Skip to main content

Real time intersection and arterial monitoring

Would it be beneficial to know if a remote non-interconnected signalised intersection controller was phasing optimally? How about ancillary but critical traffic cabinet devices being operational with an ambient air temperature of 135 degrees Fahrenheit inside the cabinet? As delegates to the ITS America Annual Meeting will discover at the Eberle Design & Reno A&E booth, for the first time, traffic operations technicians and traffic engineers can now access real-time arterial traffic and intersection informa
June 2, 2015 Read time: 2 mins
Carl Zabel, VP-business development for Eberle Design and Reno A&E

Would it be beneficial to know if a remote non-interconnected signalised intersection controller was phasing optimally? How about ancillary but critical traffic cabinet devices being operational with an ambient air temperature of 135 degrees Fahrenheit inside the cabinet? As delegates to the ITS America Annual Meeting will discover at the 41 Eberle Design & 7435 Reno A&E booth, for the first time, traffic operations technicians and traffic engineers can now access real-time arterial traffic and intersection information such as detector counts, phase status changes, cabinet alarms, and overall ‘well being’ of the traffic cabinet status from remote, non-interconnected intersections.

Eberle Glance, RAE Glance and Data Aggregator (DA- 100B) Series field monitoring device from Eberle Design’s iCITE (Intelligent Cabinet Interface for Transportation Equipment) product suite, is claimed to be the first system capable of accessing real-time intersection and arterial traffic data from any traffic cabinet, via high-speed internal or external communications devices, regardless of the traffic controller or central ITS system. This new level of remote connectivity to cabinet hardware is engineered to extract real-time intersection and traffic cabinet data utilising a cloud-based user interface – with the benefit of not having to visit a possibly malfunctioning intersection in order to determine the problem. All this functionality is also available for those intersections connected to a TOC with the added functionality of providing an answer to the question, “Why is that intersection off line?” “The new iCITE cabinet hardware and reporting software components are compatible with any cabinet type or operation and easily fi t and operate within a NEMA TS1 or TS2 cabinet as well as within a Caltrans 332 cabinet,” said Bill Sowell, VP-business development for Eberle Design and Reno A&E. “We believe that using a cloud-based solution to monitor intersections – remote and non-interconnected – is key to an agency’s ability to efficiently assess and respond to remote intersection challenges.”

For more information on companies in this article

Related Content

  • Siemens adds to portfolio of ITS technologies
    September 8, 2014
    This morning Siemens is using the ITS World Congress for the launch of three important new additions to its portfolio of intelligent traffic systems that will power our cities today and in the future.
  • McCain debuts new ATC cabinet
    August 6, 2013
    Developed to meet the needs of today's modern transportation industry, McCain claims its new traffic controller cabinet design, the ATC cabinet, increases driver and personnel safety, enhances overall operations and provides a viable migration path to low-voltage intersections. The rack-mount modular cabinet with serial connections brings together the best of existing standards and incorporates National Electrical Codes (NEC) or NFPA 70 standards to guard against accidental electrocution due to inadvertent
  • NEC control centre aids Santander’s role as Europe’s smartest city
    May 7, 2014
    NEC Corporation is providing a new operational control software module as part of its Cloud City Operations Centre to enable the city of Santander in Spain to automate the management of city infrastructure in real-time to minimise resource usage and reduce operational costs.
  • Evolution in web-based automatic parking systems
    March 28, 2014
    Automation and access control specialist, Came, introduced the next evolution of its PS One, the first automatic system for multi-level parking and reserved parking areas, with web-based technology and Ethernet interface. PS One is a modular solution specially designed to meet the typical needs of small, medium and large automated parking areas, ideal for enhancing the efficiency of the service while controlling operating costs and traffic safety. In addition to web-based technology, the hallmarks of t