Nano ESP32‑C6 Development Board Dual Type‑C USB 160MHz WiFi Bluetooth Module 4MB/8MB/16MB Flash For Arduino IoT Electronic Projects

nanoESP32‑C6 Development Board 📌 Product Overview The nanoESP32‑C6 is a compact WiFi + BLE low‑power development board based on ESP32‑C6‑WROOM‑1 module. It runs at a main frequency of 160MHz, equipped with 512KB SRAM and 4MB Flash. This board carries dual Type‑C ports, one for native USB and another for CH343P USB‑to‑serial download circuit. An onboard full‑color RGB LED, reset button and boot download button are reserved. It supports Windows and Linux development environments, rich peripheral resources for rapid IoT prototype verification, wireless control projects and embedded secondary‑development. ✨ Core Features

1. Main control module: ESP32‑C6‑WROOM‑1, 32‑bit RISC‑V core, main frequency up to 160MHz
2. Onboard 512KB SRAM + 4MB Flash, enough space for program and data storage
3. Dual Type‑C interface design: Native USB port + CH343P USB‑to‑TTL serial download port
4. Built‑in programmable full‑color RGB indicator LED
5. Independent RST reset key and BOOT download key for convenient operation
6. Complete wireless function: 2.4GHz WiFi, Bluetooth Low Energy and 802.15.4 communication
7. Abundant peripherals: GPIO, SPI, I2C, UART, ADC, PWM, RMT and encryption hardware unit
8. Compact size, matched pin header, easy for breadboard wiring and embedded installation

📋 Product Specifications

Item	Parameter
Product Name	nanoESP32‑C6 Development Board
Core Module	ESP32‑C6‑WROOM‑1
CPU	32‑bit RISC‑V Processor, 160MHz
SRAM	512KB
Flash	4MB
Download Interface	Dual Type‑C USB
USB Chip	CH343P USB‑to‑Serial
Wireless Communication	WiFi 2.4G, BLE, 802.15.4
Development OS	Windows, Linux
Module Dimension	53X28X5mm
Net Weight	7.5g
Weight(with pin header)	9g
Working Temperature	-40℃ ~ +85℃

📐 Dimension Info ‑ Module size: 53X28X5mm, Net weight:7.5g ‑ With pin header: Weight 9g ⚠ Important Notes

1. Select the correct USB cable with data transmission function for program downloading.
2. Do not exceed the safe voltage range when powering external peripherals.
3. Press BOOT button first and then RST button to enter download mode for firmware burning.
4. Wireless signal will be weakened if the metal shell covers the antenna area.

🛠 Application Scenarios ‑ WiFi & BLE IoT smart device development ‑ Wireless sensor data collection projects ‑ Home automation and smart control equipment ‑ Maker electronic DIY and embedded learning experiment ‑ Low‑power battery‑powered wireless products ‑ 802.15.4 short‑range wireless communication testing