CONVERT TIFF → SVG (TIFF to SVG)
Fast, secure TIFF to SVG conversion. No registration required.
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Automatic format identification and lossless transcoding across 201+ formats.
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EXIF & Color Verification Audit ISO Verified
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GPS Coordinates (37.1773° N, 3.5986° W): Stripped (Zero Location Leak)
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Device Serial & Lens ID: Stripped (EXIF / IPTC / XMP Clean)
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Color Space Profile: Display P3 → sRGB IEC61966-2.1
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Chroma Subsampling: 4:4:4 High Fidelity (High-fidelity algorithmic conversion)
HOW TO CONVERT TIFF → SVG
Upload your TIFF
Start by dropping the TIFF onto the uploader. Files up to 25 MB go through on the free tier without registration; paid plans go up to 2 GB.
Conversion happens server-side
Our imagemagick-based pipeline reads the TIFF pixel grid, preserves resolution and colour profile, and encodes a clean SVG.
Grab the result
A download button appears as soon as the SVG is ready. Save locally or share the short-lived URL.
TIFF was designed in 1986 for desktop publishing scanners, and it shows: the format stores pixels — a fixed rectangular grid of color values with no concept of shapes, curves, or text elements. SVG, by contrast, is an XML-based vector format where every element is a mathematical description: a circle is a center point and a radius, a logo is a set of Bezier paths, a diagram is a collection of geometric primitives. Converting TIFF to SVG means crossing a fundamental boundary between these two paradigms, and that boundary is where most user confusion lives. The conversion is not a direct encode; it requires auto-tracing — an algorithm (typically Potrace or a derivative) that analyzes the raster bitmap and attempts to infer the underlying shapes. The result is a new SVG that approximates what was in the TIFF, not a lossless transformation of it. Users who do this conversion are almost always working with scanned logos, hand-drawn line art, black-and-white illustrations, or simple diagrams they want to scale to any size without the pixelation a raster format always produces at dimensions beyond its native resolution.
Why convert TIFF to SVG
The practical reason for this conversion is resolution independence. A TIFF scanned at 300 DPI looks sharp in print but blocky when enlarged to fill a billboard or an 8K display. SVG paths scale to any dimension with zero quality loss because the renderer recalculates the math at display time. The other driver is file integration: browsers render SVG natively without plugins, CSS can animate its paths, and design tools like Illustrator or Inkscape can edit individual elements. A scanned TIFF of a company logo cannot be recolored or resized in HTML; the same logo converted to SVG paths can be styled with a single CSS rule and rendered crisp at any scale.
TIFF vs SVG — Technical specifications
Side-by-side comparison of the technical details.
TIFF
- MIME type
- image/tiff
- Extensions
- .tif, .tiff
- Standard
- TIFF 6.0 (1992); BigTIFF extension for 64-bit offsets
- Max file size
- 4 GB (TIFF); 2^64 bytes (BigTIFF)
- Compression options
- None, LZW, Deflate, JPEG, CCITT G3/G4, PackBits, JBIG
- MIME Type
- image/tiff
- Extension
- .tiff
- Category
- Raster & Vector Images
- Full Name
- TIFF Image
- Conversion Engine
- IMAGEMAGICK
SVG
- MIME type
- image/svg+xml
- MIME Type
- image/svg+xml
- Extension
- .svg
- Category
- Raster & Vector Images
- Full Name
- SVG Vector Image
- Conversion Engine
- IMAGEMAGICK
- Format
- XML (text-based)
- Current version
- SVG 2 (W3C Recommendation, 2018)
- Compression
- Gzipped variant is .svgz
- Resolution
- Unlimited (vector)
- Animation
- SMIL, CSS, JavaScript
| Specification | TIFF | SVG |
|---|---|---|
| MIME type | image/tiff | image/svg+xml |
| Extensions | .tif, .tiff | — |
| Standard | TIFF 6.0 (1992); BigTIFF extension for 64-bit offsets | — |
| Max file size | 4 GB (TIFF); 2^64 bytes (BigTIFF) | — |
| Compression options | None, LZW, Deflate, JPEG, CCITT G3/G4, PackBits, JBIG | — |
| MIME Type | image/tiff | image/svg+xml |
| Extension | .tiff | .svg |
| Category | Raster & Vector Images | Raster & Vector Images |
| Full Name | TIFF Image | SVG Vector Image |
| Conversion Engine | IMAGEMAGICK | IMAGEMAGICK |
| Format | — | XML (text-based) |
| Current version | — | SVG 2 (W3C Recommendation, 2018) |
| Compression | — | Gzipped variant is .svgz |
| Resolution | — | Unlimited (vector) |
| Animation | — | SMIL, CSS, JavaScript |
TIFF vs SVG — Strengths and limitations
What each format does best, and where it falls short.
TIFF Strengths
- Lossless by default — no generation loss on successive edits and saves.
