The Intel® RealSense™ Depth Camera D456 is based on the technology of the D455 USB camera, offering an increased range thanks to its 3 sensors.
The D457 camera is Intel® RealSense's first high-bandwidth stereo camera with GMSL/FAKRA interface. It comes with an IP65-rated housing, providing effective protection against dust and water splashes.
The OAK-D LR camera, part of the OAK camera series 2, is equipped with 4 TOPS processing power and provides the flexibility to use any artificial intelligence model.
The YDLIDAR TIA utilizes ToF (Time of Flight) telemetry technology for precise distance measurements, making it ideal for outdoor industrial applications. It offers resistance to ambient light, dust, and water.
The LiDAR 4D L1 developed by Unitree is a powerful detection sensor for small mobile robots, offering a 360° x 90° field of view, high precision, and optimal proximity detection.
The OAK-D-SR is a compact and sophisticated computer vision camera designed to offer enhanced short-range accuracy.
Discover the YDLIDAR OS30A 3D depth camera, capable of accurately capturing depth information in 3D for many applications.
Discover the YDLIDAR TG50, a powerful and precise 360° laser scanner that utilizes 360°2D LiDAR technology for high-frequency distance measurements.
Dive into the world of the YDLIDAR TG30 Lidar, a powerful and versatile 360° laser rangefinder designed to push the boundaries of detection and environmental analysis.
The YDLIDAR TG15 Lidar is a 2D LiDAR with a 360° scanning angle.
The OAK-1 MAX camera is a 32 MP camera designed for computer vision and artificial intelligence applications.
The OAK-D CM4 camera combines OAK-D with the Raspberry Pi CM4 module. It's a high-quality computer vision solution for real-time object recognition, motion and position tracking, mapping and 3D modeling, and industrial inspection applications.
This 2D lidar allows real-time mapping, localisation and navigation. It’s compatible with the Unitree robot dogs.
The OAK-D S2 combines stereo depth perception with artificial intelligence and is ideal for lots of applications, including robotics.
The OS2 lidar stands out for its maximum range, of up to 400 metres, and high-precision data, both made possible by its new L3 chip.
The OS1 lidar is a high-performance sensor built around the new L3 chip, offering the best combination of range, field of view and resolution.
The OS0 lidar has an ultra-wide (90°) field of view, meaning it can see everything from floor to ceiling.
The OSDome is a hemispherical digital lidar with a 180° field of view offering a range of 20 metres and a resolution four times higher than other sensors.
The OS1 LiDAR (Rev 6) is another model from the Ouster OS series, offering a range of 120 metres, high-definition output data, and an image reproduction almost as accurate as a video recording.
Ouster’s OS0 LiDAR is an effective aid to robotic navigation, for highly accurate path analysis in real time.
RoboSense has now brought us a new series of LiDAR laser range finders: RS-Helios-16P. It is the lightest and most affordable model, while nonetheless offering high levels of performance, and with Ethernet connectivity too!!
The new RS-Helios-32-5515 3D LiDAR laser range finder uses long-range detection and blind spot elimination to facilitate your robotic vehicle’s autonomous navigation.
This evaluation kit for the u-blox 7 GNSS positioning module makes developing projects involving geolocation easier. If you’re looking for an efficient solution at low energy cost, this kit was designed for you!
If you’re in need of a 3D laser range finder that’s highly reliable but more affordable than RoboSense’s flagship products, look no further. RS-Ruby has introduced a mid-range model, the RS-Ruby Lite, which will fully satisfy developers of solutions for unmanned vehicles.