Nedap AVI picks up award for uPass Reach reader

Nedap AVI has won a Best Innovation Product award in the Access Control and Visitor Management systems category at the 16th Moscow International Protection, Security & Fire Safety exhibition for its uPass Reach long-range RFID reader. Using the latest in UHF technology, the uPass Reach reader guarantees long range vehicle identification up to four metres. Based on the use of battery free, passive UHF transponders, the reader output allows the access control or parking system to open the gate when authorised
April 25, 2012 Read time: 2 mins
RSS3838 Nedap AVI has won a Best Innovation Product award in the Access Control and Visitor Management systems category at the 16th Moscow International Protection, Security & Fire Safety exhibition for its uPass Reach long-range RFID reader. Using the latest in UHF technology, the uPass Reach reader guarantees long range vehicle identification up to four metres. Based on the use of battery free, passive UHF transponders, the reader output allows the access control or parking system to open the gate when authorised without the need for card readers or PIN pads.

Nedap AVI says the uPASS system is a cost-effective and convenient solution for parking access installations such as car parks, gated communities, employee parking access and many more applications. A fully integrated vehicle and building access solution can be realised using the new Nedap UHF hybrid cards. The cards support UHF combined with card technologies used for access control and time and attendance installations, such as HID, EM, Mifare and 3555 Legic.
Parking & Access Control

For more information on companies in this article

Related Content

  • Social media a one-stop shop for travel information
    January 20, 2012
    Exponentially widening mobile phone ownership is opening up the field to new ways of obtaining and disseminating better travel information from and to public transport users, via for example social media and tracking riders' phones. Over 50 US transit agencies, including major actors such as TriMet, in the metropolitan area of Portland, Oregon, Dallas Area Rapid Transit in Texas, and San Francisco's Bay Area Rapid Transit District (BART), as well as smaller operators, now have Facebook and/or Twitter accoun
    Read More
  • Johnson Controls says US consumers are interested in start-stop systems
    May 18, 2012
    New consumer research conducted by Johnson Controls claims that 97 per cent of Americans are ready for new start-stop technology that improves the fuel economy of their vehicle. The research was conducted to gain understanding of how consumers view fuel-saving power train technologies based on attributes such as purchase price, fuel economy, annual fuel cost and performance. Focus groups across US major metropolitan areas, along with 1,200 survey respondents, provided feedback on efficient vehicle technolog
    Read More
  • Cloud computing technology benefits GIS
    July 17, 2012
    Geographic Information Systems are a relatively late adopter of cloud computing,but the benefits of host services for geospatial data and analysis are becoming clear. Jason Barnes reports Both the concept and the reality of cloud computing have been around for some time. More and more industry sectors are entrusting external service providers with the provision of their computing services via the internet. However, the Geographic Information System (GIS) industry has been slow to embrace the trend. This is
    Read More
  • NOCoE opens submissions for TSMO Awards
    September 10, 2019
    The US National Operations Center of Excellence (NOCoE) is accepting submissions for the second Transportation Systems Management and Operations (TSMO) Awards. The TSMO awards celebrate transportation management and operations that save lives, time and money. Judges will select a winner and runner-up from the following: •Best TSMO Project (Creative Solution) – A successful project, planning or response to a specific event, or other improvement for safety, congestion and/or travel time reliability. Thes
    Read More

Highlighted Content