EmbeTronicX Official Digi ConnectCore MP133 STM32MP133C with Arm Cortex-A7 Development Kit Micro Controller Board Electronic Hobby Kit
Quick Overview
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The CC-WMP133-KIT is a complete development platform designed to accelerate development with the Digi ConnectCore MP133 System-on-Module (SOM). This kit includes the development board and a Digi ConnectCore MP133 SOM with 256MB NAND and 256MB DDR3L, along with a 1-year license for Digi ConnectCore Cloud Services Premium. It provides developers with a robust foundation for building connected embedded systems, particularly suited for industrial and medical applications that demand high levels of security, reliability, and performance. The heart of the kit is the Digi ConnectCore MP133 SOM, based on the STM32MP13 microprocessor, which features an embedded dual-band Wi-Fi 5 (802.11a/b/g/n/ac), Bluetooth 5.2, and Gigabit Ethernet connectivity, ensuring seamless network integration across a wide range of deployment scenarios. Its industrial-grade design ensures long-term availability with a guaranteed 10+ years of longevity, making it ideal for mission-critical embedded designs. The kit runs on a fully integrated embedded Linux platform, built using the Yocto Project, providing flexibility and scalability to customize software to specific project requirements. Additionally, the Digi TrustFence security framework is built-in, offering secure boot, encrypted storage, secure device identity, and software integrity monitoring — simplifying the development of highly secure IoT devices. The CC-WMP133-KIT is further enhanced by Digi ConnectCore Cloud Services, which allow developers to manage devices, push firmware updates, and monitor fleet performance remotely. Digi’s expert support, along with ConnectCore Security Services, assists developers from prototyping through to deployment and maintenance. Overall, the CC-WMP133-KIT is an ideal platform for accelerating development cycles, lowering risk, and reducing time-to-market for secure, connected industrial and medical embedded systems.