An 800MHz processor module with M.2 connectivity offers developers a compact platform for flexible embedded designs, helping to shorten development cycles and further simplify integration.
Microchip’s SAM9X75 System on Module with M.2 Interface Reference Design provides a shared hardware platform intended to help developers accelerate embedded product development. Built around the SAM9X75 microprocessor, the reference design combines an integrated MPU with M.2 connectivity and is positioned as a basis for multiple customer products.
At its core, the SAM9X75 is an 800MHz ARM926 microprocessor with MIPI/LVDS display interfaces and Gigabit Ethernet connectivity. The reference design is aimed at applications requiring a compact processor platform while retaining interfaces for displays and wired networking.
The design’s key benefit is its use as a common starting point across different product developments. By providing an established hardware foundation, developers can work on multiple designs in parallel rather than creating each processor platform from the ground up. This can help reduce development effort and shorten overall product cycles.
The board also features a low-profile M.2 interface, supporting easier integration within space-constrained systems. Its high-density PCB approach is intended to provide the necessary functionality within a compact form factor, while the MPU-based architecture handles general system functions.
Microchip positions the reference design across several application areas, including data-centre, automotive, industrial, grid and microgrid, aerospace and defence, human-interface and wired or wireless networking applications.
The design is supplied as a reference platform rather than a finished end product, allowing developers to use its architecture as a starting point for their own systems. The associated design files can be requested from Microchip, giving engineering teams access to the underlying implementation.
The reference design also includes the SAM9X75 as its listed processor component, with the product documentation identifying its 800MHz ARM926 architecture and display connectivity. Together, the processor and reference hardware provide a practical route for developers seeking to build customised embedded systems while reducing repeated hardware-development work.
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