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  1. Convert Online
  2. Image Converters
  3. SVG to TIFF

Convert SVG to TIFF

This SVG to TIFF converter lets you easily convert one or more images online. Upload images, fine-tune settings like quality and background color, and convert them to TIFF instantly — all using a fast and interactive interface. No installation or signup required.


or
drop your
SVG files here

Converted Files

Disclaimer:Please be aware that due to limited server storage, converted files will be automatically purged over time for optimal server performance.

Conversion Settings

300
dpi
DPI used when turning the SVG (vector) into pixels. Higher DPI = larger pixel dimensions and sharper detail.
DPI used when turning the SVG (vector) into pixels. Higher DPI = larger pixel dimensions and sharper detail.
px
Set a target width in pixels. Leave blank to use the natural size from the SVG/DPI.
Set a target width in pixels. Leave blank to use the natural size from the SVG/DPI.
px
Set a target height in pixels. Leave blank to use the natural size from the SVG/DPI.
Set a target height in pixels. Leave blank to use the natural size from the SVG/DPI.
cover
How to adjust the image when both width and height are given.
How to adjust the image when both width and height are given.
centre
Which area to keep if cropping is needed.
Which area to keep if cropping is needed.
Prevent Enlarging Small Images
Yes
Avoids stretching smaller rasterized results, which can look blurry.
Avoids stretching smaller rasterized results, which can look blurry.
Keep Transparency
Yes
TIFF supports transparency. Turn off to replace transparent areas with a solid background color.
TIFF supports transparency. Turn off to replace transparent areas with a solid background color.
#FFFFFFFF
Used to fill transparent areas when ‘Keep Transparency’ is off. Supports #RRGGBBAA.
Used to fill transparent areas when ‘Keep Transparency’ is off. Supports #RRGGBBAA.
lzw
Choose how the TIFF is compressed. Use JPEG for smallest files (lossy); LZW/Deflate for lossless.
Choose how the TIFF is compressed. Use JPEG for smallest files (lossy); LZW/Deflate for lossless.
85
123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899100
Only used when compression is ‘JPEG’. Higher = better quality and larger files.
Only used when compression is ‘JPEG’. Higher = better quality and larger files.
300
dpi
DPI value written into the TIFF metadata (useful for print workflows).
DPI value written into the TIFF metadata (useful for print workflows).
Fix Orientation
Yes
Rotate automatically if the source carries orientation info.
Rotate automatically if the source carries orientation info.
Keep Metadata
No
Preserve metadata such as color profiles. Can increase file size slightly.
Preserve metadata such as color profiles. Can increase file size slightly.

How to use this SVG to TIFF Converter?

  1. Choose Files: Click 👆 on the Choose Files button and choose input SVG files, or you may drag and drop SVG files to the drop area. You may choose one or more image files. The chosen files are displayed with size information in the same drop area.
  2. Conversion Settings: You may change the conversion parameters like quality 🎛, background color, etc., using the sliders, or color input buttons.
  3. Conversion: Now you can click on the Convert button. This is where the ⛄ magic happens. Your SVG files are sent to the server for conversion. This all happens in a lightening speed ⚡.
  4. Output: Once the SVGs are converted ✅ to TIFFs, they appear in the download section.
  5. Download Files: You may click 👆 on the big Download button to download ↓ all your converted TIFFs, or you may download individual TIFF by clicking on the respective download button.
  6. Options: There is also a link 🔗 which you can Copy and share it using which you can download the converted TIFF files.

