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HDR (High Dynamic Range) is a video technology that expands the brightness and color range beyond what standard dynamic range (SDR) video can display. On YouTube, HDR videos appear with an "HDR" label next to the resolution option (e.g., "2160p HDR"), giving viewers a more lifelike, immersive experience on compatible devices.
YouTube currently supports three main HDR formats:
| HDR Format | Key Features | Best For |
| HDR10 | Static metadata, open standard, wide device support | General HDR content, broadest compatibility |
| Dolby Vision | Dynamic metadata, scene-by-scene optimization | Premium content, cinematic quality |
| HLG (Hybrid Log-Gamma) | No metadata required, backward-compatible with SDR | Live broadcasts, simple HDR workflows |
When you upload an HDR video to YouTube, the platform automatically detects the HDR metadata and produces HDR transcodes for compatible devices. Viewers on non-HDR devices will see an SDR downconversion, so your video remains accessible to all audiences.
Not all devices can display HDR content. Here is a quick compatibility overview:
Before uploading HDR video to YouTube, your footage must meet specific technical specifications. Using the wrong settings will result in washed-out colors or missing HDR tags.
| Specification | Requirements |
| Resolution | 720p or higher (4K UHD 3840×2160 recommended) |
| Color Primaries | Rec. 2020 (preferred) or Rec. 709 |
| Color Matrix | Rec. 2020 non-constant luminance |
| Bit Depth | 10-bit or 12-bit (8-bit will not trigger HDR) |
| EOTF (Transfer Function) | PQ (Perceptual Quantizer) or HLG (Hybrid Log-Gamma) |
| Frame Rate | 23.976, 24, 25, 29.97, 30, 48, 50, 59.94, or 60 fps |
Important tips:
Choosing the right codec and container is critical for preserving HDR quality during upload. YouTube supports several combinations:
| Container | Supported Codecs |
| MP4 | HEVC/H.265, VP9 Profile 2, AV1, H.264 10-bit |
| MOV | ProRes 422 HQ, ProRes 4444, VP9 Profile 2 |
| MKV | HEVC/H.265, ProRes 422, VP9 Profile 2, AV1 |
| Codec | Pros | Cons |
| HEVC/H.265 | Excellent quality-to-size ratio, widely supported | Slower encoding |
| AV1 | Best compression, royalty-free, future-proof | Very slow encoding, limited hardware support |
| VP9 Profile 2 | Good quality, supported natively by YouTube | Less common in editing software |
| ProRes 422 HQ | Lossless quality, ideal for MOV workflows | Very large file sizes |
| DNxHR HQX | Professional broadcast quality | Large files, niche use |
Avoid standard 8-bit H.264 for HDR content — it cannot carry HDR metadata and will be treated as SDR.
Follow this complete workflow to successfully upload HDR for YouTube with proper quality and metadata intact.
Start with HDR source material. You can either:
When recording, ensure your camera is set to: - HDR recording mode (HLG or PQ) - Rec. 2020 color space - 10-bit or higher color depth - A supported codec (HEVC, ProRes)
Use professional editing software that supports HDR workflows:
Key editing tips: - Work on an HDR-compatible monitor for accurate color grading - Use waveform monitors to assess brightness distribution - Export in HEVC 10-bit or ProRes 4444 to preserve HDR metadata
HDR videos must contain proper metadata in the codec or container for YouTube to recognize them as HDR. The most reliable methods:
Method A: Export from DaVinci Resolve (Preferred)
DaVinci Resolve automatically embeds correct HDR metadata when you export with HDR project settings. This is the simplest and most reliable approach.
Method B: YouTube HDR Metadata Tool
If your editing software does not export standard HDR metadata, use the YouTube HDR Metadata Tool (available on GitHub). This tool uses mkvmerge to embed required metadata into MKV containers.
Key metadata values the tool sets:
| Metadata Field | Value |
| Transfer Function | PQ (ST 2084) or HLG |
| Color Primaries | Rec. 2020 |
| Matrix Coefficients | Rec. 2020 NCL |
| MaxCLL | Content light level (e.g., 1000 nits) |
| MaxFALL | Frame average light level (e.g., 300 nits) |
| Mastering Display | SMPTE ST 2086 coordinates |
Warning: The YouTube HDR metadata tool only works correctly if your video was graded using an HDR transfer function. Using it on SDR-graded footage will badly distort the colors.
