OmniPreSense Corp. announces its newest radar sensor with a smaller form factor and FCC modular approval. The OPS242 is 30 percent smaller than the previous OPS241 radar sensor, supporting space constrained applications. The OPS242 also provides FCC modular approval to simplify customer development and speed release to production. With a detection range of 10 m for people and up to 25 m for cars, the OPS242 is an ideal solution for traffic monitoring systems.

The OPS242 short-range radar detects motion, reporting speed and direction of objects in its field of view. With a top detection speed greater than 140 mph, the OPS242 can handle the fastest of car traffic. A simple application programming interface (API) provides direct control of the OPS242, allowing changes to reported units (m/s, mph, etc.), transmitted power and other useful settings.

New for the API is the reporting of multiple objects in the sensors field of view. As many as nine different reports for speed and magnitude are available. Magnitude information consists of size, reflectivity and distance information for the objects detected. This is most beneficial for traffic monitoring solutions. Multi-object detect is yet another feature that competitive solutions such a passive infrared (PIR) or ultrasonic sensors cannot provide.

Potential traffic monitoring applications for the sensor include radar speed signs, road traffic monitoring, sidewalk foot traffic counting and in-room presence detection.

“There’s an increasing trend to build Smart Cities and Smart Homes which the OPS242 supports,” stated Rob Frizzell, CEO and co-founder of OmniPreSense. “We’re pleased to provide such a simple, small form factor and low-cost solution to making our cities smarter and safer.”

Pricing and Availability

The OPS242 is priced at $189 in single unit quantities and will ship in August. The company will be demonstrating the OPS242 at the Sensor Expo held in San Jose on June 27-28. The OPS242 can be ordered from the company website or from their distribution partners.