ESP32-S3 AI Voice Assistant DIY Kit, N16R8, I2S, OLED, Speaker
ESP32-S3 AI Voice Assistant DIY Kit, N16R8, I2S, OLED, Speaker
Build a visible AI voice-interaction prototype with the [BRAND] ESP32-S3 AI Voice Assistant DIY Kit. This modular electronics set brings the controller, digital microphone, I2S audio amplifier, wired speaker, OLED display, breadboard, jumper wires, and tactile-switch hardware together for hands-on development. The ESP32-S3 N16R8 board provides 16MB Flash and 8MB PSRAM. Use the microphone as the audio-input stage and the MAX98357 I2S amplifier with the 8-ohm speaker as the playback stage. The compact 0.96-inch OLED can be programmed to show project-defined status information. The breadboard format keeps the hardware layout accessible while you wire, test, change connections, and expand an embedded project. This kit is made for makers, electronics students, and developers exploring connected audio interfaces, IoT prototypes, and voice-interaction workflows. It is a hardware foundation rather than a finished smart speaker. You select and install compatible firmware, configure Wi-Fi, and provide any account, API key, or cloud service required by your chosen project. Please verify the component list on the final retail package before publishing. Do not state that a USB-C cable, power adapter, preloaded software, cloud service, or API credit is included unless it is physically included and documented for this product.
Product Features
- ESP32-S3 N16R8 CORE: The board configuration provides 16MB Flash and 8MB PSRAM for firmware development and Wi-Fi-connected audio experiments. Two USB-C ports, 36 I/O, 2 I2C interfaces, and 4 SPI interfaces give makers practical expansion paths
- SEPARATE I2S INPUT AND OUTPUT HARDWARE: Build around an INMP441-compatible digital MEMS microphone, a MAX98357 I2S Class-D amplifier module, and a wired 8-ohm, 3W-rated speaker. The distinct modules make the audio signal path easier to study, wire, troubleshoot, and adapt
- COMPACT BUILD STATUS DISPLAY: The kit includes a 0.96-inch OLED display for a project-defined interface such as text, status, or simple expressions. The display output depends on the firmware selected by the builder
- BREADBOARD-BASED PROTOTYPING SET: Arrange the controller, audio modules, display, tactile switch, speaker, 400-hole breadboard, and assorted jumper wires into a visible desktop build. Rework the layout as you experiment with pins, code, and add-on modules
- FOR MAKERS, STUDENTS, AND DEVELOPERS: This is a DIY hardware kit, not a preconfigured consumer smart speaker. A completed voice project requires compatible firmware, Wi-Fi configuration, and any third-party service or API account selected by the user; these services are not included