OmniPreSense Corp. announces its newest radar sensor for traffic monitoring with detection distances up to 100 m (328 ft). The OPS243 provides 4x the detection range of its predecessor, the OPS242, and includes a unique object counting algorithm. This makes the OPS243 an ideal solution for vehicle and people traffic monitoring in Smart City applications. In addition, the OPS243 will carry full FCC/IC modular certification, lowering system costs and time to market.
The OPS243 can see cars and trucks up to 100 m away and has a tight 20° beam width, allowing it to look farther down two-lane roads and providing more data points for analysis. OmniPreSense makes use of the additional data, incorporating a simple counting algorithm. Customers can easily implement a traffic monitoring solution to better understand traffic flows in front of the sensor. Armed with this data they can better optimize operations for improved traffic flow, safety and energy efficiency.
Future versions of the OPS243 will provide wireless communication options, simplifying the passing of traffic data to the cloud for further analysis. Power consumption is reduced to as low as 0.1 W, enabling battery operation in remote locations. The same simple API found in other OmniPreSense radar sensors is utilized.
“Traffic and speeding are an increasing problem for cities resulting in lost time, lower productivity, and lost lives,” stated Rob Frizzell, CEO and co-founder of OmniPreSense. “Smart Cities need better solutions to monitor traffic for more efficient traffic flow and making the roads safer. The OPS243 brings a new level of performance and functionality which allows traffic to monitored everywhere.”
Pricing and Availability
The OPS243 is priced at $209 in single unit quantities and will ship in June. The OPS243 can be ordered from the company website or from its distribution partners, Mouser, RobotShop and Acroname.
Based in San Jose, Calif., OmniPreSense provides short range radar for sensing a safer world. OmniPreSense is a Techstars funded company.