If any mastering display values are missing, you can use the values for the Sony BVM-X300, the most commonly used HDR mastering display.
Once your video has proper HDR metadata:
YouTube will automatically detect the HDR metadata and begin processing. The video initially appears in lower resolution while YouTube generates HDR transcodes.
After uploading, verify your video displays correctly:
The YouTube HDR Metadata Tool is a command-line utility hosted on GitHub that uses mkvmerge to inject HDR metadata into MKV video files. Here is how to use it:
mkvtoolnix (includes mkvmerge)For PQ (HDR10):
--colour-matrix 0:9
--colour-transfer-characteristics 0:16
--colour-primaries 0:9
--max-content-light 0:1000
--max-frame-light 0:300
For HLG:
--colour-matrix 0:9
--colour-transfer-characteristics 0:18
--colour-primaries 0:9
mkvinfo to confirm proper embeddingNote: Videos using PQ signaling must contain mastering display information (SMPTE ST 2086). HDR videos may also have dynamic HDR10+ metadata as ITU-T T.35 terminal codes or SEI headers.
If you do not have an HDR camera or your existing footage is in SDR, you can convert SDR to HDR using UniFab HDR Upconverter AI. This tool upgrades SDR videos to HDR10 and Dolby Vision with AI-powered color enhancement, making your content ready for YouTube HDR upload.
Key features:
30-day Free Trial with full feature access!
Download and launch the UniFab program. Navigate to All Features and select HDR Upconverter. Import the SDR video you want to convert to HDR.
Customize the output settings as needed — choose between HDR10 or Dolby Vision, adjust the color space, video quality, audio options, and more.
Click Start to begin the HDR upscaling process. With GPU acceleration, UniFab HDR Upconverter AI ensures fast and high-quality results.
If you want to shoot HDR video natively for YouTube, here are popular cameras across different price ranges:
| Camera | HDR Format | Key Features |
| Sony Alpha a7 III / a7R III | HLG | Full-frame sensor, excellent low-light performance |
| Canon EOS R5 / XF605 | HDR PQ, Canon Log 3 | 8K recording, professional broadcast quality |
| Panasonic HC-X2 | HLG | Professional camcorder, dual-codec recording |
| DJI Osmo Pocket | HLG (newer models) | Ultra-portable, ideal for vlogging |
| JVC GY-HM250 | HLG | Built-in streaming capabilities |
| Panasonic Lumix GH6 | HLG, V-Log | Micro Four Thirds, versatile video features |
| Blackmagic Pocket Cinema 6K | Blackmagic RAW | Cinema-quality color science, DaVinci integration |
These cameras support HDR formats like HLG or PQ, which are essential for recording HDR video that YouTube can process correctly.
This is the most common issue. Check the following:
mkvinfo or MediaInfo Yes, YouTube fully supports High Dynamic Range (HDR) video uploads. Creators can upload HDR videos in HDR10, Dolby Vision, or HLG formats. YouTube automatically detects HDR metadata and creates both HDR transcodes for compatible devices and SDR downconversions for standard displays. You will see the "HDR" label next to resolution options like "1080p HDR" or "4K HDR" in the player settings.
To upload HDR video to YouTube, follow this workflow: First, ensure your video is recorded or converted to HDR with 10-bit or 12-bit color depth. Edit using HDR-capable software like DaVinci Resolve or Adobe Premiere Pro. Export with proper HDR metadata (PQ or HLG transfer function, Rec. 2020 color primaries). Then upload normally through YouTube — the platform automatically detects HDR metadata and processes accordingly.
The recommended codecs for YouTube HDR upload are HEVC/H.265 (best quality-to-size ratio), AV1 (best compression, future-proof), and VP9 Profile 2 (natively supported by YouTube). For MOV workflows, ProRes 422 HQ or ProRes 4444 are excellent choices. Avoid standard 8-bit H.264, as it cannot carry HDR metadata and will be treated as SDR content by YouTube.
