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Convert HDR to TIFF - Keep Your Dynamic Range Intact

Transform HDR radiance files to TIFF. Maintain dynamic range data in a universally compatible format.

Step 1: Upload your files

You can also Drag and drop files.

Step 2: Choose format
Step 3: Convert files

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Why Convert HDR to TIFF?

HDR (Radiance RGBE) files store incredible dynamic range data-capturing everything from deep shadows to bright highlights in a single image. But not every application can open them. TIFF handles high bit-depth data excellently and opens in virtually any image editor.

When you need to edit HDR files in Photoshop, Lightroom, or other mainstream software, TIFF is often the most practical choice. It preserves quality while giving you universal compatibility.

How to Convert HDR to TIFF

  1. Upload your HDR file - Drag and drop or click to select your Radiance HDR image
  2. Choose TIFF output - TIFF preserves high bit-depth data from your HDR source
  3. Download your TIFF - Ready for editing, printing, or archiving

The entire process runs in your browser. No software installation required.

HDR vs TIFF: Understanding the Difference

HDR (Radiance High Dynamic Range) format uses RGBE encoding to store floating-point color data in a compact way. It excels at preserving extreme light values but requires specialized software to view and edit.

TIFF (Tagged Image File Format) supports multiple bit depths including 16-bit and 32-bit, making it capable of storing high dynamic range information. In our testing, TIFF files maintain excellent tonal gradation from HDR sources while working in standard image editors.

Key differences:

  • Software support - HDR needs specialized viewers; TIFF opens everywhere
  • File size - TIFF files are typically larger than HDR due to less aggressive compression
  • Editing flexibility - TIFF works in Photoshop, GIMP, Affinity Photo, and most editors
  • Print compatibility - TIFF is the standard for print workflows; HDR is not

When to Use This Conversion

Photography Post-Processing

HDR images from bracketed exposures or HDR cameras need editing. Convert to TIFF to work in your favorite photo editor while keeping the tonal range you captured.

3D Rendering Workflows

Rendered HDR output from Blender, 3ds Max, or other 3D software often needs conversion for compositing or client delivery. TIFF provides a compatible format that maintains quality.

Archival and Documentation

TIFF is an industry-standard archival format. Converting HDR environment maps or lighting captures to TIFF ensures long-term accessibility.

Alternative Formats to Consider

TIFF is excellent for editing workflows, but depending on your needs, other formats might work better:

  • HDR to PNG - Lossless compression, good for web use, but limited to 16-bit
  • HDR to EXR - Industry standard for VFX; maintains full HDR data with better compression
  • HDR to JPG - Maximum compatibility but loses dynamic range; best for final delivery only

For editing purposes where you need wide software support, TIFF remains the most practical choice.

Works on Any Device

Our converter runs entirely in your browser:

  • Windows, Mac, Linux, Chromebook
  • Chrome, Firefox, Safari, Edge
  • No plugins or downloads needed

Your files stay on your device throughout the conversion process.

Pro Tip

For best results, work with your converted TIFF in 16-bit or 32-bit mode in Photoshop. This preserves the tonal gradations from your HDR source and prevents banding in smooth gradients like skies.

Common Mistake

Converting HDR to 8-bit TIFF and wondering why highlights look clipped. Always use high bit-depth TIFF when preserving dynamic range matters.

Best For

Photographers editing HDR captures in standard software, and 3D artists who need to deliver rendered images in a universally compatible format.

Not Recommended

If you're staying within a 3D/VFX pipeline, keep your files as HDR or convert to EXR instead. TIFF is best when you need mainstream software compatibility.

Frequently Asked Questions

TIFF supports 16-bit and 32-bit color depth, which preserves most HDR data. While the RGBE encoding is different, the tonal information translates well to TIFF's high bit-depth support.

HDR files open in specialized software like HDRShop, Photomatix, Luminance HDR, and some 3D applications like Blender. Photoshop can open HDR but works more smoothly with TIFF for editing.

HDR uses efficient RGBE encoding that compresses data effectively. TIFF, especially uncompressed TIFF, prioritizes quality and compatibility over file size. You can use TIFF with LZW compression to reduce size.

Yes. HDR environment maps used for 3D lighting convert to TIFF normally. However, for continued use in 3D software, EXR might be a better choice as it's designed for this purpose.

Yes, completely free with no registration required. Convert as many HDR files to TIFF as you need.

Our converter outputs TIFF files that capture the dynamic range from your HDR source. The output preserves the luminance information stored in the original Radiance format.

Yes. Upload multiple HDR files at once and convert them all to TIFF in a single batch operation.

No. The conversion processes entirely in your browser. Your files remain on your device and are never uploaded to external servers.

Both store high dynamic range data. HDR (Radiance) uses RGBE encoding and is common in architectural visualization. EXR (OpenEXR) is newer, supports more features like layers and channels, and is the VFX industry standard.

Yes, that's one of the main benefits. TIFF opens directly in Photoshop with full layer support, adjustment layers, and all editing tools available.

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