Skip to main content

Sensys Networks enhances line of detection products

Sensys Networks, which provides integrated wireless traffic detection and data systems for smart cities, has announced an update to its detection equipment line-up. Comprising products that detect vehicles and bicycles, Flex Suite adds technological improvements and introduces new options for agencies looking for accurate traffic detection and data solutions.
August 30, 2016 Read time: 2 mins

119 Sensys Networks, which provides integrated wireless traffic detection and data systems for smart cities, has announced an update to its detection equipment line-up.

Comprising products that detect vehicles and bicycles, Flex Suite adds technological improvements and introduces new options for agencies looking for accurate traffic detection and data solutions.

Sensys Networks’ experience in wireless solutions for intelligent transportation systems has been incorporated into longer life batteries, improved radio frequency (RF) chipsets and more intelligent circuitry in its FlexMag sensor. FlexMag also now includes a temperature sensor that can be used by dispatch operations for road temperature alerts.

Further updates to Flex Suite include the FlexControl module, a new form factor version of the controller gateway with a more powerful processor, and FlexConnect, a synchronous data link interface (SDLC) for TS2 controllers. These new low power modules save valuable space in controller cabinets because they do not require card rack slots, plus the FlexConnect replaces the need for EX cards.

Pole-mounted radio equipment has also been upgraded with new RF chipsets and more robust enclosures. A new bell housing design is better equipped to withstand adverse environmental conditions.

In addition, several of the new products enable additional traffic data analytics applications; FlexID leverages Bluetooth or wi-fi re-identification radios to provide travel time, origin/destination and other important metrics. FlexConnect collects signal phase data to generate high-resolution performance measures and optimise signal timing.

Related Content

  • November 5, 2015
    Sensys launches SDLC interface for TS2 controllers
    Sensys Networks’ new FlexConnect synchronous data link control interface (SDLC) module for TS2 traffic signal controllers, provides an SDLC interface between the controller and the company’s wireless vehicle detection system (VDS). Traffic detection events are signalled from VDS to the TS2 controller in conformance with the NEMA TS2-2003 specification and using FlexConnect and eliminates the need for interface cards without requiring available slots in traffic signal cabinets. The unit supports 64 channe
  • August 31, 2022
    Sensys Networks will unveil new quick-install sensor
    Sensys Networks will unveil an all-new vehicle detection sensor, FlexMag Mini, that installs in a fraction of the time of inductive loops – two to five minutes per sensor.
  • June 13, 2016
    SensTraffic stars for Sensys in San Jose
    Today at ITS America 2016 San Jose is highlighting Sensys Networks announces SensTraffic, a traffic data and analytical Smart City software platform for managing corridors and intersections. According to the company, this new service improves upon the highly manual and inefficient methods to collect traffic data and incorporate it into actionable insights. Traffic engineers can generate a wide variety of detailed reports including congestion mapping, travel times, origin/destination, high-resolution perform
  • August 11, 2016
    Econolite and Image Sensing Systems Introduce Autoscope Vision
    Building on more than two decades of above-ground video detection experience, Econolite and Image Sensing Systems have introduced the Autoscope Vision detection solution, which delivers stop bar vehicle and bicycle detection, advance vehicle detection, bicycle differentiation, traffic data collection and HD video surveillance. Vision setup is simple and quick, and can be accomplished over the built-in local wi-fi, which can also support streaming video. Employing newly-developed, full-field-of-view objec