Dithering is a technique that creates the illusion of more colors or shades by arranging a limited set in a calculated pattern. Originally developed for early computers with restricted color palettes (like the Macintosh and Commodore 64), dithering is now widely used as a retro aesthetic in graphic design, indie game art, pixel art and digital illustrations.
Floyd-Steinberg is the most popular error-diffusion algorithm. It distributes the quantization error of each pixel to its neighbors, producing smooth, natural-looking gradients. Atkinson was developed by Bill Atkinson for the original Macintosh. It spreads only 75% of the error, resulting in a lighter, higher-contrast look with distinctive white highlights. Bayer ordered dithering uses a fixed threshold matrix (2x2, 4x4 or 8x8) to create a structured, repeating pattern, great for a retro computer screen aesthetic.
Dithering is essential for pixel artists and indie game developers working with limited color palettes. Use 2-color mode with custom light and dark colors to create 1-bit art. Increase the pixel scale for a chunkier, retro game boy aesthetic. Bayer 4x4 and 8x8 patterns are particularly popular for creating texture in low-resolution game sprites and backgrounds.
Halftone uses dots of varying sizes on a grid to simulate shading, ideal for print, posters and screen printing. Dithering arranges fixed-size pixels using algorithms like Floyd-Steinberg or Atkinson to simulate color depth, perfect for digital art, pixel art and retro aesthetics. Use halftone for physical output, dithering for screen-based work.
Pro users can export dithered images as SVG files where each pixel becomes a crisp vector rectangle. This is ideal for scaling 1-bit art to any size, print it on a poster, use it in a presentation, or import it into Figma, Illustrator or Affinity Designer without any blur or quality loss.
All STUDIO·ITY tools accept video upload. Drop an MP4, MOV or WebM onto the canvas, pick a still frame to tweak settings, then render the full clip with the dithering effect applied frame-by-frame. Output is a standard H.264 MP4, plays in QuickTime, VLC, social platforms. HEVC (iPhone) and ProRes are auto-converted in-browser. Free tier: 5 seconds at 480p; Pro: 30 seconds at source resolution.
Dithering is a technique that creates the illusion of more colors or shades by arranging a limited set in a calculated pattern. Originally developed for early computers with restricted color palettes (like the Macintosh and Commodore 64), dithering is now widely used as a retro aesthetic in graphic design, indie game art, pixel art and digital illustrations.
Floyd-Steinberg is the most popular error-diffusion algorithm. It distributes the quantization error of each pixel to its neighbors, producing smooth, natural-looking gradients. Atkinson was developed by Bill Atkinson for the original Macintosh, it spreads only 75% of the error, resulting in a lighter, higher-contrast look with distinctive white highlights. Bayer ordered dithering uses a fixed threshold matrix (2×2, 4×4 or 8×8) to create a structured, repeating pattern, great for a retro computer screen aesthetic.
Yes. You can dither any image and download at 600px for free, no signup, no install. Your images are processed entirely in your browser and never uploaded. Pro users get full resolution PNG and SVG exports for €19 one-time.
For most images, Floyd-Steinberg gives the best results, smooth gradients with good detail. Use Atkinson when you want a higher-contrast, retro Macintosh look with more white space. Use Bayer for a structured, grid-based pattern that works well for game sprites, pixel art, and retro UI elements. Try all three and compare, each gives your image a different personality.
Absolutely. Dithering is essential for pixel artists working with limited color palettes. Use 2-color mode with custom light and dark colors to create 1-bit art. Increase the pixel scale for a chunkier, retro Game Boy aesthetic. Bayer 4×4 and 8×8 patterns are particularly popular for creating texture in low-resolution game sprites and backgrounds.
Yes. Pro users can export dithered images as SVG files where each pixel becomes a crisp vector rectangle. This is ideal for scaling 1-bit art to any size, print it on a poster, use it in a presentation, or import it into Figma, Illustrator or Affinity Designer without any blur or quality loss.
Halftone uses dots of varying sizes on a grid to simulate shading, ideal for print, posters and screen printing. Dithering arranges fixed-size pixels using algorithms like Floyd-Steinberg or Atkinson to simulate color depth, perfect for digital art, pixel art and retro aesthetics. Use halftone for physical output, dithering for screen-based work.
No. All processing happens locally in your browser using JavaScript and the Canvas API. Your images stay on your device, no uploads, no tracking, no account required.
Yes. Upload an MP4, MOV or WebM, pick a still frame to dial in your settings, then render the full clip with the dithering effect applied frame-by-frame. Output is a standard MP4 (H.264). HEVC and ProRes are auto-converted in-browser via FFmpeg.wasm. Free tier renders up to 5 seconds at 480p; Pro: up to 30 seconds at source resolution.
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