M5Stack Cardputer Kit – a minicomputer with an ESP32

M5Stack series development kit equipped with ESP32 Pico. It will work in IoT-related projects or in "wearable" devices. M5Stack C008

M5Stack U138 is an expansion board designed to work with the M5Stack platform, enabling easy prototyping of IoT solutions and educational projects. It offers additional connectors such as UART, GPIO, I2C and SPI, allowing integration with various sensors and modules, making it an ideal tool for engineers, developers and hobbyists.

The M5Stack K125 AtomS3U is a development kit based on the Xtensa LX7 dual-core processor clocked at 240 MHz, with the ESP32-S3 chip offering computing power and Wi-Fi connectivity. Equipped with a USB-A connector with OTG function, a Grove connector and a 6-pin 2.54 mm connector, it allows for extensive integration with sensors and modules, and also has built-in peripherals such as a 1PDM microphone, IR diode and RGB diode

Compact development kit from the M5StickC series equipped with ESP32 Pico and display. Includes accessories for building a watch. M5Stack K016-H

ATOM Lite development kit complete with microSD card reader up to 16 GB. M5Stack K044

M5Stack series development kit equipped with WiFi and Bluetooth ESP32 module. It will work in IoT-related projects, as a STEM educational module or in Smart Home devices. M5Stack K010

ATOM Lite development kit complete with programmable AC/DC HUB switch module. M5Stack ATOM SWITCH

Universal display driver with HDMI output. The kit includes the ATOM PSRAM module that provides Wi-Fi 2.4G communication, has 8 MB Flash memory and 2 MB PSRAM. M5Stack K115

M5Stack C125 is a compact evaluation board with a transceiver supporting WiFi 802.11 b/g/n and Bluetooth 5.x in the 2.4 GHz band, ideal for prototyping IoT applications and remote communication. Thanks to the built-in antenna, it provides a stable signal, and its small size makes it easy to integrate with various systems.

Compact IoT development kit with accessories to build a watch. Based on ESP32-PICO-V3-02, supporting WiFi and equipped with numerous components such as RTC, microphone, IR transmitter, IMU and buzzer. With a larger battery capacity (200 mAh), 1.14-inch TFT screen and compatibility with UIFlow, MicroPython, Arduino and .NET nanoFramework, it is an ideal solution for IoT developers and automation projects. M5stack K016-H2

ATOM Lite development kit complete with DRV8825 stepper motor driver module. M5Stack ATOM STEPMOTOR

M5Stack K130 is an advanced development board, ideal for a variety of projects related to smart homes and industrial automation. Equipped with numerous features and modules such as a touch screen, encoder, RFID, RTC, buzzer, and flexible power options, it ensures versatility and ease of use. With support for various interfaces and programming platforms like Arduino, UIFlow, and ESP-IDF, M5Stack K130 enables quick and efficient implementation of modern technological solutions. M5stack K130

Advanced development board with ST7789 based display, rotary encoder and M5Stamp S3 control unit for precise tracking of knob position. The device supports wide input voltage range, can be powered by USB, DC or battery and offers expansion options for I2C and GPIO devices. Ideal for industrial automation, IoT, smart home and educational projects. M5Stack K134

M5Stack U110 is an advanced evaluation board with CC2630F128 chip, supporting 802.15.4 and Zigbee standards in the 2.405 GHz~2.48 GHz band, ideal for prototyping IoT applications. With a compact design and compatibility with the M5Stack ecosystem, the U110 board allows easy integration with other modules, offering a high-performance and energy-efficient platform for creating wireless solutions.

Camera module based on ESP32 integrated with 8 MB of PSRAM. The camera is equipped with an OV3660 sensor with a resolution of 3 MPx and WiFi communication. M5Stack U082-X

M5Stack U078-M12 UnitV2 is an advanced M12 camera development board designed for AI and edge computing applications. With the SSD202D processor and GC2053 image sensor, it offers high performance in image processing, and the ability to change M12 lenses allows it to adapt to various applications such as machine vision and monitoring.