Documentation

ShillehTek ESP32-S3 DevKitC-1 Dev Board Presoldered | ShillehTek Product Manual

What it is

The ShillehTek ESP32-S3 DevKitC-1 Dev Board Presoldered is a breadboard-ready ESP32 development board for WiFi and IoT projects, built for fast wiring, testing, and firmware iteration. With preinstalled headers, it’s ideal for quick prototyping with sensors, displays, relays, and connected device proof-of-concepts (Arduino-compatible workflows, ESP-IDF tutorials, and Raspberry Pi lab setups).

Pins

Pin names and functions can vary by module/board revision. For the exact ESP32-S3 pinout on your unit, refer to the silkscreen labels on the board/module and the listing photos, then match them to your chosen framework documentation (Arduino core for ESP32 or ESP-IDF).

Technical Specifications

Item Details
Board / Product ShillehTek ESP32-S3 DevKitC-1 Dev Board (Presoldered)
MCU family ESP32-S3 (see listing photos for exact module marking)
Wireless WiFi-capable (details vary by module revision)
Headers Presoldered / breadboard-ready
Best use Rapid prototyping, sensors/displays/relays, automation, robotics, IoT testing
Pinout / datasheet reference Refer to silkscreen labels and module documentation; see listing photos

Frequently Asked Questions

Is the ShillehTek ESP32-S3 DevKitC-1 breadboard friendly?

Yes. This version includes presoldered headers, making it quick to plug into a breadboard for prototyping and testing.

How do I find the ESP32-S3 DevKitC-1 pinout for wiring sensors or a display?

Use the silkscreen labels on the board and compare with the listing photos for your exact revision, then follow the Arduino core for ESP32 or ESP-IDF pin mapping documentation.

Can I use this ESP32-S3 dev board with Arduino IDE?

It’s commonly used in Arduino-style workflows for rapid firmware iteration. Select a compatible ESP32-S3 target in your toolchain and confirm the correct board settings for your revision.

What projects is the ESP32-S3 DevKitC-1 good for?

It’s a strong fit for WiFi IoT prototypes, smart home devices, robotics, automation, and compact proof-of-concepts that need fast wiring and testing with peripherals like sensors and relays.