SVG vs TIFF :— Comparison Table

Comparison between SVG and TIFF
SVG TIFF
Format SVG TIFF
Full name Scalable Vector Graphics Tagged Image File Format
Type image image
Compression uncompressed (text/XML); .svgz uses gzip lossless
Extensions
  • .svg
  • .svgz
  • .tiff
  • .tif
MIME type image/svg+xml image/tiff
Common MIME types
  • image/svg+xml
  • image/tiff
  • image/tif
Developer W3C Aldus Corporation (now Adobe Systems)
Introduced 2001 1986
Open standard Yes Yes
Specification https://www.w3.org/TR/SVG11/ https://www.adobe.io/content/dam/udp/en/open/standards/tiff/TIFF6.pdf
Description SVG is a text-based vector image format that describes graphics using XML markup rather than pixel grids. Because shapes are defined mathematically (paths, strokes, fills), SVGs scale cleanly to any size without losing sharpness. They integrate tightly with the web platform—browsers treat them like part of the DOM—so you can style them with CSS, animate them with CSS or JavaScript, and make them interactive with event handlers. SVG is ideal for logos, icons, charts, and any artwork that needs to be crisp on every screen density. TIFF (Tagged Image File Format) is a flexible, high-quality raster image format often used in professional photography, publishing, medical imaging, and archival storage. It supports multiple color spaces, high bit depths, layers, multiple pages, and various compression methods (including none, LZW, PackBits, and JPEG). TIFF is valued for its ability to store images without quality loss, making it a preferred choice when preserving original detail is critical.
Typical usage
  • Responsive logos and icons that must look sharp on all devices
  • Data visualizations, charts, and diagrams rendered directly in the browser
  • Inline graphics that need CSS theming or dynamic states
  • Illustrations exported from design tools for web and UI work
  • Archiving original image scans for preservation
  • High-quality photo editing in professional workflows
  • Storing images in scientific, medical, and geospatial applications
  • Exchanging print-ready files between publishers and designers
Typical use cases
  • Embedding inline icons that inherit text color via currentColor
  • Theming product illustrations via CSS variables without regenerating assets
  • Animating strokes (e.g., draw-on effects) and transforms for polished UI motion
  • Interactive charts where tooltips, hover states, and filters are DOM-driven
  • Saving uncompressed or losslessly compressed photographs for later editing without degradation.
  • Capturing and storing detailed scans of artworks, maps, and documents for long-term archival.
  • Medical imaging formats such as radiology scans (X-ray, MRI, CT) where accuracy is vital.
  • Creating multi-page scanned documents in a single file.
Widely supported by
  • All modern browsers (Chrome, Firefox, Safari, Edge)
  • Design tools (Figma export, Adobe Illustrator, Inkscape, Sketch)
  • Rendering and manipulation libraries (D3.js, Snap.svg, GreenSock/GSAP, React)
  • Adobe Photoshop
  • GIMP
  • Affinity Photo
  • CorelDRAW
  • Microsoft Windows Photo Viewer
  • Apple Preview
  • Most professional printing and scanning software
Tooling Read: Browsers (native), Inkscape, Illustrator, ImageMagick (limited) | Write: Inkscape, Illustrator, Figma (export), Sketch (export) Read: libtiff, ImageMagick, GraphicsMagick, Photoshop | Write: libtiff, ImageMagick, Photoshop
Related formats
  • PDF
  • EPS
  • AI (proprietary)
  • Canvas (HTML5)
  • PNG (raster fallback)
  • BMP
  • PNG
  • JPEG 2000
Popularity high medium
Security notes Because SVG is executable (scripts, links, external references), always sanitize untrusted files before inlining or serving to prevent XSS and malicious resource loads. Consider removing script, foreignObject, and external hrefs in user uploads.
Performance notes Path-heavy or filter-heavy SVGs can be expensive to render and animate; prefer simpler paths, precompute curves, and avoid excessive filters for mobile devices. Consider rasterizing extremely complex artwork.
Aliases
  • Scalable Vector Graphics
  • Tagged Image File Format
  • TIF
Magic bytes 49 49 2A 00 (little-endian) or 4D 4D 00 2A (big-endian)
Vector features Primitives: paths, rect, circle, ellipse, line, polyline, polygon, text; Grouping: <g>, symbols, use (references); Styling: CSS classes, inline styles, presentation attributes; Filters Effects: blur, drop-shadow, color matrix, blend, masking, clipping; Text Features: selectable text, web fonts, glyph outlines, text-on-path
Animation support Yes — Animations via CSS (transitions/keyframes) and JavaScript; SMIL is implemented in most engines but considered legacy in some contexts. No — TIFF is designed for still images; it can store multiple images/pages, but not as animated frames.
Alpha support n/a (vector); transparency via fill/stroke alpha and opacity optional
ICC profile Yes Yes
Metadata
  • Embedded <metadata> (RDF/XMP)
  • Titles and descriptions for accessibility (<title>, <desc>)
  • ARIA roles/attributes for screen readers
  • EXIF
  • XMP
  • IPTC
  • GeoTIFF tags
Color models
  • device-independent CSS colors
  • optional ICC profiles
  • grayscale
  • RGB
  • CMYK
  • YCbCr
  • Lab
Interactivity Dom: Yes; Css: Yes; Javascript: Yes; Events: click, hover, keyboard (when focusable)
Advantages
  • Infinitely scalable without blurriness; perfect for high-DPI displays.
  • Editable, diffable, and compressible text format that works well with version control.
  • First-class web citizen: style with CSS, animate with CSS/JS, and wire up interactions.
  • Accessible by default with proper <title>/<desc> and ARIA roles.
  • Can store images at very high bit depths and resolutions without loss.
  • Supports multiple compression methods, including lossless and uncompressed modes.
  • Can store multiple images/pages in one file, useful for scanned documents.
  • Highly flexible metadata tagging, allowing detailed technical and descriptive information.
Disadvantages
  • Not suited to photographic content; raster formats (PNG/JPEG/WebP/AVIF) are better for photos.
  • Complex paths and heavy filter stacks can harm rendering performance, especially on mobile.
  • Security concerns if untrusted SVGs are inlined without sanitization.
  • File sizes can be extremely large, especially for uncompressed images.
  • Not optimized for web use; slow to load in browsers.
  • Some compression methods (like JPEG-in-TIFF) may reduce compatibility with certain software.
Max size note SVG text compresses well with gzip ('.svgz'); however, extremely complex path data or embedded fonts/rasters can still produce large files. Optimize with SVGO or equivalent. The classic TIFF specification limits files to 4 GB, though BigTIFF (using 64-bit offsets) removes this restriction.
File sniffing No fixed magic bytes; detect by XML root element (<svg …>) and MIME. For '.svgz', look for gzip header (1F 8B) and 'image/svg+xml' after decompression.
Bit depths
  • 1
  • 4
  • 8
  • 16
  • 24
  • 32
Transparent color Yes
Compression method Supports multiple: None, LZW, PackBits, JPEG, ZIP, CCITT Group 4 (fax), etc.
Interlacing Not applicable (stores images in full resolution)