ImageConverter 565 is a utility designed to convert standard image files into a 16-bit RGB565 format for use with embedded microcontrollers and TFT displays, specifically for the UTFT library. This tool simplifies the process of displaying high-quality graphics on hardware with limited processing power by offloading the color conversion from the MCU to the development PC. Key Features
Before understanding the tool, you must understand the format. RGB 565 is a 16-bit color encoding scheme:
Output Customization: You can choose between various output formats, such as C array structures for easy integration into C++ projects or binary files for SD card loading.
Enhanced Bit-Depth Precision: It ensures that the color downscaling from 24-bit to 16-bit is handled with minimal "banding," preserving the visual integrity of your UI elements.
Format Options: It can output images as .raw files (for loading from SD cards) or as .c/.h files (for embedding directly into microcontroller memory).
ImageConverter 565 is a utility designed to convert standard image files into a 16-bit RGB565 format for use with embedded microcontrollers and TFT displays, specifically for the UTFT library. This tool simplifies the process of displaying high-quality graphics on hardware with limited processing power by offloading the color conversion from the MCU to the development PC. Key Features
Before understanding the tool, you must understand the format. RGB 565 is a 16-bit color encoding scheme: imageconverter 565 v2.3
Output Customization: You can choose between various output formats, such as C array structures for easy integration into C++ projects or binary files for SD card loading. ImageConverter 565 is a utility designed to convert
Enhanced Bit-Depth Precision: It ensures that the color downscaling from 24-bit to 16-bit is handled with minimal "banding," preserving the visual integrity of your UI elements. Before understanding the tool, you must understand the
Format Options: It can output images as .raw files (for loading from SD cards) or as .c/.h files (for embedding directly into microcontroller memory).