The modules enhance user interactions and connectivity across industries, powering automotive systems, industrial automation, and healthcare solutions.
Human-machine interfaces (HMIs) and Gateways are essential in our interconnected digital world. HMIs enable user interactions and complex systems, improving user experience and productivity in the consumer, automotive, industrial, and medical sectors. Gateways connect different networks and protocols, supporting edge computing. Together, they are necessary for developing smart city infrastructure, manufacturing, and home automation. The i.MX 93 System on Module from iWave is suitable for building industrial gateways and HMI solutions. The i.MX 93 applications processor provides performance and energy efficiency, improving processing speeds and enabling machine learning at the edge.
Industrial manufacturers can leverage it for more intuitive human-machine interfaces and seamless communication across protocols, enhancing industrial automation. Automotive engineers can use it to develop advanced in-vehicle systems, including driver-assistance features. Designers can improve smart home devices in consumer electronics with sophisticated user interaction and multimedia processing features. The healthcare sector can benefit from its reliable, secure data processing for real-time medical monitoring systems.
The SoM family features a compute engine and an integrated NPU. It incorporates the scalable Arm Cortex-A55 core, which provides strong performance and energy efficiency, making it suitable for Linux-based edge applications in HMI and Gateway systems. The SoM provides the modularity and scalability needed for HMI and display systems.
At the Hardware Layer, the SoM includes the i.MX 93 applications processor and necessary high-speed interfaces, providing performance and real-time communication for Gateway and HMI systems. At the OS Layer, the SoM supports both Linux and real-time operating systems (RTOS), enabling application software for HMI applications and Gateway functions.
The SoM’s media processing capabilities ensure effective communication and graphics management in the Middleware Layer. At the HMI Layer, the SoM supports user interactions through features such as speech recognition, high-resolution display support, and multimedia processing, making it suitable for real-time monitoring and control in both HMI and Gateway systems.
