Convert to YUV online
Free online converter for converting files to YUV.
How to convert files to YUV?
1
Upload your file
Click the 'Choose File' button or drag and drop your file into the upload area. Supported formats include PNG, JPG, WEBP and more.
2
Select the output format
Make sure YUV is selected as the conversion format. Adjust additional settings if needed.
3
Start the conversion process
Click the 'Convert' button and wait a few seconds. All conversions are performed on our servers.
4
Download the result
Once the process is complete, click the 'Download' button and save the file in YUV format.
Why choose our YUV converter?
We ensure quality, convenience, and support for all formats.
High-quality to YUV conversion
We guarantee precise to YUV file conversion without any loss of quality.
Support for multiple formats
You can convert your to YUV files from over 200 different formats, including images, documents, and more.
Compatible with all devices
Convert to YUV files from any device – whether it's a computer, tablet, or smartphone.
User-friendly interface
Our service is designed to make to YUV conversion easy for everyone in just a few simple steps.
Full data security
All files are transmitted and stored using advanced encryption technologies.
High-speed processing
Thanks to cloud technology, we ensure fast processing even for large to YUV files.
Convert to YUV: supported formats
Convert YUV to other formats
.YUV
Raw YUV (Y′CbCr) frame data
| Data type | Image |
| MIME type | video/x-raw-yuv |
| Developer | No single developer (raw dump convention used across video/image toolchains) |
| Primary use cases | Intermediate raw frame dumps in video processing; codec testing/benchmark datasets; computer vision and GPU pipelines; debugging color conversion, scaling, and chroma subsampling issues |
What is the YUV file format?
YUV (.yuv) is typically a headerless raw dump of uncompressed Y′CbCr pixel data (often called “YUV”) used for video/image processing, where width, height, and pixel format must be known separately.
YUV file characteristics
| Data type | Image |
| MIME type | video/x-raw-yuv |
| Compression | None (uncompressed) |
| Color depth | Depends on pixel format: commonly 8-bit per component; 10/12/16-bit variants exist in many raw pipelines (tooling must be told the exact format). |
| Color space | Y′CbCr (often called “YUV” in practice). The Y′CbCr matrix (e.g., BT.601/BT.709/BT.2020), range (limited/full), and chroma siting are not stored and must be known externally. |
| Transparency support | No |
| Animation support | Yes |
| Resolution support | Any resolution is possible, but it is not stored in the file—must be provided externally. |
| Metadata | No standard embedded metadata; parameters like resolution, pixel format, and frame rate are not stored in the file. |
| Structure type | Raw byte stream (no header) → optional sequence of frames; each frame size is determined by width, height, pixel format and bit depth |
| Standard / Specification | No single formal file specification for “.yuv” raw dumps; decoding conventions follow toolchains (e.g., FFmpeg rawvideo demuxer) and defined pixel formats (I420/NV12/YUY2/etc.) |
| Typical file size | Deterministic and often large. For 8-bit: 4:2:0 ≈ 1.5 bytes/pixel (W×H×3/2 per frame), 4:2:2 ≈ 2 bytes/pixel (W×H×2), 4:4:4 ≈ 3 bytes/pixel (W×H×3). Multiply by number of frames. |
Advantages
The YUV file format offers several advantages that make it suitable for common use cases.
- Minimal overhead and fastest write/read for pipelines;
- Exact uncompressed samples (no codec artifacts);
- Flexible (any resolution/bit depth/pixel format, as long as you know it);
- Common in testing and research datasets
Limitations
The YUV file format has certain limitations that may affect its use in specific scenarios.
- No header and no standard metadata. Correct interpretation requires: (1) resolution, (2) exact pixel format/layout (planar vs NV12 vs packed), (3) bit depth and endianness for >8-bit, (4) color matrix/range and chroma siting. Frame rate is not stored. For interchange, prefer self-describing formats (PNG/TIFF for images, Y4M/MP4/MKV for video).
Compatibility
YUV images are widely supported and can be viewed on most devices and platforms.
- Supported platforms: Windows, macOS, Linux (via tools like FFmpeg, GStreamer, YUView, ImageMagick)
- Supported devices: Video capture pipelines, codecs test sequences, computer vision workflows (usually as intermediate/raw debug output)
- Browser support: No
- Mobile support: No
- Backward compatibility: Yes
Security considerations
Treat as untrusted input: incorrect declared dimensions/pixel format can cause huge allocations or out-of-bounds behavior in buggy decoders. Prefer trusted tools and validate expected frame size before processing.
License
N/A (raw sample dump; no licensing inherent to the container)
A .yuv file is usually not a standardized “image file format” but a raw byte stream containing one or more frames of uncompressed Y′CbCr (often loosely called YUV) samples. Because it has no header, it does not store key parameters such as resolution, pixel format (e.g., yuv420p/I420, NV12, YUY2, yuv444p), bit depth, color matrix (BT.601/BT.709/BT.2020), range (limited/full), chroma siting, or frame rate—these must be provided externally to view or convert the data correctly.
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