12 HDR Video Players for Windows 11, Mac and Mobile

HDR Video Player Basics: Decoding, Output and Display

If HDR video looks washed out on Windows 11, changing players alone may not fix it. The short answer is to choose a player that can decode the source, then verify the renderer, Windows HDR output, connection, and display before judging HDR playback. The comparison below covers 12 HDR Video Players for Windows 11, Mac and Mobile, with platform and edition differences noted.

HDR (High Dynamic Range) video delivers a significantly wider range of colors, brightness levels, and contrast compared to standard SDR (Standard Dynamic Range) content. With HDR, you'll notice deeper blacks, brighter highlights, and more nuanced color gradations that bring scenes closer to what the human eye naturally perceives.

However, playing an HDR-encoded file is not the same as sending native HDR to a display. Source decoding reads the codec and HDR metadata; the renderer and operating system determine whether the signal leaves the computer as HDR, while HDR-to-SDR tone mapping converts it for SDR output. A player cannot turn an SDR source file into HDR; it can only decode and output the signal it receives or tone-map HDR for an SDR display. A compatible HDR video player can support the chain by:

• Correctly decoding the source and interpreting HDR metadata (static or dynamic)
• Supporting wide color gamuts like DCI-P3 and Rec.2020
• Leveraging hardware acceleration from your GPU (NVIDIA, AMD, Intel) for smooth playback
• Passing through HDR signals when the operating system, connection, and display support native HDR output

Native HDR playback requires a compatible source, decoder and renderer, operating-system output path and HDR-capable display. HDR-to-SDR tone mapping produces SDR output; an MKV or MP4 extension and 4K resolution alone do not establish HDR support. If colors look wrong, check the source HDR format and codec, decoder and renderer, selected display, operating-system HDR state, GPU driver, and connection in that order. These output-chain checks also matter when evaluating HDR software for playback or conversion.

HDR Formats: HDR10, HDR10+, Dolby Vision and HLG

Before choosing an HDR video player, compare how Dolby Vision and HDR10 handle metadata and output, along with the roles of HDR10+ and HLG:

• HDR10 uses static metadata and commonly serves as the baseline HDR format or fallback output.
• HDR10+ uses dynamic metadata, but decoding the file does not confirm that the metadata reaches the display; an unsupported chain may fall back to HDR10.
• Dolby Vision uses dynamic metadata and multiple profiles, so successful file playback does not by itself confirm native Dolby Vision output.
• HLG (Hybrid Log-Gamma) is designed for broadcast workflows and can remain viewable on compatible SDR systems.

Key takeaway: Match the source format with the player, decoder, renderer, operating-system output path, and display. HDR10 fallback, HDR10+ metadata handling, and Dolby Vision profile support are separate capabilities.

Quick Comparison: 12 HDR Video Players at a Glance

The table focuses on six active desktop editions; the remaining entries are discussed in the platform sections below. Edition details and the PlayerFab $59.99 displayed offer are as of October 2026.

Best HDR Video Players for Windows and Mac (2026)

For Mac users, IINA is a free, open-source option for local playback; IINA 1.5.0 requires macOS 12.0, or macOS 11.0 on Intel.

1. PlayerFab Ultra HD Player: Windows and Mac Editions

PlayerFab Ultra HD Player is the Windows edition for 4K UHD Blu-ray discs, ISO files, and movie folders, with full menu navigation documented for Windows. The Mac offer is DVDFab Player 6 Ultra, so Windows-specific disc behavior should not be assumed on Mac.

• Platform: Windows; separate Mac edition
• Price: $59.99 displayed offer
• Supported Formats: HEVC, MP4, MKV, MOV, FLV, and VOB
• Resolution: Up to 4K UHD

Pros:

• Plays physical 4K Blu-ray discs, ISO files, and movie folders with menu support on Windows
• Supports hardware decoding via AMD, Intel, and NVIDIA GPUs
• Supports 3D Blu-ray playback with four output modes for different display setups
• Built-in media library with automatic poster wall and metadata downloading

Cons:

• The PlayerFab page distinguishes Windows PlayerFab from DVDFab Player 6 Ultra for Mac
• Premium pricing compared to free alternatives

2. VLC Media Player: Free HDR Video Player Compatibility

VLC is a free, open-source HDR video player with broad format compatibility on Windows, Mac, and Linux. Playing an HDR-encoded file does not by itself confirm native HDR output; check VLC's selected video output module and your display's HDR indicator on the device you use. Its cross-platform availability makes it a practical compatibility option, but HDR output depends on the complete playback chain.

