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The LILYGO TTGO VGA32 V1.4 development board is based on the ESP32 microcontroller and enables VGA video output without requiring an external graphics controller. The board features a VGA connector, PS/2 ports for a keyboard and mouse, a microSD card slot, and Wi-Fi and Bluetooth connectivity. With support for the FabGL library, it can be used to create graphical user interfaces, ANSI/VT terminals, games, and applications displayed on VGA monitors. LILYGO TTGO VGA32 V1.4
The LILYGO TTGO VGA32 V1.4 development board is designed for building devices with graphical user interfaces displayed on VGA monitors. The board is based on the ESP32 microcontroller with 4 MB of Flash memory and supports PS/2 keyboards and mice, making it suitable for creating terminals, HMI panels, simple computers, emulators, and graphical applications without requiring dedicated video controller hardware.
The board integrates a VGA output, two PS/2 ports for connecting a keyboard and mouse, a microSD card slot, and a microUSB connector for programming and power supply. It is based on the ESP32 microcontroller with integrated Wi-Fi and Bluetooth connectivity and provides UART, SPI, I2C, I2S, SDIO, PWM, and ADC interfaces. The manufacturer also provides complete pinout documentation, making it easier to integrate the board into custom electronic designs.
The board can be connected directly to VGA monitors for displaying custom user interfaces, graphical visualizations, and embedded applications. The PS/2 connectors allow the use of standard computer keyboards and mice, enabling the creation of standalone terminals, simple computers, HMI control panels, and custom input devices. The microSD card slot provides storage for application files, graphics, fonts, configuration files, and user data, extending the capabilities of ESP32-based projects.

The board is fully compatible with the FabGL graphics library, which enables VGA video generation and PS/2 device support without additional graphics hardware. The manufacturer provides numerous demonstration projects, including ANSI/VT terminals, graphical windows, user interface components, games, and other example applications running directly on the ESP32. Comprehensive documentation, example projects, and source code available on GitHub make it easy to get started and develop custom applications based on the FabGL library.
The open hardware architecture, compatibility with popular development environments, and extensive software resources make the board suitable both for learning ESP32 programming and for developing custom terminals, HMI panels, simple computers, emulators, and embedded systems that display information on VGA monitors.

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