WhiteMCU ESP32 H2 Dev Board – Zigbee, Thread, BLE 5.2 Ready
Including GST (No Hidden Charges)
Checkout securely with

Overview:
The WhiteMCU ESP32-H2 Development Board is a next-generation low-power wireless development platform designed for Matter, Zigbee, Thread, and Bluetooth Low Energy (BLE 5.2) applications. Built around Espressif’s ESP32-H2 SoC with a RISC-V core, this board is optimized for smart home devices, IoT sensors, and energy-efficient wireless networks.
With native support for modern IoT protocols and a compact, developer-friendly layout, the WhiteMCU ESP32-H2 Dev Board is ideal for engineers and makers building future-ready connected products.
Applications:
-
Smart home devices (Matter / Zigbee / Thread)
-
IoT sensors and actuators
-
Wireless mesh networks
-
Home automation controllers
-
Battery-powered embedded systems
-
Industrial IoT nodes
-
Education and protocol development
Key Features:
-
Multi-Protocol Wireless Support: Zigbee, Thread, and Bluetooth 5.2 (BLE)
-
ESP32-H2 RISC-V Processor: Efficient single-core MCU optimized for low power IoT
-
Ultra-Low Power Design: Ideal for battery-powered and always-on devices
-
Matter-Ready Platform: Suitable for next-generation smart home ecosystems
-
USB Programming Interface: Easy flashing and debugging
-
Integrated RF Design: Stable wireless performance for mesh networks
-
Developer Friendly: Supports ESP-IDF and modern IoT SDKs
-
Compact Dev Board Form Factor: Easy integration into prototypes and products
Technical Specifications:
Parameter Specification Board WhiteMCU ESP32-H2 Dev Board MCU ESP32-H2 CPU RISC-V Single-Core Wireless Zigbee, Thread, BLE 5.2 Wi-Fi Not supported (ESP32-H2 is Wi-Fi-less by design) USB Native USB for programming GPIO Multiple programmable GPIOs Development Support ESP-IDF Target Use Low-power IoT & smart home Package Includes:
-
1 × WhiteMCU ESP32-H2 Development Board
⚠️ Note
This board is designed for Zigbee, Thread, and BLE applications and does not support Wi-Fi. External antennas or peripherals are not included unless specified.
-
-