• Platform: Windows, Mac, Linux
• Price: Free (open-source)
• Supported Formats: MKV, AVI, MP4, OGG, AAC, HEVC, and other common formats
• Resolution: Up to 4K

Pros:

• Free and open-source
• Plays a broad range of video and audio formats without additional codecs
• Adjustable playback speed with maintained audio pitch
• Built-in video and subtitle synchronization, screen recording, and basic video trimming
• Desktop and mobile editions are available, although HDR behavior should be checked separately on each device

Cons:

• HDR output and tone mapping depend on the selected output module, operating system, and display
• No built-in media library for organizing your collection
• Some HDR setups require manual output checks

3. PotPlayer: HDR Player for Advanced Users

PotPlayer is a free HDR video player for Windows with granular playback and rendering controls. PotPlayer provides Windows playback controls and GPU decoding. A player, decoder and external renderer are separate components in the playback chain. It is suited to Windows users who are comfortable configuring playback settings for their specific display and output path.

• Platform: Windows
• Price: Free
• Supported Formats: MKV, MP4, AVI, HEVC, VP9, AV1, and all major formats
• Resolution: Up to 8K

Pros:

• Configurable playback and HDR rendering controls
• GPU-accelerated decoding through NVIDIA CUDA, Intel Quick Sync, and DXVA
• HDR output depends on the decoder, renderer, Windows settings, and connected display
• Extensive subtitle support with real-time rendering and customization
• Lightweight with minimal system resource usage despite advanced features

Cons:

• Windows-only with no Mac or mobile version
• Interface can feel overwhelming for beginners due to extensive settings
• Requires manual configuration for optimal HDR output

4. 5KPlayer: Local Playback and Streaming Features

5KPlayer combines local playback with streaming and downloading capabilities. It plays high-resolution videos in MKV, MP4, HEVC, and H.264 formats while offering NVIDIA, Intel QSV, and DXVA2 hardware decoding options. Its built-in AirPlay and DLNA features can stream supported media to compatible TVs and speakers, but native HDR output still depends on the receiving device and connection.

• Platform: Windows, Mac
• Price: Free
• Supported Formats: MKV, MP4, HEVC, H.264, AVI, and more
• Resolution: Up to 8K

Pros:

• Plays 4K/8K, 1080p, 360-degree video, DVD, and IPTV content
• Built-in AirPlay and DLNA for wireless streaming to compatible TVs and speakers
• Includes online video download tools for supported sites
• Available on both Windows and Mac platforms
• Converts online video soundtracks to MP3 or AAC format

Cons:

• Interface may not feel intuitive for first-time users
• Video download feature may not work with all streaming services

5. KMPlayer: PC 64X and Other Editions

KMPlayer is distributed as separate PC 64X, classic PC, Mac, and mobile editions. PC 64X is described as ad-free, while the classic PC edition lists advertising. Its PC editions support codecs including HEVC, H.265, H.264, and VP9, with playback controls that vary by edition.

• Platform: Windows; separate Mac and mobile editions
• Price: Free
• Supported Formats: Ultra HD, 3D, HEVC, H.265, VP9, and other common formats
• Resolution: Up to 4K UHD

Pros:

• Supports Ultra HD 4K, 3D movies, and a broad range of media files
• Includes codecs such as HEVC, H.265, H.264, and VP9
• Full control over video playback: resizing, post-processing effects, codec configuration, and real-time capture
• Supports over 42 languages for a global user base

Cons:

• The classic PC edition lists advertising; PC 64X is described as ad-free
• Features and platform support differ across the PC, Mac, and mobile editions

6. DivX Player: Windows and Mac Playback Differences

DivX Player offers Windows and Mac builds with media playback and library-management features. HEVC support is specific to the Windows edition, so the Windows HEVC workflow is distinct from the Mac media-management experience. The built-in media server lets you cast content across your home network.

