Convert images to Base64 code safely and quickly on the client side.
This tool is a simple and efficient online utility that converts images into Base64 encoded strings. Base64 encoding is a method of representing binary data in a text format, useful for directly embedding images within HTML, CSS, or JavaScript code on web pages, or including them in text-based data formats like XML and JSON.
Base64 is an encoding scheme that represents 8-bit binary data using only a 64-character ASCII set (A-Z, a-z, 0-9, +, /, =). This method allows binary data to be safely transmitted or stored even in environments where only text transmission is allowed. When an image file is converted to Base64, you get a data URL format that represents the image as text, rather than the image itself.
Supported image formats include most image types generally supported by web browsers such as JPEG, PNG, GIF, SVG. For large image files, the Base64 code can become very long, and the code size increases by approximately 33% compared to the original binary data. Therefore, it’s important to use Base64 appropriately based on the situation rather than applying it to all images.
This converter is a useful tool for various users including developers, designers, and webmasters. Quickly and easily convert image files into Base64 strings to improve your workflow.
A: Technically, large files can also be converted, but the Base64 code can become very long, potentially affecting browser performance or causing out-of-memory issues. Therefore, it is recommended to use it for converting small images.
A: Most image formats supported by web browsers (JPG, PNG, GIF, SVG, WebP, etc.) can be converted.
A: The converted code starts with a ‘data URL’ format (e.g., data:image/png;base64,…). This code can be used as the value for the HTML <img src=””> attribute, as a CSS background-image property value (inside url()), or inserted into other text-based data formats.
A: No, this tool operates entirely on the client side (in your browser). Images are not sent to the server, and all conversion processes take place within the user’s computer.