Convert QOI to TIFF

Drag and drop files here or click to select.
Max file size 100mb.

Uploading progress:

QOI vs TIFF Format Comparison

Aspect	QOI (Source Format)	TIFF (Target Format)
Format Overview	QOI Quite OK Image Format A modern lossless image format designed for simplicity and speed, created by Dominic Szablewski in 2021. QOI achieves compression ratios comparable to PNG while encoding 20-50x faster. It uses a custom lossless algorithm combining run-length encoding with difference and index-based pixel encoding, supporting both RGB and RGBA color modes. Modern Lossless	TIFF Tagged Image File Format A versatile raster image format widely used in professional photography, publishing, and printing. TIFF supports both lossy and lossless compression, multiple pages, layers, and high bit depths. Its flexibility and quality make it the standard for print production and archival imaging. Standard Lossless
Technical Specifications	Color Depth: 24-bit (RGB) or 32-bit (RGBA) Compression: Custom lossless (run-length + diff encoding) Transparency: Yes (RGBA mode) Animation: Not supported Extensions: .qoi	Color Depth: 1-bit to 64-bit (up to 16-bit per channel + alpha) Compression: LZW, ZIP, JPEG, or uncompressed Transparency: Full alpha channel support Animation: Not supported (multi-page supported) Extensions: .tiff, .tif
Image Quality	Lossless — every pixel preserved exactly 24-bit RGB or 32-bit RGBA color modes No compression artifacts or quality degradation Pixel-exact reproduction on decode	Lossless — all image data preserved exactly No compression artifacts Perfect for archival and further editing Bit-exact reproduction of pixel data
Processing & Tools	Process QOI files with command-line tools: # Convert QOI to other formats qoiconv input.qoi output.png # Using FFmpeg ffmpeg -i input.qoi output.png # Python with qoi library import qoi img = qoi.read("input.qoi")	Create TIFF files with standard image tools: # Convert to TIFF with ImageMagick magick input.png output.tiff # Using FFmpeg ffmpeg -i input.png output.tiff # Python Pillow from PIL import Image img = Image.open('input.png') img.save('output.tiff')
Advantages	Extremely fast encoding — 20-50x faster than PNG Extremely fast decoding — 3-4x faster than PNG Simple specification — under 300 lines of C reference code Lossless compression with zero quality loss Full RGBA transparency support Easy to implement in any programming language Open specification with no patents or licensing fees	Lossless compression preserves every pixel exactly No quality degradation on re-saving or editing Widely supported across platforms and applications Suitable for archival and professional workflows No compression artifacts in output Reliable format with long-term software support
Disadvantages	Limited software support compared to PNG or JPEG No metadata or EXIF support No ICC color profile support Slightly larger files than optimized PNG for some images No animation support No HDR or wide color gamut support Not supported by web browsers natively	Larger file sizes than lossy formats for photographs Slower encoding compared to simpler formats May not be optimal for web delivery (file size) Not all features supported by every application Overkill for simple photographic content
Common Uses	Game development asset pipelines Real-time rendering texture storage Intermediate format in image processing pipelines Embedded systems with limited CPU resources Screenshots in performance-critical applications Quick lossless image archival	General image storage and distribution Web publishing and sharing Professional design workflows Image editing and processing Digital asset management
Best For	Applications requiring ultra-fast encoding/decoding Game engines and real-time graphics pipelines Embedded systems with constrained processing power Lossless image storage where speed matters more than file size Replacing PNG in speed-critical workflows	General-purpose image storage Cross-platform image sharing Professional editing workflows Web and digital publishing
Version History	Introduced: 2021 (Dominic Szablewski) Current Version: QOI 1.0 specification Status: Modern, growing adoption Evolution: Single specification, focus on simplicity over feature complexity	Introduced: 1986 (Aldus Corporation, now Adobe) Current Version: TIFF 6.0 (1992), BigTIFF extension Status: Standard, essential for print and archival Evolution: TIFF 4.0 (1986) → 5.0 (1988) → 6.0 (1992) → BigTIFF (2004)
Software Support	Image Editors: GIMP (plugin), IrfanView, XnView, FFmpeg 5.1+ Web Browsers: Not natively supported (requires conversion) OS Preview: Limited — requires plugins on most OS Mobile: Limited native support, available via libraries CLI Tools: qoiconv (reference), FFmpeg, ImageMagick (delegate), Pillow (plugin)	Image Editors: Photoshop, GIMP, Lightroom, Capture One, all professional editors Web Browsers: Safari only (limited browser support) OS Preview: Varies by format and platform Mobile: Platform dependent CLI Tools: ImageMagick, FFmpeg, Pillow

Why Convert QOI to TIFF?

Converting QOI (Quite OK Image Format) to TIFF (Tagged Image File Format) enables broader compatibility and usage of your images across platforms and applications that may not natively support the QOI format. While QOI excels at fast encoding and decoding with lossless quality, its limited software support means conversion to widely-supported formats is often necessary for sharing, web publishing, and professional workflows.

