Explore XiaoZhi, ElatoAI, ESPHome, ESP-SR, ESP-WHO, ESP-Detection, Edge Impulse and SenseCraft AI. Compare hardware, local inference and backend requirements before your first build.
Discover ten active ESP32 open-source projects for 2026, from XiaoZhi AI and WLED to ESPHome, Meshtastic and touchscreen control. Includes GitHub popularity, hardware considerations and first-build ideas.
Choose an e-paper display for your ESP32 project: compare screen types, raw panels and modules, refresh modes, memory needs and power considerations.
Compare ESP32-C3, ESP32-C5 and ESP32-C6 for Wi-Fi bands, Bluetooth LE, Thread, Zigbee, memory and Matter product design. Find the right connectivity for your project.
Compare ESP32-S3 and ESP32-C3 for CPU, memory, displays, cameras, USB and wireless connectivity. Practical advice for choosing your next connected product platform.
Compare ESP8266, ESP8285 and ESP32-C3 for Wi-Fi, Bluetooth LE, flash, security and migration. A practical guide for existing designs and new connected products.
Compare ESP32-S31, ESP32-P4 and ESP32-S3 for connectivity, displays, cameras and memory planning. Learn the key hardware differences and practical selection criteria.
Most people meet us through the store. They buy an ESP32-C3 Supermini board or a camera module, it ships, and
Every ESP32 product starts on a dev board. That is the right way to start — you get a working
Everyone talks about PCB layout, but the schematic is where most of the expensive mistakes actually happen. A layout error
esp32 pcb certification is one of the few parts of hardware development where the cost of getting it wrong is
An ESP32 iot board design is a system problem wearing a PCB costume. It has to sense something, power itself,