- Supports any bit depth (1 to 32 bits per channel), any color model, any number of channels.
- Extensible tag system means vendor-specific data survives alongside standard tags.
- Multi-page containers are perfect for scanned documents, faxes, and DICOM-like stacks.
- Industry-standard for archival, museums, scientific imaging, and high-end print prepress.
Limitations
- File sizes are huge compared to JPEG/WebP/AVIF — often 10-30× larger.
- Not a web format — no browser displays TIFF natively.
- Ambiguous spec areas mean some TIFFs only open correctly in the tool that created them.
SVG Strengths
- Resolution-independent — crisp at any size, from 16px icon to 4K billboard.
- Tiny file sizes for flat graphics, logos, and UI illustrations.
- Editable with any text editor; programmatically manipulable via DOM.
- Supports interactivity, CSS styling, and JavaScript inside the image.
- Accessible — text inside SVG is readable by screen readers.
Limitations
- Not suitable for photographs or complex raster imagery.
- Uploading user-provided SVG is risky — embedded scripts are an XSS vector.
- Complex SVGs with thousands of paths render more slowly than a PNG equivalent.
Quality & Compatibility
What survives the conversion depends almost entirely on source content. High-contrast black-and-white line art with clean edges traces well; the output SVG paths will be geometrically accurate to within a pixel or two. Photographs, gradients, or anything with continuous tone will not trace meaningfully — auto-tracing a photographic TIFF produces a fragmented, unusable SVG with thousands of filled polygons approximating shading. TIFF's defining technical properties — 8 or 16 bits per channel, optional alpha channel, ICC color profiles, CMYK or LAB color spaces, multi-page container structure, and lossless compression (LZW or ZIP) — are all discarded entirely. SVG does not carry per-pixel color depth or embedded ICC profiles; it works in sRGB by default. Any TIFF with 16-bit depth or a CMYK profile will be silently flattened to 8-bit sRGB before tracing. Transparency from an alpha channel is also lost unless the tracer specifically handles it to produce transparent path fills, which most auto-tracers do not.
Tips for Best Results
- Start with the highest-resolution TIFF you have — auto-tracing at 600 DPI or higher gives the algorithm more edge information to work with and produces smoother, more accurate path curves than a 72 DPI web scan of the same image.
- Binarize first if your source has soft edges: convert the TIFF to pure black and white (no antialiasing, no gray pixels) in any image editor before uploading, because auto-tracers make path decisions at the pixel boundary and gray half-tones force ambiguous choices that produce jagged output.
- After download, open the SVG in a text editor and check the file size — a clean logo should produce a file under 50 KB with a readable structure; a file over 500 KB with thousands of path elements means the source was too complex for useful vectorization and you should simplify the original TIFF before retrying.
Frequently Asked Questions
It depends on the codecs involved. If both TIFF and SVG are lossy, the pixels are re-encoded and a small amount of detail is discarded — invisible at default quality settings on photographs. If SVG is lossless (PNG, TIFF, BMP) the output keeps every pixel of the decoded TIFF exactly, but cannot recover detail that TIFF had already compressed away.
Often yes, especially when SVG is lossless. TIFF tuned for efficient web delivery will usually produce smaller files than SVG's default settings. If file size matters, drop the quality in Advanced or pick a more compressed target format instead.
KaijuConverter uploads over HTTPS, processes the image in an isolated container and deletes both the source and the output within two hours. No account is required, file contents are never logged, and we do not use uploads to train any model. For confidential material, the paid plan includes a data-processing agreement.
TIFF Image
Source formatTIFF is a flexible, high-quality image format widely used in publishing, printing, and professional photography. It supports multiple compression methods and color spaces including CMYK.
SVG Vector Image
Target formatSVG is an XML-based vector image format that scales to any resolution without quality loss. It is the standard for web icons, logos, and illustrations that need to look sharp on all screen sizes.
Going the other way? Convert SVG back to TIFF with the same engine.
Common Use Cases
Share across platforms
Send SVG files to anyone without worrying about whether they have the right software for TIFF.
Embed in documents
Drop SVG output into Word, Google Docs, PowerPoint, Notion or a website without conversion warnings.
Optimize size
SVG often produces smaller files than TIFF for web, email and storage.
Archive & future-proof
Store in a widely-supported format that will still open on future operating systems without legacy plugins.
TIFF vs SVG — Typical file sizes
Approximate file sizes for common scenarios.
- Scanned A4 page (300 dpi, B&W) 100-300 KB
- Scanned A4 page (600 dpi, color) 15-40 MB
- Print-quality magazine photo 30-150 MB
- Simple icon 200 B – 2 KB
- Company logo 2–10 KB
- Complex illustration 20–100 KB
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Convert thousands of camera RAW files (CR3, NEF, ARW) to WebP, AVIF, or TIFF in one pass.
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Related comparisons
See these formats side by side to understand which fits your use case best.
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