Baseboard BL i.MX93

The BL i.MX93 Board from Kontron Electronics, developed for versatile embedded applications, impresses with its well-balanced combination of processing power, state-of-the-art technology, and flexible connectivity. Thanks to its compact design and energy-efficient construction, the board is ideally suited for integration into a wide range of projects. Its high integration density and extensive support for various interfaces make the board a reliable platform for innovative and future-proof solutions.

Performance & Architecture

The BL i.MX93 Board is equipped with a dual-core Arm® Cortex®-A55 microprocessor running at 1.7 GHz, supported by up to 2 GB of LPDDR4 RAM and up to 64 GB of eMMC storage. For efficient edge machine learning applications, it features an integrated Arm® Ethos™-U65 microNPU. This architecture delivers high performance with low energy consumption, opening numerous possibilities for modern applications.

Communication Interfaces

The board stands out with a wide range of interfaces: Two Gigabit Ethernet ports provide fast and stable network connectivity, while an LVDS display interface supports high-resolution visualization for automation solutions. The MIPI CSI camera interface offers connections for camera modules, making it ideal for imaging and video applications. These are complemented by USB 2.0, a USB Type-C port, serial interfaces, as well as CAN bus and a microSD card slot, ensuring flexible and reliable communication with external devices.

Application Areas & Advantages

Thanks to its versatility, the BL i.MX93 Board is especially attractive for use in industrial automation, image processing, edge AI, HMI systems, and IoT solutions. The combination of powerful processor architecture, advanced interfaces, and cost-efficient design makes the board the ideal choice for innovative projects with high demands on performance and reliability. The integrated NPU and real-time co-processor also enable deployment in demanding machine learning and control applications, while the energy-efficient concept allows operation even in resource-constrained environments.