Skip to main content

Econolite introduces next generation ATC

The next generation of Econolite’s advanced traffic controllers (ATC), Cobalt is said to be the first controller to feature a new platform in advanced communications and user interface designed to accommodate the mobile computing environment. Its new user interface makes its operations and access to essential functions the most intuitive and hassle-free controller on the market today. Developed on the industry ATC standards, Cobalt provides a combination of ATC controller functionality with a breakthrough u
April 18, 2013 Read time: 2 mins
The next generation of 1763 Econolite’s advanced traffic controllers (ATC), Cobalt is said to be the first controller to feature a new platform in advanced communications and user interface designed to accommodate the mobile computing environment.

Its new user interface makes its operations and access to essential functions the most intuitive and hassle-free controller on the market today. Developed on the industry ATC standards, Cobalt provides a combination of ATC controller functionality with a breakthrough user interface.

Cobalt was designed to incorporate leading-edge mobile technology and user-friendly applications to help make controller operations simpler to access and manage. “Built upon industry hardware standards, and incorporating our robust ASC/3 software, Cobalt’s user interface makes it the easiest-to-use advanced transportation controller,” said Econolite chief technology officer Gary Duncan. “With its straightforward navigation and operating system, Cobalt represents an ideal combination of form, function and familiarity that was designed with direct input from the industry and our customers.”

Cobalt was designed to exceed the ATC 5.2b, as well as the forthcoming ATC 6.x, industry hardware standards. Cobalt features an environmentally hardened touchscreen interface with the brightest color display available. Cobalt conforms to ISO 9001 quality standards and is available in two configurations, TS2 Type 1 or TS2 Type 2.

For more information on companies in this article

Related Content

  • Citilog sees new horizons for camera capability
    June 3, 2015
    Prior to its official launch at IMSA 2015, Citilog is providing a sneak preview of a new NEMA and Caltrans-compliant interface board which allows up to six cameras to be connected to traffic light controllers and to stream video back to traffic control rooms. Developed in conjunction with Peek, the new board does not need to be configured via a computer and is interoperable between the two systems. According to business development manager Irv Rosenblum, the new card will be the platform for the next gen
  • Electric park brake technology gaining momentum in North America
    April 19, 2012
    TRW, a specialist in active and passive safety, says it has been awarded new business for its next-generation electric park brake (EPB) technology with two major North American based vehicle manufacturers. The system functions as a conventional hydraulic brake for standard service brake applications, and as an electric brake for parking and emergency braking. TRW launched the first integrated caliper EPB system in 2001 and is bringing the wide range of functional and ancillary benefits of EPB to the North A
  • RuggedBackbone universal comms platform
    July 30, 2012
    RuggedCom has introduced the RuggedBackbone RX5000, a new high port density routing and switching platform designed to operate in harsh environments. The device can withstand high levels of electromagnetic interference, radio frequency interference and a temperature range of -40°C to +85°C. The product is a scalable, hot-swappable, modular platform which provides its users with the ability to make product modifications as their network grows or their needs change. RuggedCom says the cyber security and net
  • FHWA collaborative framework on automated driving systems: an explainer
    September 26, 2023
    USDoT FHWA has put together a collaborative framework to help secure the roll-out of automated driving systems in the US. John Harding of FHWA explains the thinking…