Nedap introduces next generation microwave RFID readers

Dutch vehicle identification and detection specialist Nedap is taking advantage of IFSEC 2015 to launch its Transit Ultimate microwave RFID long-range reader, developed for vehicular access control in high-security applications and under heavy environmental conditions.
June 11, 2015 Read time: 1 min

Dutch vehicle identification and detection specialist 3838 Nedap is taking advantage of IFSEC 2015 to launch its Transit Ultimate microwave RFID long-range reader, developed for vehicular access control in high-security applications and under heavy environmental conditions.

Apart from an improved industrial antenna and housing design, the new reader contains a second communication channel at 433 MHz that enables a wider bandwidth for communication between readers and tags. Tag authentication using AES encryption is incorporated to help prevent cloning of tags and replay-attacks.

Transit identifies vehicles and drivers at a distance of up to 10 metres (33 ft) and a travelling speed of up to 200 km/h (125 mph) by using semi-active (2.45 GHz) RFID technology.

Transit Ultimate offers many new and improved features including: advanced antenna design; semi-active RFID technology based on two frequencies (2,45 GHz and 433 MHz); integrated squelch upgrade board for read range adjustment; configurable three-colour LED indication; USB Interface for communication with reader; tamper switch detects changes by unauthorised users; and bonnet support strut for easy installation.

More information is available in the Transit Ultimate product video. (link %$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 oLinkExternal https://www.youtube.com/watch?v=XbRZ3ZfAUHI Visit the Transit Ultimate product video false http://https//www.youtube.com/watch?v=XbRZ3ZfAUHI false false%>)

For more information on companies in this article

Related Content

  • Tinynode shows vehicle detection solutions
    March 20, 2018
    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
    Read More
  • HW Sands shines light at CARTES on its new portfolio of IR and UV products
    October 28, 2014
    HW Sands will be demonstrating its latest card design, functionality and security products for the card manufacturing and imaging industries at CARTES. They include its Clear Card IR Blocking solutions, including both ink and film-based IR blocking. Its newest Single Pass IR Blocking inks are translucent and meet ISO standards.
    Read More
  • Moxa displays Ethernet switches and industrial wireless AP devices
    October 24, 2012
    Moxa, the German producer of industrial automation products, will be showing a range of its products, including industrial Ethernet switches and industrial wireless AP devices with resilient self-healing Turbo Ring and Turbo Chain technology and Turbo Roaming, allowing ITS operators access to high performance wired or wireless Ethernet technology with good bandwidth. Other products include what Moxa describes as the world’s first serial device server for connecting legacy devices such as VMS.
    Read More
  • Aselsan installs Turkey’s first multi-lane free-flow tolling
    March 24, 2014
    Commuters in Istanbul using the bridges across the Bhosphorus Strait are set to benefit from Turkey’s first multi-lane free flow tolling system being installed by toll system manufacturer Aselsan. The company has already installed the initial part of the system on the northbound lanes of the Fatih Sultan Mehmet (FSM) Bridge (which carries 120,000 vehicles per day) and the system will be ready for operation in June.
    Read More

Highlighted Content