Skip to main content

Siemens unveils Sepac 3.51 traffic control software

At this year’s IMSA (International Municipal Signal Association) Conference, which ends today in Orlando, Florida, Siemens has released the latest Sepac local traffic controller software which incorporates new features that help make intersections safer and improve the use of traffic signal priority for public mass transportation, without interrupting the general traffic flow.
July 31, 2012 Read time: 2 mins
RSSAt this year’s IMSA (6289 International Municipal Signal Association) Conference, which ends today in Orlando, Florida, 189 Siemens has released the latest Sepac local traffic controller software which incorporates new features that help make intersections safer and improve the use of traffic signal priority for public mass transportation, without interrupting the general traffic flow.

“We have been developing and testing Sepac for more than 25 years, and it has been implemented in many cities throughout the Unites States,” said Frank LoPresti, general manager of Siemens Intelligent Traffic Solutions. “This new version of the software will help cities keep their intersections running safely and keep traffic flowing, which has an impact on the quality of life in cities and the environment.”

As the company points out, giving high priority to public transportation without interrupting the general traffic flow has been a major challenge for conventional traffic control software in the past. Sepac 3.51 is focused on enhancing performance of traffic signal control for customers who use light rail transit, bus rapid transit and regular traffic signal priority functionality. A new set of features improves the use of low- and full-priority, with minimal impact on pedestrian and vehicle traffic.

The software also incorporates Red Protect technology that, when paired with speed detectors like radar, video or wireless ground detection, can make intersections safer when a driver runs a red light. Additional features added with this release include Manual Uniform Traffic Control Devices (MUTCD) flashing yellow arrow with delay, programmable advanced warning flashers and Hawk (High-Intensity Activated crossWalK) pedestrian signals. Siemens claims all these features, along with transit signal priority, provide a much safer operation at every Siemens software controlled intersection.

For more information on companies in this article

Related Content

  • Telvent wins new traffic management contract in China
    May 16, 2012
    Telvent has announced the award of a contract from the Beijing Traffic Police to help to expand Beijing’s urban traffic management system. The company will implement its Telvent Smartmobility Traffic technology on more than 200 traffic junctions, which will enable Beijing authorities to improve traffic flow, increase drivers' safety and reduce air pollution.
  • Unmanned vehicles ‘to transform transportation within a few years’
    March 10, 2015
    According to new analysis from Frost and Sullivan, advances in sensor fusion technologies with high imaging capabilities to enhance manoeuvrability are quickening the development of unmanned vehicles. The resulting increase in the use of unmanned vehicles will eventually alter the dynamics of the transportation industry. The report, Innovations in Unmanned Vehicles–Land, Air, and Sea, finds that high-quality image and navigation sensors such as light detection and ranging systems, radar, and advanced global
  • Better response as emergency vehicles take priority
    January 10, 2025
    Applied Information's Glance solution shows timing & safety improvements
  • AGD Systems' Intelligent radar keeps London on the move
    October 10, 2013
    Intelligent radar detection solutions supplier AGD Systems is to supply the UK’s Transport for London (TfL) with its new 316 stop-line radar traffic detector, designed for the detection and monitoring of stationary vehicles at road junctions. The frequency modulated continuous-wave (FMCW) 316 utilises the latest planar antenna technology and an advanced, embedded digital signal processing engine to accurately and reliably detect stationary vehicles at the stop-line of busy intersections.