ESP32-S3 1.75-Inch Round AMOLED GPS Touch Dev Board, 466 x 466
ESP32-S3 1.75-Inch Round AMOLED GPS Touch Dev Board, 466 x 466
Meshnology ESP32-S3-Touch-AMOLED-1.75-G is a bare open-PCB development board with no protective enclosure included. It is designed for engineers, makers, and embedded-interface projects that need a round AMOLED touch display and an ESP32-S3 hardware platform in one assembly. This is not a finished smartwatch, handheld device, or standalone consumer display product. The 1.75-inch capacitive AMOLED display provides 466 x 466 resolution and QSPI communication. The ESP32-S3 dual-core processor, 8MB PSRAM, and 16MB Flash provide a hardware base for custom graphics and connected-device development. The board also combines a QMI8658 6-axis IMU, RTC, dual digital microphone array, TF-card slot, and accessible GPIO/UART expansion. For the GPS configuration, verify the exact retail package before publication. If the selected package includes the LC76G GNSS module, GNSS ceramic antenna, and 8 Ohm 2 W speaker, list them only in the package-content field and “What’s in the Box” image. Batteries, storage cards, USB cables, enclosures, project software, and any accessory not explicitly listed in the package are not included.
Product Features
- Bare GPS Development Board, No Enclosure: This listing is for an open-PCB ESP32-S3-Touch-AMOLED-1.75-G board, not a watch or enclosed device. Built with an LC76G GNSS module for custom location-aware projects; no protective case or housing is included
- Round AMOLED Touch Interface: Build compact visual interfaces on a 1.75-inch round capacitive AMOLED display with 466 x 466 resolution, 16.7M colors, and QSPI display communication. A practical starting point for custom dashboards, controls, and embedded display prototypes
- ESP32-S3 Performance and Memory: The 32-bit LX7 dual-core ESP32-S3 processor runs up to 240 MHz and is paired with 8MB PSRAM and 16MB Flash. This combination supports custom graphics, connected-device logic, and local project assets
- Sensors and Audio Hardware On Board: Use the QMI8658 6-axis IMU for motion-aware project development, the RTC for timekeeping applications, and the dual digital microphone array for custom audio-input experiments. The separate speaker supports project-specific audio output design
- Expand, Store and Program: Add project storage through the TF-card slot and connect peripherals through the exposed GPIO and UART interfaces. Develop with the documented Ar duino IDE or ESP-IDF workflow, then adapt the board for a custom embedded interface or prototype