The primary advantage of converting QOI to TIFF is universal accessibility. Tagged Image File Format files can be opened, edited, and displayed by virtually all image editing software, web browsers, and operating systems. This makes TIFF the practical choice when you need to share images with colleagues, clients, or publish them on the web.

QOI's strength lies in its encoding speed — 20-50x faster than PNG — which makes it excellent for real-time applications and game development pipelines. However, when the final output needs to be shared or published, converting to TIFF ensures maximum compatibility without requiring recipients to install QOI-specific viewers or plugins.

Our free online converter handles the QOI to TIFF transformation seamlessly, preserving image quality throughout the process. Simply upload your QOI file and download the converted TIFF result instantly, with no software installation required.

Key Benefits of Converting QOI to TIFF:

Universal Compatibility: TIFF is supported by all major software, browsers, and operating systems
Quality Preservation: Lossless QOI source ensures maximum quality in the converted TIFF output
Easy Sharing: TIFF files can be opened by anyone without special software
Web Ready: Output format is suitable for web publishing and social media
Professional Workflow: TIFF integrates seamlessly with design and editing tools
No Software Required: Convert directly in your browser with no installation needed
Instant Processing: Fast conversion with immediate download of the result

Practical Examples

Example 1: Game Asset Export for Web Portfolio

Scenario: A game developer has QOI texture assets and needs to convert them to TIFF for displaying in an online portfolio website.

Source: character_texture_diffuse.qoi (2.4 MB, 2048x2048px, RGBA)
Format: QOI lossless with alpha channel
Usage: Game engine texture atlas

Result: character_texture_diffuse.tiff (converted for web display)

Workflow:
1. Export QOI textures from game project
2. Convert to TIFF for browser compatibility
3. Upload to portfolio website
* Universal browser support for TIFF format
* Image quality preserved from lossless source
* No special plugins needed to view

Example 2: Screenshot Archive Conversion

Scenario: A software team uses QOI for internal screenshot capture (fast encoding) and needs to convert screenshots to TIFF for external documentation.

Source: app_dashboard_v3.qoi (1.8 MB, 1920x1080px, RGB)
Format: QOI lossless screenshot
Captured: Automated testing pipeline

Result: app_dashboard_v3.tiff (documentation-ready)

Benefits:
* Compatible with all documentation tools
* Can be embedded in PDFs and web pages
* Readable by all team members and stakeholders
* No QOI viewer required for review
* Suitable for client-facing materials

Example 3: Batch Texture Pipeline Output

Scenario: A rendering studio processes textures through a QOI-based pipeline and needs final output in TIFF for delivery to clients using standard image editing software.

Source: 50 QOI texture files (various sizes, 200 MB total)
Format: QOI lossless pipeline output
Pipeline: Custom rendering → QOI intermediate → final delivery

Result: 50 TIFF files ready for client delivery

Delivery workflow:
* Batch convert all QOI files to TIFF
* Clients open files in Photoshop, GIMP, etc.
* No format compatibility issues
* Quality preserved from lossless QOI source
* Standard format for print and digital publishing

Frequently Asked Questions (FAQ)

Q: What is QOI format?

A: QOI (Quite OK Image Format) is a modern lossless image format created by Dominic Szablewski in 2021. It achieves compression ratios comparable to PNG while encoding 20-50x faster. QOI supports both RGB and RGBA color modes and is designed for simplicity — the entire specification fits in under 300 lines of C code.

Q: Will I lose quality converting QOI to TIFF?

A: Both formats use lossless compression, so no quality is lost during conversion. Every pixel is preserved exactly.

Q: What software supports TIFF?

A: TIFF (Tagged Image File Format) is widely supported by image editors (Photoshop, GIMP, Affinity Photo), all major web browsers, and operating systems. It is one of the most universally compatible image formats available.

Q: How does QOI compare to TIFF?

A: QOI focuses on encoding/decoding speed (20-50x faster than PNG) with a simple specification, while TIFF offers broader software support and more features. QOI is ideal for internal pipelines and game development, while TIFF is better for sharing and distribution.

Q: Is converting QOI to TIFF free?

A: Yes! Our online converter transforms QOI files to TIFF completely free with no registration, no watermarks, and no file count limits. Simply upload your QOI file and download the converted TIFF.

Q: Can I batch convert multiple QOI files?

A: Yes, you can upload and convert multiple QOI files to TIFF simultaneously. Our converter handles batch processing efficiently, making it easy to convert entire collections of QOI images.

Q: Is QOI still supported?

A: Yes, QOI is actively maintained and growing in adoption. It was introduced in 2021 and has gained support in FFmpeg, GIMP (via plugin), IrfanView, XnView, and many game engines. The specification is stable at version 1.0 and implementation libraries exist for most programming languages.

Q: Can I convert QOI to TIFF on mobile?

A: Yes, our web-based converter works on all devices including smartphones and tablets. Simply open the page in your mobile browser, upload the QOI file, and download the converted TIFF image.