Snap Feature Transforms MikroE Click Boards into System on Module

MikroElektronika is revolutionizing the way engineers approach embedded systems development with its innovative Click Snap boards. These boards, originally designed for prototyping and development purposes, are now being re-designed to cater to production needs as a system on module. This strategic move by the company aims to streamline the development process and provide engineers with a more efficient and cost-effective solution.

The Click Snap feature introduced by MikroE allows engineers to seamlessly transition from prototyping to production. By snapping off the active components of the Click boards, engineers can create a System-on-Module (SoM) tailored to their specific needs. This flexibility enables them to develop their systems using add-on peripheral boards and development boards equipped with the mikroBUS socket, and then easily detach the active peripheral circuitry once the concept has been proven.

With a wealth of experience in SoM designs, including the SiBrain format for microcontrollers, MikroElektronika is well-positioned to lead the industry in this innovative approach to embedded systems development. The company's commitment to providing cutting-edge solutions is further exemplified by its Necto development tool and embedded Wiki with AI-generated code, which have been instrumental in simplifying the development process for engineers.

One of the first Click boards to feature the Snap functionality is the Inclinometer 4 Click, designed to measure angles of slope or elevation using the FXLS8971CF 3-axis low-g MEMS accelerometer from NXP Semiconductor. This versatile board is ideal for industrial and medical IoT applications, offering selectable full-scale ranges and advanced features such as motion detection and output data buffering.

In a recent interview, MikroE CEO Neb Matic emphasized the time and cost-saving benefits of the Click Snap boards for engineers. Matic highlighted the efficiency gains achieved through the use of Click boards for rapid prototyping, while also addressing the challenges that arise when transitioning to a fully functional design. By breaking out the 'Snap' section of the boards, designers can access proven components in a compact form factor, reducing weight and power consumption significantly.