operations for the widest bridge in the world. A bridge can present a bottleneck in a system of roads or it can support the smooth and unobstructed flow of traffic. Much depends on the bridge design, surrounding infrastructure and tolling system. By adding lanes and deploying open road tolling (ORT), the new Port Mann Bridge located in the metropolitan Vancouver area in British Columbia, will alleviate congestion at one of the
  • Electronic toll collection market expected to grow by nearly ten per cent by 2022
    April 13, 2017
    According to a new market research report by MarketsandMarkets, the electronic toll collection market is estimated to be valued at USD 10.57 Billion by 2022, growing at a CAGR of 9.16% between 2017 and 2022. This is primarily due to increasing demand for effective solutions for traffic congestion and increasing allocation of funds by various governments on intelligent transportation systems. Automated vehicle identification (AVI) is used for the identification of vehicles when they move through a part