The YouTube HDR Metadata Tool is a free command-line utility hosted on GitHub that uses mkvmerge to embed HDR metadata into MKV video containers. It sets color primaries (Rec. 2020), transfer characteristics (PQ or HLG), matrix coefficients, MaxCLL, MaxFALL, and mastering display information. However, it only works correctly on videos that were graded using an HDR transfer function — using it on SDR footage will badly distort the colors.
Yes, you can convert SDR videos to HDR for YouTube using AI-powered tools. UniFab HDR Upconverter AI is a popular choice that upgrades SDR footage to HDR10 or Dolby Vision format with proper color space expansion (DCI-P3 or Rec. 2020) and automatic HDR metadata embedding. The converted files are ready for direct YouTube HDR upload with all required technical specifications met.
Several factors can prevent the HDR tag from appearing: missing or incorrect HDR metadata, using 8-bit instead of 10-bit color depth, wrong transfer function (must be PQ or HLG), incorrect color primaries (should be Rec. 2020), or using an unsupported codec. Additionally, YouTube HDR processing takes longer than standard uploads — the HDR tag may appear hours after the initial upload. Use MediaInfo or mkvinfo to verify your file contains proper HDR metadata before uploading.
Yes, YouTube supports HDR live streaming. Since 2020, creators can stream HDR content live on YouTube using the H.265 (HEVC) video codec. To set up HDR live streaming, you need an HDR-capable camera, an encoder that supports HEVC with HDR metadata, and a stable high-bandwidth internet connection. Note that HDR live streaming has higher bandwidth requirements than standard SDR streams.
HDR10 uses static metadata that applies the same brightness and color settings to the entire video, while Dolby Vision uses dynamic metadata that optimizes settings on a scene-by-scene or even frame-by-frame basis. HDR10 is an open standard with broader device compatibility, making it the safer choice for reaching the widest audience. Dolby Vision offers superior visual quality but requires licensed hardware. YouTube supports both formats and automatically handles playback for compatible devices.
YouTube HDR is supported on a wide range of devices: iPhones (8 and later), Samsung Galaxy (S8 and later), Google Pixel phones, HDR-capable smart TVs from Samsung, LG, Sony, TCL, Hisense, Vizio, and Panasonic, streaming devices like Chromecast Ultra, Apple TV 4K, and Roku Ultra, and gaming consoles including PS4 Pro, PS5, Xbox One S/X, and Xbox Series X/S. Desktop users need an HDR monitor with HDR enabled in their operating system settings.
UniFab HDR Upconverter offers a free trial that lets you convert up to 3 videos to test the HDR conversion quality. The full version requires a paid license, with options for monthly, yearly, and lifetime plans. The paid version unlocks unlimited conversions, batch processing, and access to all quality models (Fast, FHD, QHD, and 4K UHD). Given the complexity of AI-powered SDR-to-HDR conversion, it provides strong value for creators who regularly upload HDR content to YouTube.
YouTube HDR processing takes significantly longer than standard SDR uploads. After uploading, your video may initially appear in SD quality while YouTube generates HDR transcodes. For a typical 10-minute 4K HDR video, expect processing to take anywhere from 30 minutes to several hours, depending on the file size, codec, and server load. The HDR label and higher resolution options become available gradually as processing completes. Do not re-upload if you do not see the HDR tag immediately.
Uploading HDR video to YouTube requires attention to technical specifications — the right codec, 10-bit or higher color depth, proper HDR metadata, and Rec. 2020 color primaries. The most reliable workflow is to shoot or convert your footage to HDR, edit with HDR-capable software like DaVinci Resolve, ensure metadata is properly embedded, and then upload normally.
If you do not have native HDR footage, UniFab HDR Upconverter AI offers a straightforward way to convert SDR content to HDR10 or Dolby Vision with all the required metadata for YouTube. Combined with the right encoding settings, your HDR videos will deliver the vibrant, high-contrast viewing experience that sets HDR content apart on YouTube.