Product Introduction：

Raspberry Pi CM3 (Compute Module 3) is a high-performance computing module launched by the Raspberry Pi Foundation. It is based on the hardware design of Raspberry Pi 3 and is equipped with a 1.2GHz Broadcom BCM2837 processor and 1GB RAM. Compared with the previous generation, its CPU performance has been improved by 10 times.

CM3 provides flexible storage options. The standard version is equipped with 4GB eMMC flash memory. In contrast, the Lite version replaces the eMMC flash memory with an SD expansion interface, allowing users to choose the appropriate storage solution according to their needs. In addition, CM3 also supports running Windows IoT and Linux systems, providing developers with a broader range of development environment options.

CM3 is small and can adapt to various hardware devices. It can be connected to external devices through interfaces such as GPIO ports, USB, MicroUSB, CSI, DSI, HDMI, and MicroSD, which is convenient for system integration and secondary development. Raspberry Pi CM3 has become an ideal choice for embedded development, industrial automation, and the Internet of Things because of its high performance, low power consumption, and flexibility.

Product Features:

High-Performance Processor: This model is equipped with a 1.2GHz Broadcom BCM2837 processor, which offers a 10x improvement in CPU performance compared to the previous generation, providing a smoother user experience.

Flexible Storage Options: Two storage versions are available: a standard 4GB eMMC flash memory version and a Lite version with an SD expansion interface, allowing users to select the best storage option for their needs.

Rich InterfacesIt includes multiple interfaces, such as GPIO port, USB, MicroUSB, CSI, DSI, HDMI, and MicroSD, facilitating connections with various external devices to meet diverse application requirements.

Small Size Design: Compact design, easily adaptable to different hardware devices, simplifying system integration and secondary development.

Support for Multiple Operating Systems: Compatible with Windows IoT and Linux systems, offering developers a wider range of development environments for richer functionality and higher performance.

Application Areas:

IoT Applications: Ideal for building IoT solutions like smart devices and sensor networks, enabling data collection and remote control capabilities.

Industrial AutomationIt is perfectct for industrial control and data acquisition systems, leveraging its small size and high performance for automation tasks.

Embedded Development: A flexible platform for embedded development that supports firmware writing, GPIO, I2C, SPI, and other interface controls for hardware device development.

Education: It is an excellent educational tool for teaching programming, electronics, and robotics, fostering innovative thinking and practical skills among students.

Product Details：