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Image Conversion

Convert ART to SVG — Free Online Converter

Convert AOL Compressed Image (.art) to Scalable Vector Graphics (.svg) online for free. Fast, secure image conversion with no watermarks or registrati...

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How to Convert

1

Upload your .art file by dragging it into the upload area or clicking to browse.

2

Choose your output settings. The default settings work great for most files.

3

Click Convert and download your .svg file when it's ready.

About ART to SVG Conversion

SVG (Scalable Vector Graphics) is the web standard for resolution-independent vector images. Converting ART files from AOL's proprietary raster format to SVG involves a fundamentally different process than typical image conversion — the raster pixel data must be traced into mathematical vector paths. This vectorization transforms the fixed-resolution ART image into infinitely scalable graphics defined by curves and shapes.

This conversion is most appropriate for ART files that contain logos, icons, line art, or simple graphics rather than photographs. The vectorization process works by detecting edges and color regions in the decoded ART image, then approximating those regions with Bezier curves and filled paths. The result is an SVG that can be scaled to any size without pixelation — a dramatic upgrade from the low-resolution raster data trapped in the ART container.

Why Convert ART to SVG?

SVG transforms fixed-resolution raster data into resolution-independent vector graphics. For the low-resolution graphics typical of AOL's dial-up era — icons, logos, interface elements, and simple illustrations — vectorization can dramatically improve visual quality at larger display sizes by eliminating pixelation. An ART icon that was 32x32 pixels can become a crisp SVG usable at billboard scale.

SVG is also the modern web's standard for scalable graphics, supported by every major browser and responsive design framework. Converting AOL-era graphics to SVG makes them suitable for modern web design, Retina/HiDPI displays, and any context where resolution independence matters. The vector format also enables post-conversion editing of individual shapes and colors in tools like Inkscape, Illustrator, or Figma.

Common Use Cases

  • Vectorize AOL-era logos and icons for modern web use at any resolution
  • Create scalable versions of vintage AOL interface elements for retro design projects
  • Convert low-resolution AOL clip art into resolution-independent vector graphics
  • Prepare AOL-era line art for high-resolution printing and large-format display
  • Build vector icon sets from recovered AOL graphic libraries for design system integration

How It Works

The conversion uses a two-stage pipeline: ImageMagick first decodes the ART file into raw pixel data, then vtracer (a Rust-based color vector tracer) analyzes the raster image to produce SVG output. Vtracer performs color quantization to identify distinct regions, traces the boundaries of each region using Bezier curve fitting, and outputs hierarchical SVG path elements. Parameters like color precision, speckle filtering, and curve smoothing control the fidelity-to-simplicity tradeoff.

Quality & Performance

Vectorization quality depends heavily on the source content. Simple graphics with solid colors and clean edges produce excellent SVGs that look better than the original at large sizes. Photographic content vectorizes poorly, producing an artistic poster-like effect rather than a faithful reproduction. For ART files with flat-color graphics (common in AOL-era content), the vector output is typically superior to the raster original at any display size above the native resolution.

SHARP EngineFastMinimal Quality Loss

Device Compatibility

DeviceARTSVG
Windows PCPartialPartial
macOSPartialPartial
iPhone/iPadPartialPartial
AndroidPartialPartial
LinuxPartialNative
Web BrowserNoNative

Tips for Best Results

  • 1Increase color precision settings for detailed graphics with many distinct colors
  • 2Use speckle filtering to eliminate noise from Johnson-Grace compression artifacts before tracing
  • 3For icons and simple logos, reduce color count to produce cleaner, more editable SVG paths
  • 4Test the SVG at multiple zoom levels to verify the vector traces capture the intended shapes
  • 5Manually clean up the SVG in Inkscape after conversion to remove unnecessary nodes and simplify paths

Converting ART to SVG is ideal for rescuing AOL-era graphics and icons, producing scalable vector versions that transcend the resolution limitations of the original dial-up-era raster format.

Frequently Asked Questions

No. Photographic content produces artistic posterization rather than accurate reproduction. SVG vectorization works best for logos, icons, line art, and flat-color graphics. For photographs, convert to PNG or JPEG instead.
Yes. The SVG contains separate path elements for each traced color region. You can open it in Inkscape, Illustrator, or Figma and edit, recolor, or rearrange individual vector shapes.
It varies dramatically by content complexity. Simple graphics may produce SVGs smaller than the ART file. Complex images with many colors and gradients can produce SVGs much larger than the source, sometimes 10-50x larger.
The color quantization step groups similar colors together, so exact color matching depends on the precision settings. Higher color precision produces more accurate colors but larger SVG files with more paths.
Yes. SVGs can be rasterized to PNG, JPEG, or any other raster format at any resolution you choose. This is one of the key advantages of the vector format — it serves as a scalable master.

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