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3D camera module with ToF technology and the ability to record images in RGB color with a resolution of 320 x 240 pixels. Additionally, it is equipped with an IMU measurement system. The camera enables easy acquisition of RGB-D data via a USB cable and, when combined with a web interface, enables viewing of depth maps, point cloud data, and rendering of colored 3D objects in real time. DFRobot SEN0583
RGB-D is a 3D camera module with ToF technology and the ability to record images in RGB color with a resolution of 320 x 240 pixels. Additionally, it is equipped with an IMU measurement system. The camera enables easy acquisition of RGB-D data via a USB cable and, when combined with a web interface, enables viewing of depth maps, point cloud data, and rendering of colored 3D objects in real time. The camera under Linux works immediately, without the need to install additional drivers. It supports both ROS1 and ROS2, offering open integration packages and sample codes. Additionally, the manufacturer provides an SDK in Python, which enables the development of applications such as 3D facial recognition, grasping the robot's moving arm and creating a map using the SLAM method using the acquired data.

Time-of-Flight technology is a method used to measure distance. It involves calculating the distance between the emitter and the reflector by measuring the "time of flight" of signals such as ultrasonic waves, microwaves or light.
RGB-D 3D ToF sensor camera is a type of camera that combines RGB (red, green, blue) and depth sensors. It is capable of providing both RGB and depth images. RGB images record information about the color of the scene, while depth images provide information about the depth of objects in the scene relative to the camera. ToF sensors are used for this purpose, with infrared or laser rangefinders being the most commonly used. The module records differences in the distance between objects and displays them in the form of colors. Color shades change as distances are mapped, with warmer shades (orange-red) representing closer distances and cooler shades (blue) indicating longer distances.
This integrated and cost-effective 3D Time-of-Flight (ToF) solution is designed specifically for Internet of Things (IoT) applications. The solution includes various algorithms for distance measurement, multi-zone body tracking, position detection and posture control, and basic calibration functions. These features are used in many areas, including home appliances, laser TVs, smart design, lighting systems, smart parking systems and home automation devices.
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Module with BDS/GNSS AT6558 receiver. It can receive data from six location systems simultaneously: GPS, GLONASS, Galileo, QZSS, SBAS and BeiDou. It communicates via the UART interface. DFRobot TEL0132
GNSS receiver to receive navigation signals from satellite navigation systems such as GPS and BeiDou. It offers positioning accuracy of up to 2 m. DFRobot TEL0157
Intelligent image sensor with LoRaWAN communication dedicated to applications such as image recognition, people counting, object detection, etc. Supports TensorFlow Lite models. Seeed Studio 101990962
ToF camera module dedicated to Raspberry Pi and NVIDIA Jetson minicomputers. Thanks to the built-in Time of Flight sensor, it allows you to create a three-dimensional image and measure the distance to objects in the field of view. ArduCAM B0410
Camera module with OV5647 sensor that works with Raspberry Pi. It has an integrated IR filter and a Fisheye lens with a 220° viewing angle. ArduCAM B0428
Official camera module set to work with Raspberry Pi minicomputers. Equipped with a Sony IMX708 sensor with a resolution of 12 Mpx and a lens with a viewing angle of 75 ° with autofocus. Raspberry Pi SC0872
The official camera module designed to work with Raspberry Pi minicomputers. Equipped with a Sony IMX708 sensor with a resolution of 12 Mpx and a lens with a viewing angle of 75 ° with autofocus. Version without IR filter. Raspberry Pi SC0873
Official camera module set to work with Raspberry Pi minicomputers. Equipped with a Sony IMX708 sensor with a resolution of 12 Mpx and a lens with a viewing angle of 120 ° with autofocus. Raspberry Pi SC0874
The official camera module designed to work with Raspberry Pi minicomputers. Equipped with a Sony IMX708 sensor with a resolution of 12 Mpx and a lens with a viewing angle of 75 ° with autofocus. Version without IR filter. Raspberry Pi SC0875
Camera for Raspberry Pi minicomputers. Works with all versions of minicomputers with a CSI socket. The camera is equipped with a Sony IMX477R sensor with a resolution of 12.3MPx and a built-in IR filter. Raspberry Pi HQ Camera
No product available!
Kit with AR0234 2.3 MP camera, USB 2.0 adapter and USB cable. ArduCAM EK031
No product available!
AR0234 sensor module that works with NVIDIA Jetson Nano and Xavier NX kits. The sensor used has a 2.3 MP sensor and allows video recording at 1920×1200@30fps. It is equipped with a global shutter. ArduCAM B0429
No product available!
Camera module with Sony Starvis IMX290 sensor that works with Raspberry Pi minicomputers. It has a 2 MP sensor and an 80° viewing angle lens, and is equipped with a movable IR-CUT filter. ArduCAM B0424
No product available!
Camera module with IMX477M sensor designed for Raspberry Pi minicomputers. It offers a resolution of 12.3 MP and is equipped with a lens with a viewing angle of 120°. ArduCAM B0303R
No product available!
A set of cameras designed for projects related to artificial intelligence in the IoT area. The module contains three built-in cameras (two 720P and one 12MP) configured using the USB 3.0 interface via the type C connector and the ESP32 module for communication via WiFi or Bluetooth. SparkFun SEN-18737
No product available!
A comprehensive machine vision solution. It has an integrated 12 MP camera module and communicates via an embedded 2.1 Gbps MIPI interface directly with Myriad X, which takes data and performs neural inference on it, returning the results via USB. SparkFun SEN-17769
No product available!
Camera module with OV5640 sensor with a resolution of 5 MPx. It features a 120° viewing angle lens and communicates via a parallel interface. Adafruit 5673
Camera with a global shutter designed for Raspberry Pi minicomputers. Works with all versions of minicomputers with a CSI slot. The camera is equipped with a Sony IMX296 sensor with a resolution of 1.5 MPx and a built-in IR filter. Raspberry Pi Global Shutter Camera
No product available!
3D camera module with ToF technology and the ability to record images in RGB color with a resolution of 320 x 240 pixels. Additionally, it is equipped with an IMU measurement system. The camera enables easy acquisition of RGB-D data via a USB cable and, when combined with a web interface, enables viewing of depth maps, point cloud data, and rendering of colored 3D objects in real time. DFRobot SEN0583