• Platform: Windows and Mac
• Supported Formats: AVI, DIVX, MKV and MP4; HEVC on Windows
• Resolution: Up to 4K

Pros:

• Windows HEVC support and separate media-management features for Windows and Mac
• Built-in media library for organizing videos, creating playlists, and looping content
• Cloud storage syncing for seamless access across devices
• Built-in media server to cast music and videos within your home network

Cons:

• HEVC support is limited to the Windows edition
• Windows and Mac builds do not have identical playback capabilities

Best HDR Video Players for Android and iOS (2026)

Mobile HDR playback has matured significantly in 2026, with many smartphones now featuring HDR10 and Dolby Vision-capable displays. The entries below cover mobile playback options and the device-specific checks needed for HDR output.

1. Lark Player: Offline Music and Video Features

Lark Player is an offline music and video player for Android devices. It combines video playback with a built-in equalizer, lyrics display, and file-management tools. Users can organize media into playlists and switch between day and night themes.

• Platform: Android 4.4+
• Price: Free

Pros:

• Equalizer presets for adjusting audio during offline playback
• Supports formats including WAV, MP3, MOV, MP4, and MKV
• Playlist organization by artist, song, genre, and other categories
• Day and night theme options

Cons:

• Android-only with no iOS version

2. CnX Player: Mobile Availability and Windows HDR

The CnX Android and iPhone/iPad apps are currently unavailable in their app stores. CnX Player for Windows 5.0 supports HDR10 and HLG, with 10-bit HDR offered as a Pro feature. Mobile users looking for a currently available Android option can continue to the MX Player entry below, but HDR output still depends on the device, decoder, and display path.

• Platform: Windows
• Edition detail: 10-bit HDR is a Pro feature

3. VLC Mobile: Android and iOS HDR Compatibility

VLC Mobile is available for Android and iOS and can open local files, cloud-stored media, and network streams. HDR-encoded file playback does not by itself confirm native HDR output, so check the app's active output path and your device's HDR indicator.

• Platform: Android, iOS, tvOS, visionOS
• Price: Free

Pros:

• Plays network streams, audio and video files, DVD ISOs, and cloud-stored content
• Supports formats including MP4, MKV, OGG, and AAC without conversion
• Built-in closed caption, teletext, and subtitle support
• Browse and organize media through the built-in media library

Cons:

• Native HDR output depends on the device and active output path
• Desktop HDR behavior should not be assumed on mobile

4. MX Player: HDR Player for Android

MX Player's US Android app provides local video playback, gesture controls, hardware-accelerated decoding, and a kid-safe mode. For HDR files, confirm the device's codec support and HDR output indicator rather than treating app installation alone as proof of native HDR playback.

• Platform: Android in the United States
• Price: Free with ads

Pros:

• Privacy folder for hiding selected video files
• Kid-safe mode for restricting playback controls
• Gesture controls for brightness, volume, seeking, and subtitle adjustment
• File manager for accessing locally stored media

Cons:

• The free app includes ads

5. Archos Video Player: Legacy Android TV Playback

The Archos Video Player source repository has no commit after February 11, 2018. Its documented features include hardware-accelerated decoding for MKV, MP4, AVI, WMV, and FLV files, plus multi-audio track and subtitle support for SRT, SUB, ASS, and SMI files. For a currently available US Android option, consider the MX Player entry above and check decoding and HDR output on your specific device.

6. IINA: macOS Playback, Not a Mobile App

IINA is a free, open-source media player for macOS, not Android or iOS. Its current system requirements are listed in the desktop section above. For mobile playback, use one of the Android or iOS options above and verify HDR output on the specific device.

HDR Playback Fixes for Windows 11 and Other Devices

Even with the right HDR video player, you might encounter playback problems. Check the source file, decoder and renderer, system HDR output, selected display, GPU driver, and connection in that order.

HDR Looks Washed Out or Dull

Washed-out HDR can result from a mismatch anywhere in the playback chain, including the source file, decoder, renderer, operating-system output, or display. Check each stage before changing color or brightness controls.

