Does it help with display programming?

Absolutely, it provides a rendering cookbook for display lambdas, including Material Design UI components, text alignment, and icon rendering using MDI.

What hardware does this skill support?

This skill is specifically designed for the ESP32-S3-BOX-3 development kit, covering its unique display (ILI9342C), touch (GT911), and audio (ES7210/ES8311) components.

Is there a flashing utility included?

Yes, the skill includes a dedicated script for validating, compiling, and flashing firmware specifically optimized for the BOX-3 hardware via USB.

Can I use this for voice assistant setup?

Yes, it includes specific templates for micro_wake_word and voice assistant pipelines fully integrated with Home Assistant Assist.

How does it handle PSRAM requirements?

It includes critical configuration patterns for octal PSRAM, which is required for 16-bit color displays and reliable audio buffering in recent ESPHome versions.

ESP32-S3-BOX-3 Builder

Name: ESP32-S3-BOX-3 Builder
Author: nodnarbnitram

bynodnarbnitram

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Herramientas para Desarrolladores

Automates the configuration and development of ESP32-S3-BOX-3 hardware projects using specialized ESPHome templates and patterns.

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The esphome-box3-builder skill is a specialized extension for Claude Code designed to accelerate development on the ESP32-S3-BOX-3 hardware platform. It provides developers with production-ready hardware templates, a comprehensive display lambda cookbook for Material Design UIs, and optimized audio pipeline configurations for voice assistant integration. By addressing platform-specific challenges like shared I2S buses, PSRAM requirements, and touch-to-display synchronization, this skill ensures rapid deployment of complex IoT projects ranging from local voice assistants to interactive touch panels.

Características Principales

Complete hardware templates for base, voice, UI, and audio player configurations
Specialized display lambda cookbook for Material Design UI and icon rendering
Pre-configured I2S audio pipelines for high-quality microphone and speaker support
Integrated touch interaction patterns for buttons, swipes, and multi-page navigation
Hardware-specific troubleshooting for I2S DMA, PSRAM, and touch response issues
1 GitHub stars

Casos de Uso

Building a local voice assistant with wake-word detection for Home Assistant
Creating an interactive smart home control panel with a multi-page touchscreen UI
Developing a custom media player with localized audio processing and hardware controls

Acerca de

Características Principales

Complete hardware templates for base, voice, UI, and audio player configurations
Specialized display lambda cookbook for Material Design UI and icon rendering
Pre-configured I2S audio pipelines for high-quality microphone and speaker support
Integrated touch interaction patterns for buttons, swipes, and multi-page navigation
Hardware-specific troubleshooting for I2S DMA, PSRAM, and touch response issues
1 GitHub stars

Casos de Uso

Building a local voice assistant with wake-word detection for Home Assistant
Creating an interactive smart home control panel with a multi-page touchscreen UI
Developing a custom media player with localized audio processing and hardware controls