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Five small green ESP32 Type-C development boards with USB-C ports and pin headers

BoYata

BoYata 5PCS ESP32 Type-C Development Board 2 in 1 accessory

SKU CH-VSVE-3CKA1

A pack of five ESP32 Type-C development boards with dual-core 32-bit CPUs at 240 MHz, Wi-Fi and Bluetooth, USB-C serial interface, and multiple power options

  • Dual-core 32-bit CPU reaches 240 MHz main frequency
  • 600 DMIPS processing capacity handles complex IoT tasks
  • Deep-sleep current drops to 6.5 µA for battery efficiency
  • USB Type-C with CH340C enables direct PC debugging
  • Five boards in one pack suit prototyping and teaching

Five-Board ESP32 Development Kit

This pack contains five ESP32 development boards built around the ESP-WROOM-32 module with a USB Type-C interface and CH340C serial bridge. Each board delivers a dual-core 32-bit processor running at up to 240 MHz and 600 DMIPS, plus integrated 2.4 GHz Wi-Fi and Bluetooth. The boards target makers, students and engineers who need multiple identical nodes for prototyping IoT projects, home automation or wireless sensor networks.

Step Up from Single Units or Header-Only Modules

Buyers currently wiring bare ESP-WROOM-32 modules on breadboards gain a ready-to-use USB-C connection, on-board reset and boot buttons, and regulated 3.3 V output. The jump is worth it when a project requires several nodes that must flash quickly over USB and share the same pinout, eliminating wiring errors and speeding up iterative firmware testing across a small fleet.

Drops into a USB-C Workflow Without Extra Adapters

Each board plugs straight into a modern laptop or hub using a standard USB-A-to-C cable; the supplier notes that C-to-C fast-charge cables are not supported. The on-board CH340C enumerates as a virtual COM port for immediate serial debugging, while VIN accepts 5 V to 12 V for battery or external supply. Headers expose UART, SPI, I2C, PWM, ADC and DAC pins so the board slots into existing sensor arrays or relay modules without redesign.

Highlights

  • Dual-core 32-bit CPU reaches 240 MHz main frequency
  • 600 DMIPS processing capacity handles complex IoT tasks
  • Deep-sleep current drops to 6.5 µA for battery efficiency
  • USB Type-C with CH340C enables direct PC debugging
  • Five boards in one pack suit prototyping and teaching

Specifications

No published specifications for this item yet.

Questions about this item

What cable does the USB Type-C port on each ESP32 board require for power and debugging?

Use a standard USB-A to USB-C cable; the board does not support USB-C to USB-C fast-charging cables.

How do you put the ESP32 into bootloader mode for flashing firmware?

Hold the BOOT button, press and release the EN (reset) button, then release BOOT — skipping the BOOT press is the common mistake.

What power sources can the ESP32 development board accept for long-term projects?

It accepts USB 5 V, a 3.3 V regulated supply, or 5–12 V on the VIN pin (battery version limited to 5.5 V).

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