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An SoM is often chosen because it separates the computing platform from the product-specific electronics. This can help manufacturers reuse a validated computing module across several devices while adapting the carrier board to each application.

For example, one computing platform could be integrated into different product designs with distinct display connections, serial interfaces, enclosure dimensions, or power inputs. Whether this is feasible depends on the signals exposed by the module and the requirements of each carrier board.

When developing an embedded computing product, one of the first hardware decisions is whether to use a core board or a single board computer (SBC). Both can provide the processing power needed for embedded Linux, edge AI, industrial automation, smart terminals, and IoT applications. However, they differ in hardware integration, customization flexibility, development effort, and suitability for mass production.

Operating system support is only one part of a successful embedded product. Developers also need to validate Ethernet, USB, display interfaces, serial communication, storage, power requirements, and other project-specific peripherals.

Portworld provides OEM/ODM services for embedded hardware and motherboard projects. Depending on the platform and project scope, these services may include hardware configuration, PCBA or motherboard customization, operating system adaptation, interface integration, and preparation for production.

Linux is a strong option for embedded applications that need system-level customization, networking, hardware control, or integration with existing software infrastructure.

On an appropriately supported RK3568 configuration, Linux development may involve kernel and device-tree adaptation, peripheral driver integration, network configuration, service management, and deployment of application software. Developers can build solutions ranging from lightweight IoT gateways to graphical industrial interfaces.

Choosing the right operating system is a critical step when developing an embedded computing product. Some applications require the flexibility of Linux for system-level development and industrial integration, while others benefit from Android's application ecosystem and touch-friendly user interface. For hardware developers, a platform that can accommodate different software requirements provides greater flexibility throughout product development.