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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.
Data sheet
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
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
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M5Stack U078-V-M12 is a flexible camera module that integrates perfectly with the M5Stack platform, providing users with advanced image processing capabilities. With the GC2053 image sensor and SSD202D processor, this module is ideal for AI and machine vision applications, offering high performance and easy integration with other M5Stack components
Energy-efficient module with a 5MP camera and an ARM 32-bit Cortex-M7 microcontroller that allows easy implementation of machine vision applications. It is programmed in the MicroPython language, which greatly simplifies handling complex machine vision algorithms and working with high-level data structures. SparkFun SEN-25035
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Arducam V3Link camera kit with four IMX219 8MP modules, designed for multi-channel image transmission over distances up to 10 m, compatible with TI SK-AM62A-LP, AM68A and AM69A platforms. Arducam B0489-2
The ArduCAM USB camera with a 1MP OV9782 sensor and global shutter provides high image quality even in low light. UVC compatibility, a 70° viewing angle, and support for Windows, Linux, and Mac make it ideal for projects such as facial recognition, motion tracking, and astrophotography. ArduCam B0385
Compact Full HD camera equipped with Sony IMX291 1/2.8″ CMOS sensor, offering wide dynamic range of 80dB and high light sensitivity (0.01 lux), which allows to record clear recordings even in difficult lighting conditions. Thanks to miniature dimensions, solid CNC metal housing and support of Plug & Play technology via USB Type-C, the camera is an ideal solution for monitoring, robotics, streaming and IoT applications. ArduCAM B0520
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Arducam V3Link multi-camera kit based on 4x IMX219 8MP modules with V3Link (FPD-Link) interface, designed for TI SK-AM62A-LP/AM68A/AM69A development boards, enabling image transmission up to 10 m via shielded 1 m Fakra cables with support for channel switching and independent control of 4 cameras. Arducam B0489-3
No product available!
The Arducam B0463 camera with the OV7675 sensor captures images in VGA resolution and RGB/YUV format, enabling use in vision systems based on Arduino GIGA R1. Its compact design and low power consumption make it suitable for battery-powered projects and applications in robotics and IoT.
The Arducam B0462 camera module with the GC2145 color sensor offers 2 MP image capture with low power consumption. Its wide compatibility with the Arduino GIGA R1 platform makes it suitable for use in embedded systems, robotics, and real-time image analysis.
The Arducam B0461 camera module with the HM0360 sensor offers energy-efficient monochrome image capture in VGA resolution. Compatibility with Arduino GIGA R1 WIFI and a wide temperature range make it suitable for embedded projects, robotics, and IoT applications.
An advanced 5MP camera with an SPI interface, it boasts low power consumption, high image quality, and broad compatibility with popular microcontrollers such as Arduino, ESP32, STM32, and RISC-V. This model is equipped with an M12 NoIR lens with manual focus, enabling image capture at night and in low-light environments. An open API and MIT-licensed SDK make the camera ideal for IoT systems, industrial automation, educational, and environmental projects. ArduCAM B0437
5 MP CMOS camera with M12 lens and Rolling Shutter, designed for IoT, monitoring and automation. Communicates via SPI interface, works with popular microcontrollers (Arduino, ESP32, STM32, Raspberry Pi Pico), offers low power consumption and high image quality with <1.53% distortion. Supports JPEG, RGB, YUV formats and allows you to connect up to 4 cameras simultaneously; integration facilitated by open SDK under MIT license. ArduCAM B0436
No product available!
A low-power, 3MP rolling shutter camera module designed to work with virtually any microcontroller via its SPI interface. Equipped with an M12 lens with manual focus, it delivers high image quality, making it ideal for IoT, monitoring, and automation applications. With low latency, an open SDK (MIT), and the ability to connect up to four cameras simultaneously, this module offers a flexible and scalable solution for advanced machine vision projects. ArduCAM B0434
A low-power, 3MP rolling shutter camera module designed to work with virtually any microcontroller via its SPI interface. Equipped with a NoIR M12 lens with manual focus, it delivers high image quality even in low light, making it ideal for IoT, monitoring, and automation applications. With low latency, an open SDK (MIT), and the ability to connect up to four cameras simultaneously, this module offers a flexible and scalable solution for advanced machine vision projects. ArduCAM B0435
No product available!
This camera features a 2048x1536 px sensor and a rolling shutter, designed to interface with microcontrollers via an SPI interface. Its low power consumption (<200 mW), fast wake-up time (42 ms), and support for multiple platforms (Arduino, STM32, ESP32) make it ideal for IoT, monitoring, and automation projects. Simple API commands, the ability to connect up to four cameras, and an open SDK make it a universal tool for engineers and hobbyists. ArduCAM B0400
A rolling shutter camera designed for use with microcontrollers equipped with an SPI interface. Equipped with a 5MP sensor and autofocus, it captures detailed images. With a simple API, low power consumption, and support for multiple platforms (Arduino, ESP32, STM32), it\'s ideal for applications in surveillance, IoT, education, and automation. ArduCAM B0401
The camera module equipped with a modern Sony IMX708 sensor with a resolution of 11.9 MP, offers high quality photos and videos in Full HD resolution, ideally suited to demanding lighting conditions thanks to the HDR mode. The built-in lens offers a viewing angle of 75°. With an advanced autofocus system, a built-in IR-cut filter and full compatibility with the libcamera and Picamera2 libraries, the module is a versatile solution for applications in nature photography, monitoring and AI projects. ArduCAM B0312
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