DSTIKE Watch Adeline modular watch ESP32S3 development board

$79.00 $99.00

Reliable shipping

Flexible returns

What is it?

Adeline is the modular watch development board we designed.His main controller is the ESP32-S3, which is also the strongest chip we believe is currently available.

He has two types of screens: one is a 1.8-inch ST7735 and the other is a 1.54-inch ST7789.

The resolution of the 1.8-inch screen is 128x160.

The resolution of the 1.54-inch screen is 240x240.

You can choose the appropriate screen version according to your own needs.

What makes it special?

High-brightness and colorful screen display :1.8-inch ST7735 TFT color screen (128×160 resolution) Supports RGB565 color display, dynamic display of time, sensor data and custom interfaces.
Transparent plastic shell : Balancing lightweight and circuit visualization, with optimized light transmittance design.
High-capacity battery ：1000mAh battery ensures long-lasting power supply
External IPEX rubber rod antenna ： Signal strength enhanced by 30%, optimizing the stability of long-distance WiFi communication and the performance of attack and defense tests.
SD card expansion slot ：Local storage of log data/firmware/resource files is available.
WS2812B full-color LED ： Supports over 30 color changes, programmable display status/alarm/personalized breathing light effects.
Buzzer: Support PWM tone output for event alerts or attack and defense test feedback.
Dual-button + rotary switch:Support short press/long press/rotation operations to build flexible interaction logic.
Built in RTC : The built-in DS3231 clock chip can be customized to set the time.
The built-in battery voltage monitoring pin can monitor the battery power at any time.

Development advantages

Compatible with development frameworks such as Arduino (ESP32-S3-DevKitC), MicroPython, and ESP-IDF, and supports one-click code burning.
The TF card comes with a series of sample codes, making it convenient for quick learning upon receiving.
High-performance chips with antennas are also suitable for advanced scenarios such as learning Wi-Fi attack and defense.

Applicable scenarios

Learn FreeRTOS task scheduling, WiFi networking, and OTA remote upgrade.
Support MQTT/HTTP protocols to achieve cloud data synchronization.
Analysis of WiFi Protocol Vulnerabilities (such as Defense against Deauth Attacks)
Build a portable wireless signal monitoring device
Customize the watch face UI to achieve personalized clock/sports tracker.
Develop gesture interaction functions in combination with the motion sensor.