• M5Stack NanoC6 Micro-type Low Power Consumption IoT Development Board ESP32-C6FH4 Support for ZigBee/WiFi 6
  • M5Stack NanoC6 Micro-type Low Power Consumption IoT Development Board ESP32-C6FH4 Support for ZigBee/WiFi 6
  • M5Stack NanoC6 Micro-type Low Power Consumption IoT Development Board ESP32-C6FH4 Support for ZigBee/WiFi 6
  • M5Stack NanoC6 Micro-type Low Power Consumption IoT Development Board ESP32-C6FH4 Support for ZigBee/WiFi 6
  • M5Stack NanoC6 Micro-type Low Power Consumption IoT Development Board ESP32-C6FH4 Support for ZigBee/WiFi 6
  • M5Stack NanoC6 Micro-type Low Power Consumption IoT Development Board ESP32-C6FH4 Support for ZigBee/WiFi 6

M5Stack NanoC6 Micro-type Low Power Consumption IoT Development Board ESP32-C6FH4 Support for ZigBee/WiFi 6

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M5Stack NanoC6 Micro-type Low Power Consumption IoT Development Board ESP32-C6FH4 Support for ZigBee/WiFi 6

Description:

- The M5NanoC6 is a miniature, low-power IoT development board within the M5Stack development kit series.
- It is equipped with an ESP32-C6FH4 as the MCU, supporting advanced wireless communication methods such as Wi-Fi 6 and ZigBee, along with a built-in infrared emitter for convenient control of infrared IoT devices.
- Its onboard ceramic antenna ensures a stable wireless communication connection.
- Additionally, the device is equipped with programmable RGB beads, adding personalized visual effects to projects.
- The inclusion of the Grove interface allows the M5NanoC6 to flexibly expand a variety of M5 devices (customizable for different types of devices, such as those using UART, I2C, and other communication protocols), providing developers with rich hardware expansion possibilities.
- It is suitable for fields such as smart homes, industrial automation, health monitoring, and IoT devices, offering a comprehensive development solution for innovative projects.
- The burning program needs to enter the download mode: press and hold the key (GPIO9), and then connect the data cable to enter the download mode.
- The M5NanoC6 is the first WiFi-6-enabled core control board that supports the 2.4GHz Wi-Fi 6 protocol (802.11ax) and is backward compatible with 802.11b /g/n.
- The WiFi 6 protocol has higher speed, greater capacity, lower latency, and stronger security than previous WiFi protocols.

Key Features:

- Supports (2.4GHz) WiFi 6 ZigBee and Thread, Matter wireless protocol
- Built in infrared LED and RGB
- Equipped with Grove port
- Ceramic antenna
- Compact size

Application:
- Smart Home System
- Industrial control system
- Environmental monitoring system
- Agricultural Internet of Things System
- Medical care
- Consumer electronics products
- Service robots

Specification:
- SoC: ESP32-C6FH4 at RISC-V 240MHz, 4M Flash, Wi-Fi 6, ZigBee 3.0, Thread 1.3, Matter, CDC
- WIFI protocol: 2.4GHz Wi-Fi 6 protocol (802.11ax) and backward compatible with 802.11b /g/n
- RGB: WS2812
- IR remote control parameters:
  The infrared emission distance of ∠0° is 632CM
  The infrared emission distance of ∠45° is 83CM
  The infrared emission distance of ∠90° is 29CM
- Grove outputs maximum current: DC 5V at 600mA (output capacity depends on USB power supply)
- Standby current (Deep Sleep Mode):
  Type-C power supply DC 5V at 125.5uA
  Grove power supply DC 5V at 50uA
- Standby current (ULP Mode):
  Type-C power supply DC 5V at 252uA
  Grove power supply DC 5V at 201.5uA
- Operating current: DC5V at 106.2mA in WiFi mode
- WI-FI stretch test (antenna back up, back alignment test): 54.9m
- Operating temperature: 0-40°C
- Product Size: 23.5 x 12 x 9.5mm
- Package Size: 110 x 81 x 11mm
- Product Weight: 2.5g
- Package Weight: 11.2g

Package Included:

- 1 x M5NanoC6

Precaution:
- Remember to turn on the power switch of RGB when using it, which means that the GPIO19 pin should be set to high level.


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