Convert TIFF to HDR
Free online TIFF to HDR converter. No signup required.
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Max file size: 100 MB
How to Convert TIFF to HDR
Follow these simple steps to convert your file in seconds.
- 1
Upload your .tiff file
Drag and drop your .tiff file into the upload area, or click "Browse" to select it from your device. Your file is uploaded securely and processed on our servers.
- 2
Click "Convert to HDR"
Once your file is uploaded, press the convert button to start the TIFF to HDR conversion process.
- 3
Wait for the conversion to complete
The conversion usually takes just a few seconds. You can see the progress in real time while your file is being processed.
- 4
Download your converted .hdr file
When the conversion is finished, click the download button to save your new .hdr file. The file is ready to use immediately.
Understanding TIFF and HDR Formats
Learn about the source and target file formats to understand what happens during conversion.
Source Format
TIFF Image
image/tiffTIFF (Tagged Image File Format) is a flexible, high-quality raster image format widely used in professional photography and publishing. It supports multiple compression methods including LZW and ZIP lossless compression, as well as uncompressed storage, and can store images with very high bit depths. TIFF also supports multiple pages, layers, and extensive metadata within a single file.
Advantages
- Supports lossless compression and very high bit depths up to 32-bit per channel
- Capable of storing multiple pages and layers in a single file
- Widely accepted in professional print and publishing workflows
Limitations
- Large file sizes even with compression enabled
- Not natively supported by web browsers for display
- Complex specification leads to inconsistent support across software
Common Uses
- Professional photography and print production
- Scanned document archival and storage
- Medical and scientific imaging
Target Format
Radiance HDR Image
image/vnd.radianceHDR (High Dynamic Range) Radiance format, also known as RGBE, stores images with a high dynamic range of luminance values using a run-length encoded format. Developed by Greg Ward for the Radiance lighting simulation system, it encodes each pixel as three 8-bit mantissas and a shared 8-bit exponent. HDR images capture a much wider range of brightness than standard 8-bit formats.
Advantages
- Captures a wide dynamic range of lighting from very dark to very bright
- Relatively compact encoding for high dynamic range data
- Widely supported in 3D rendering, game engines, and compositing software
Limitations
- Lower precision than 32-bit EXR for demanding visual effects work
- Not suitable for direct display without tone mapping
- Limited to RGB data with no alpha channel support
Common Uses
- Environment maps and image-based lighting in 3D rendering
- HDR photography merging and tone mapping workflows
- Lighting simulation and architectural visualization
Frequently Asked Questions
Common questions about converting TIFF to HDR.
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