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The Raspberry Pi Compute Module 5 IO Board is a hardware platform developed for the Raspberry Pi Compute Module 5 (CM5). This IO (Input/Output) board provides a foundation for advanced projects and industrial applications by utilizing the hardware features of the Compute Module 5. The Raspberry Pi Compute Module is typically suitable for users who want to build more customizable and higher-performance systems. The IO Board provides the necessary connections and outputs to easily use this module.
Features:
Compute Module 5 Compatibility: The CM5 IO Board is fully compatible with the Raspberry Pi Compute Module 5, enabling the use of the module’s power and features.
Wide I/O Connections: It offers numerous connection points such as GPIO pins, HDMI, USB, Ethernet, CSI (Camera Serial Interface), and DSI (Display Serial Interface).
USB Connections: Two USB 2.0 ports enable data exchange with external devices.
Advanced Video Output: HDMI output allows for high-resolution video display.
Ethernet: The Gigabit Ethernet port provides fast data transfer capabilities.
Camera and Display Connections: CSI and DSI ports allow for the connection of cameras and displays, enabling video and image processing projects.
Applications:
The Compute Module 5 and IO Board are particularly useful for industrial projects, digital signage, automation systems, robotic applications, and IoT (Internet of Things) projects.
Raspberry Pi Compute Module 5 IO Board Example Projects:
Industrial Automation System: The Compute Module 5 IO Board can be connected with various sensors and control elements to be used in industrial automation projects. For example, a system can be created to monitor various machines on a production line.
Digital Signage: Thanks to the HDMI outputs, a system can be created that displays high-quality images for digital billboards or information screens. For this project, the CM5 IO Board allows visual content to be controlled from a central server.
Smart Home System: A smart home automation system compatible with IoT devices can be developed. For example, devices in the home (lighting, air conditioning, etc.) can be remotely controlled using sensors (temperature, humidity, motion).
Robotic Applications: The GPIO pins and motor drivers can be used in robotic projects. For example, advanced robotic applications can be created using the Raspberry Pi Compute Module 5 to control or remotely operate an autonomous robot.
Camera-Based Image Processing Projects: The Compute Module 5 allows for image processing projects by connecting a camera through the CSI port. For example, projects such as facial recognition, motion detection, or object tracking can be developed with security cameras.
Display and Interface Projects: Thanks to the DSI port, interactive projects with touchscreens or information screens can be created. In such projects, users can display information on a screen and manage user interfaces.
Raspberry Pi Compute Module 5 IO Board Physical Features:
Note: Do not connect or disconnect any devices other than USB and HDMI while the device is powered on. When using Type-C for writing, do not connect other devices. An insufficient power supply for writing may cause the device not to be recognized. It is recommended to use the original adapter.
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