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The ESP32-S3-LCD-Driver-Board is a comprehensive solution for projects requiring advanced LCD display control and wireless connectivity. Its large memory and high processing power enable the execution of complex graphical interfaces, while the rich set of interfaces offers flexibility in designing IoT applications, control panels, HMI systems, and wearable devices.
Development board based on the ESP32-S3-WROOM-1-N8R8 module featuring a dual-core Xtensa LX7 processor at 240 MHz, designed for controlling LCD displays with SPI or RGB interfaces. Integrated 8 MB Flash and 8 MB PSRAM enable smooth operation of graphic interfaces such as LVGL. The chip supports 2.4 GHz WiFi and Bluetooth LE and is compatible with various development environments, including Arduino IDE and ESP-IDF. The board features two LCD connectors (18-pin SPI and 40-pin SPI+RGB), a lithium battery charging manager (ETA6096), an MX1.25 connector, and a USB-C port. Castellated pins allow the board to be directly soldered onto a main board.
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
The ESP32-P4-NANO-KIT-B set is a high-performance development tool designed for building advanced IoT devices, user interfaces, and edge data processing systems. With support for PoE and wireless connectivity via Wi-Fi 6 and Bluetooth 5, the product offers integration flexibility and a high level of reliability in demanding application environments. Particularly recommended for prototyping HMI devices, IoT gateways, and communication nodes.
The ESP32-S3-LCD-7 development board from Waveshare, equipped with a 7" screen with a resolution of 800×480, is designed for creating graphical user interfaces in applications based on the ESP32-S3 microcontroller. Thanks to the presence of PSRAM, large Flash memory, support for popular communication interfaces, and battery power supply, the board is suitable for HMI projects, information terminals, device controllers, and IoT systems requiring graphics support without touch functionality.
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Development board with WiFi ESP32-S2 module and 1.54" TFT LCD display. Equipped with a pressure, temperature and humidity sensor. Dedicated to build a home automation system. Adafruit 4985
Espressif ESP32-S2 WiFi chip module. It integrates a TFT LCD display, SPI Flash memory, LiPo charging circuit and RGB LED. It is equipped with a STEMMA QT connector. Adafruit 53
ESP32-S3-LCD-2 is a versatile development board with a 2" display and Wi-Fi/Bluetooth connectivity, which, thanks to its compact size and built-in motion sensor, is suitable for portable graphic applications and IoT projects. Although the OV5640 camera module is not included in the set, the board remains compatible with such solutions, allowing future expansion with image and video capture functions.
M5Stack series development kit equipped with ESP32 chip. It has a built-in microphone and is dedicated to applications that require speech recognition. M5Stack K117
Module with WiFi Espressif ESP32-S2. It integrates two 3.3 V stabilizers, SPI Flash memory, LiPo charging circuit, light sensor and RGB diode. It is equipped with a STEMMA QT connector. Adafruit 4769
ESP32-S3-Touch-LCD-1.85C is a complete solution for implementing projects with a graphical user interface, touch control, and audio processing. Thanks to its compact design and support for AI functions, the device is suitable for smart control terminals, portable HMI systems, and speech recognition applications.
M5Stack series development kit equipped with ESP32-C3. It will work in IoT-related projects, as a STEM educational module or in Smart Home devices. M5Stack K122
The ESP32-C6-LCD-1.47 development board with a 1.47" display is a high-performance solution for projects based on the ESP32-C6, offering support for Wi-Fi 6 and Bluetooth 5 LE. With its compact design, GPIO expansion, TF card slot, and visually appealing enclosure with an RGB LED, the module is suitable for AIoT projects, user interfaces, and systems requiring low power consumption and wireless communication.
Bosch Sensortec\'s BME688 development kit enables testing of applications based on temperature, barometric pressure, humidity, and gas detection. The first AI-enabled environmental sensor, the BME688 can distinguish between different gas compositions by analyzing their "electronic fingerprints." The kit is configurable using BME AI-Studio software, which optimizes performance and power consumption, and the eight-sensor board enables testing of multiple configurations simultaneously. SparkFun DEV-19630
Module with WiFi Espressif ESP32-S2. It integrates the TFT LCD display, SPI Flash memory, LiPo charging circuit and RGB diode. It is equipped with a STEMMA QT connector. Adafruit 5300
The kit is equipped with a module with a Himax WiseEye2 HX6538 processor, a XIAO ESP32C3 module and an OV5647 camera. It enables efficient AI processing thanks to the support of the TensorFlow and PyTorch frameworks and ready-made models such as Yolo v5 and v8. Thanks to the simplicity of integration with the XIAO, Arduino and Raspberry Pi platforms and support for tinyML applications, it is perfect for IoT projects, industrial automation and smart cities. Seeed Studio E23011220
M5Stack series development kit equipped with ESP32-C3. It will work in IoT-related projects, as a STEM educational module or in Smart Home devices. Set includes 5 M5Stack C056-B
A set with a Doppler radar module and an XIAO ESP32C3 board designed for precise detection of human presence. It allows you to connect additional Grove sensors (analog or with an I2C interface) and expand the functionality. Seeed Studio 110061541
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Module with WiFi and BLE Espressif ESP32-S3. It integrates a LiPo charging circuit and an RGB diode. It is equipped with a STEMMA QT connector. Adafruit 5323
No product available!
The ESP32-S3-LCD-Driver-Board is a comprehensive solution for projects requiring advanced LCD display control and wireless connectivity. Its large memory and high processing power enable the execution of complex graphical interfaces, while the rich set of interfaces offers flexibility in designing IoT applications, control panels, HMI systems, and wearable devices.