Ideal for industrial automation, navigation systems, and home environments that require realtime data processing and hardware integration Industrialgrade PCB durability ensures longterm reliability and supports a smooth transition from rapid prototyping to scalable production workflows STM32F405 Development Core Board delivers performance with a 168 MHz ARM CortexM4 processor and 12bit ADCs for precise control in robotics and embedded systems 16channel 12bit analog inputs, USB and external power options, and compatibility with MicroPython and common IDEs to simplify sensor integration and development Compact form factor suitable for spaceconstrained deployments, with robust hardware designed for demanding environments Easy integration and broad compatibility reduce development risk and accelerate time to proof of concept and production Key specifications at a glance Processor: STM32F405, ARM CortexM4, 168 MHz ADC: 16 channels, 12bit resolution Power: USB power and external power input Software: MicroPython support, compatibility with IDEs Build: industrialgrade PCB for durability and reliability Practical use scenarios Industrial automation and process control: realtime monitoring and control of sensors and actuators on an automated line Robotics and embedded systems development: precise sensor data handling, motor control, and realtime decision making Sensordriven prototyping for navigation or home automation: rapid iteration from concept to testbed with straightforward software integration Why this board stands out Combines speed signal processing with accurate sensing in a durable, productionready package Flexible power options and broad software compatibility enable fast development across multiple projects The combination of robust hardware and scalable workflow support helps reduce risk during prototyping and ease the path to production