Skip to main content

Philadelphia’s new TOC boasts advanced video wall

Control room vision systems specialist Barco has collaborated with audio-visual integrator Vistacom to deliver an advanced video wall solution for the City of Philadelphia’s new traffic operations centre (TOC). A Barco video wall solution, complete with control room management (CMS) software and integrated with a Genetec video management system (VMS), helps the third largest signal system in the country better manage traffic flows and handle problems in real time to respond immediately to issues. Th
June 3, 2016 Read time: 2 mins
Control room vision systems specialist 20 Barco has collaborated with audio-visual integrator Vistacom to deliver an advanced video wall solution for the City of Philadelphia’s new traffic operations centre (TOC).

A Barco video wall solution, complete with control room management (CMS) software and integrated with a 545 Genetec video management system (VMS), helps the third largest signal system in the country better manage traffic flows and handle problems in real time to respond immediately to issues.

The goal of the TOC is to monitor the traffic in real time so the Streets Department can adjust signals, signs and throughways in the event of a massive influx of vehicles or pedestrians in one area. The Department can then push the information to PennDOT and other agencies, which can adjust electronic messaging signs to notify people to move in different directions.

Comprising 10 OLF-521 front-access, rear projected LED displays in a 5x2 configuration, the wall is powered by Barco’s CMS software and TransForm N. CMS software configures how and where content is displayed. Operators can create perspectives (user-defined layouts) to view data/images/video in the most optimal way.

The City worked with Vistacom in developing a Barco video wall solution to take video feeds from more than 5,000 cameras in a single, common operational picture. The system ties into Philadelphia’s federated Genetec VMS, which allows the TOC to send, receive and display critical information from the Streets Department, Police Department, SEPTA, the University of Pennsylvania and the Delaware Valley Intelligence Center (DVIC). Traffic engineers can identify problem areas on the roadways in real time, and make better, faster decisions to provide the most efficient response to incidents.

Related Content

  • May 7, 2025
    Gotcha with Genetec’s AutoVu ANPR Reports
    Firm says product will speed up law enforcement investigations
  • October 27, 2016
    Rio’s TMC rises to Olympic challenge
    Timothy Compston lifts the lid on Rio de Janeiro’s preparations for keeping its transport systems moving during the Olympics – and the outcome. Hosting the Olympics poses major traffic management challenges for any city and Rio was no exception – especially as it is already one of the world’s most congested cities. Beyond its normal 6.5 million inhabitants wanting to carry on their daily lives, in August Rio was also home to 11,300 athletes from 206 countries. Athletes who, without fail, had to reach their
  • September 12, 2014
    Orange County to manage traffic with trial interoperable CCTV
    Interoperable CCTV can provide early warning of problems and help improve traffic management and incident response as Morteza Fahrtash and Carlos Ortiz explain. California’s transportation system is one of the state’s defining features and Caltrans (California Department of Transportation) strives to improving mobility across the state through the design, construction, operation and maintenance of the network of highway, freeways, toll roads and expressways.
  • March 14, 2012
    Bridging the highway travel information gap
    A new traffic management solution is attempting to bridge the gap in information available on freeways and arterial roadways. Andrew Bardin Williams reports. Agencies responsible for national networks of roads around the world have the ability to measure, analyse and disseminate accurate travel information to drivers. Millions of dollars go into data collection infrastructure to collect traffic congestion and travel time information on major freeways or highways. For example, a driver on the I-210 in the Lo