Online Image Format Converter - JPG/PNG/WEBP/GIF/ICO/BMP/TIFF/SVG Conversion | Support Base64 Encoding

Online Image Format Converter - JPG/PNG/WEBP/GIF/ICO/BMP/TIFF/SVG Conversion | Support Base64 Encoding

Drag and drop images here or click to select files

Original Image

No image selected

Conversion Result

Waiting for conversion...

Base64 Encoding

Current Tool Introduction

Image Format Converter is a comprehensive online image format conversion tool that supports conversion between multiple mainstream image formats including JPG, PNG, WEBP, GIF, ICO, BMP, TIFF, and SVG, while also supporting image-to-Base64 encoding. It helps web designers, front-end developers, e-commerce operators, social media managers, and everyday users efficiently complete image format adaptation and encoding conversion tasks. The tool offers a clean upload interface: users can upload images via drag-and-drop or file selection, freely choose the target conversion format, with the system displaying the original image, conversion result preview, and corresponding Base64 encoding in real time, ready for download or copy after confirmation. In everyday development work, different platforms and applications have varying image format requirements—websites commonly use WEBP format to optimize loading speed, icons require ICO format, front-end development often needs Base64 encoding for CSS embedding, and social media platforms have specific format restrictions. Traditional methods require using professional software for individual conversions—a tedious and inefficient process. Built on browser technology, this tool requires no software installation and works directly in the browser, supporting batch format conversion with intuitive and efficient operation. Whether optimizing website image formats, generating Base64 resources for front-end code, or adapting to different platform image format requirements, Image Format Converter provides convenient and efficient conversion support, making it a practical auxiliary tool for web development and image processing workflows.