Quick fixes:

1. Check the source and codec: Confirm that the file contains HDR video and that your player can decode its video codec; 4K resolution or an MP4/MKV extension alone does not establish HDR output
2. Check the decoder and renderer: Confirm that the playback chain is sending native HDR when supported rather than converting the image to SDR through tone mapping
3. Check the selected display and OS setting: Select the HDR-capable screen and enable "Use HDR" in Windows Display Settings
4. Check the driver and connection: Update the NVIDIA, AMD, or Intel GPU driver and confirm that the cable, port, and display input support the intended HDR mode

Enable HDR on Windows 11 and Windows 10

1. Open Settings → System → Display
2. Select your HDR-capable monitor
3. Toggle "Use HDR" to On
4. On Windows 11, open HDR display calibration if it is available for your display
5. For local HDR files, select native HDR output or passthrough when the full playback chain supports it; use HDR-to-SDR tone mapping for an SDR display

The "Use HDR" display setting controls the Windows output path. Microsoft's streaming-HDR requirements are separate from local-file playback and may require additional app, codec, and service support.

Hardware Requirements for HDR Playback

HDR playback does not have one universal CPU, GPU, or memory requirement. Native HDR output requires a compatible HDR source and codec, hardware or software decoding for that codec and bit depth, a renderer that can send HDR output, an enabled operating-system HDR path, and an HDR-capable display connected with sufficient bandwidth.

• For local HDR files: Confirm that the GPU or system-on-chip can decode the file's codec, resolution, and bit depth.
• For native HDR output: Use a compatible display and connection, select that display in the operating system, and enable its HDR output mode.
• For an SDR display: Choose HDR-to-SDR tone mapping instead of HDR passthrough.

Bonus: Convert SDR to HDR10 Locally with UniFab

An HDR video player can display compatible HDR content, but it cannot turn an SDR source file into HDR. If you only need playback, choose a compatible player and confirm the complete source-to-display output chain first.

UniFab HDR Upconverter AI is an HDR video enhancer that converts SDR video to HDR10 locally on Windows and Mac, with MP4 and MKV output up to 4K, GPU acceleration and batch processing. Prepare an authorized personal SDR video, save the new HDR10 file, then open it through a compatible player, operating-system output path, and HDR-capable display.

Key Features:

• HDR10 output up to 4K in MP4 or MKV format
• Local Windows and Mac processing without uploading the source video
• Batch processing and GPU acceleration for preparing multiple files

Conversion creates a new HDR10 file rather than changing how the original SDR file is played. A Dolby Vision-capable display does not remove the need for a compatible HDR10 playback and output chain.

Use UniFab HDR Upconverter AI only for content you are authorized to access and process, where permitted by platform terms and applicable law, and do not redistribute files without permission.

The UniFab review provides broader product and setup context.

To prepare an SDR library for later HDR playback, start a local SDR to HDR conversion from the product page.

FAQs about HDR Video Player

Which is the best HDR video player overall?

The right choice depends on the task. PlayerFab suits a documented Windows disc-playback workflow, while PotPlayer offers more configurable Windows playback controls. In either case, native HDR output still depends on the source file, decoder and renderer, operating-system settings, connection, and HDR-capable display.

Can VLC play HDR videos properly?

VLC can decode and play HDR-encoded files, but file playback alone does not confirm native HDR output. Check the installed output module, the operating system's HDR state, and the display's HDR indicator. If the image is tone-mapped to SDR, the display will not receive a native HDR signal.

Is there a free HDR video player for Mac?

Yes. IINA is a free, open-source media player for macOS. The desktop section above lists its current macOS requirements. File compatibility alone does not confirm native HDR or Dolby Vision output, so check the Mac, display, and output path.

Can I convert SDR videos to HDR?

Yes. UniFab HDR Upconverter AI converts SDR video to HDR10 on Windows and Mac, saving a new MP4 or MKV file up to 4K. Playback alone does not convert the source; open the saved file through a compatible HDR playback and display chain.

Do I need an HDR monitor to use an HDR video player?

Native HDR viewing requires an HDR-capable display and a compatible output chain. You can still open HDR video on an SDR monitor when the player supports HDR-to-SDR tone mapping, but the displayed result remains within the screen’s SDR brightness and color range.