MCU

This guide provides a detailed overview of how to interface ESP32 and ESP8266 in a project, including hardware setup, software configuration, testing, and debugging. It helps developers leverage the unique features of both microcontrollers.

This article explores the possibility of using ESP32 and ESP8266 in the same project, including the reasons, methods, and considerations. It provides insights for developers looking to combine these two popular microcontroller units.

Explore the key differences between ESP32 and ESP8266 in terms of architecture, performance, connectivity, power consumption, peripherals, and cost. This guide helps developers choose the most suitable chip for their IoT projects.

This guide details the features of the ESP - Spot AI voice interaction module, including its integrated hardware, voice and motion recognition capabilities, power supply options, and working states. It also explores its applications in smart toys, voice assistants, and home automation, highlighting its open - source advantage.

The MUSE Pi Pro is a credit card-sized single-board computer featuring an 8-core RISC-V K1 processor, 2TOPS AI computing power, and comprehensive I/O interfaces. Designed for robotics, edge computing, and AIoT applications, it supports multiple operating systems and provides complete development tools for efficient intelligent product development.

STMicroelectronics announces STM32CubeIDE 2.0.0, decoupling STM32CubeMX from the IDE to improve flexibility, performance, and stability for STM32 developers working with over 4,000 devices.

Learn step - by - step how to program the ESP32, including hardware setup, IDE installation, programming language selection, and code examples.

Explore the future trends in the development of Microcontroller Units (MCUs), including increased integration, enhanced performance, and more. This article provides insights for those interested in MCU technology.

This article explores what MCU is, its basic structure including CPU, memory, etc. It also details the development history of MCU in five stages from 1971 to the present, and mentions the rise of domestic MCU.

Explore the advanced features and technical specifications of the AC791N, including its high - performance processing core, Bluetooth technology, audio capabilities, low - power design, and rich peripheral interfaces.