Waveshare ESP32-C5 Dual-Band Wi-Fi 6 Dev Board w/ ESP32-C5-WROOM-1-N32R8

The board is fully compatible with Espressif's official ESP-IDF (IoT Development Framework) and the Arduino Core for ESP32 via the Arduino IDE. You can set up your development environment by installing the ESP32 board package in Arduino or cloning the ESP-IDF from GitHub. Programming and serial communication are handled through the onboard USB Type-C port, requiring no external FTDI chip. Ensure you select the correct board target (e.g., ESP32-C5) in your IDE for proper compilation and flash memory mapping.

For portable applications, you can connect a standard 3.7V lithium-ion or lithium-polymer battery to the dedicated MX1.25 connector on the board. The onboard circuitry manages battery charging when USB power is present. The system can operate directly from this battery voltage. For optimal battery life, utilize the ESP32-C5's deep sleep and light sleep modes, which significantly reduce current consumption. You can wake the system from sleep using timers, GPIO interrupts, or specific wireless events like BLE advertising.

Yes, the ESP32-C5's integrated IEEE 802.15.4 radio allows it to function as a Zigbee 3.0 coordinator or a Thread Border Router. You will need to implement the respective protocol stack using ESP-IDF components, such as Espressif's own ESP-Zigbee-SDK or the OpenThread stack ported for the ESP32-C5. This transforms the board into a multi-protocol hub that can communicate with Zigbee end devices, form a Thread mesh network, and bridge this data to your local network or cloud via its Wi-Fi 6 connection.

The board is supplied without pre-soldered pin headers, giving you flexibility. You can solder standard 2.54mm male or female headers onto the through-hole pads to use with breadboards and jumper wires. Alternatively, for a more permanent and compact installation, you can solder wires directly to the pads or utilize the castellated edges on the module itself to mount it directly onto your custom PCB as a surface-mount component, accessing all GPIOs, power, and ground pins from the bottom side.