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Contents:
  1. HDR Setup Guide
    1. Overview
    2. Common Settings
      1. Hardware
      2. Software
    3. Local Content
      1. Kodi
      2. VLC
      3. MPC-BE + MPC Video Renderer
      4. MPC-HC/MPC-BE + madVR
      5. Kodi + MPC-HC + madVR
      6. DSPlayer Kodi + madVR
      7. Plex HTPC
      8. Plex Media Player (old)
    4. Streaming Content (Netflix, Youtube, etc..)
    5. HDR Tests
    6. MadVR Performance Settings Per GPU
    7. Android (This section is Deprecated, see Common Settings)

HDR Setup Guide

Overview

  • This setup guide is only for HDR10 passthrough and simple tonemapping.
  • Dolby Vision/HDR10+ is not discussed here as no stable passthrough options exist on a PC. Media Device setup for these technologies are beyond the scope of this guide, though the Common Settings section for each type of device mostly applies.
  • Read our HDR section of the Wiki FAQ for detailed information on PC hardware requirements or the sample hardware links given below for pre-built PCs or Media Devices.
  • This guide is for HT displays only, not monitors, nor multiple displays.
  • We assume your display, video chain and media player have already been configured/calibrated properly for SDR/non-HDR content before you venture into a HDR setup below. If not, you are urged to follow the setup sections in the Video Setup Guide of the Wiki first.
  • You are strongly urged to test out the simple setups below before moving onto the advanced ones. Do NOT skip any steps or make changes to the settings below until you verify HDR is working. Only then should you go back and make changes specific to your setup.

Common Settings

Hardware

  • Requirements:
  • TV/Projector settings:
    • Must be the ONLY display connected to the system before configuration
    • GPU connected to display’s HDMI >= 2.0/DisplayPort >= 1.3 port
    • UHD Deep Color/Input Signal Plus/Enhanced turned On for your display’s HDMI port (setting name dependent on TV mfgr)
    • Black Level to Full/Normal (if available)
    • Colorspace/Input Level/Range to RGB Full/Expanded/Enhanced/0-255 (if available)
  • AV Receiver settings (if in-between PC and Display):
    • HDMI Format/4k Signal Format set to Enhanced

Software

  • Windows:
    • GPU settings:
      • Intel
        • Intel Graphics Control Panel/Command Center app
          • Display -> Resolution/General Settings
            • Resolution: 3840x2160
            • Refresh: 24/30/60Hz
          • Display -> Color/Color Settings
            • Desktop color depth: Highest (32-bit)
          • Video -> Color Enhancement -> Input Range -> Driver Settings -> Full Range
      • NVIDIA
        • Nvidia Control panel app
          • Manage 3D Settings (>= RTX 20xx) -> Program Settings -> Select a program: <your media player> -> Vertical Sync: ON, Low Latency Mode: OFF, Power Managment Mode: Prefer Max/Adaptive/Normal
          • Display
            • Change Resolution/Adjust desktop color settings:
              • Resolution: 3840x2160
              • Refresh: 24/30/60/120Hz
              • Desktop color depth: Highest (32-bit)
              • Output color depth: 8 bpc (HDMI 2.0), 10 bpc (HDMI 2.1)
              • Output color format: RGB
              • Output dynamic range: Full
      • AMD
        • Windows
        • AMD Radeon Settings app
          • Display
            • Color depth: 8 bpc (HDMI 2.0), 10 bpc (HDMI 2.1)
            • Pixel format: RGB/YCbCr 4:4:4 Full
            • Radeon FreeSync: Disabled (create an app profile for your media player if you don’t want to disable this globally)
    • Windows settings:
  • LibreElec:
  • CoreElec:
  • Android-like/Roku:

Local Content

Kodi

Simple, HDR passthrough or tonemapping.

  • Requirements:
  • Windows 10 settings:
    • Settings app -> System -> Display -> HDR and WCG/Use HDR/Play HDR.. -> Off
  • Kodi settings:
    • Kodi app
      • Settings -> Player -> Videos
        • v21: Adjust display HDR mode: ON (off to tonemap to SDR)
        • v20: Use display HDR capabilities: ON
  • Test

VLC

Simple, HDR passthrough or tonemapping.

  • Requirements:
    • Common settings above
    • Install VLC: >= 3.0.8: (download)
  • Windows settings:
    • Activate HDR
      • For static tonemapping to SDR: Ignore this section
      • Start -> Settings -> System -> Display
        • Windows HD Color
          • Windows HD Color settings -> Stream HDR Video: On
          • Use HDR: On / Play HDR games and apps: On (Wording depends on Windows version)
  • VLC settings:
    • VLC app
    • Restart VLC app
  • Test

MPC-BE + MPC Video Renderer

Simple, HDR passthrough, tonemapping and upscaling.

  • Requirements:
    • Install MPC-BE: (download)
      • Install options: Default Installation + “MPC Video Renderer” option checked
  • Windows 10 settings:
    • Settings app -> System -> Display -> Use HDR/HDR and WCG/Play HDR.. -> Off
  • MPC-BE settings:
    • MPC-BE app
      • View -> Options
        • Video
          • Video Renderer: MPC Video Renderer
            • Properties
              • Use Direct3D 11: checked (win 8/10/11)
              • HDR: Passthrough to display: checked (unchecked to tonemap to SDR)
              • HDR: Convert to SDR: unchecked (checked to tonemap to SDR)
              • HDR: Auto display: used for fullscreen/always used
              • OPTIONAL: Chroma/Upscaling
                • NOTE: To use these, you must uncheck the four DXVA2/D3D11 video processors. GPU usage will increase as you go down the list of scaling options.
                • Chroma/Upscaling: <choose>
              • OPTIONAL: Downscaling
                • NOTE: To use this, you must uncheck “Use for Resizing”.
                • Downscaling: <choose>
        • Internal Filters -> Video Decoders
          • Video decoder configuration
            • Preferred Decoder: D3D11 (win 8/10/11) or DXVA2 (win 7)
            • Adapter: <your_GPU_device>
            • RGB output levels: PC (0-255) (see VIDEO setup guide if not sure)
  • Test
    • MPC-BE app
      • Play a test HDR video and press Ctrl+J to show stats. If “Times” stats are >= 35ms you’re doing too much processing (like upscaling/tonemapping). If “Frames” shows significant skipped frames, your GPU isn’t powerful enough. If the colors in your video are washed out, either you don’t have proper hardware support for HDR, aren’t using HDMI 2.x ports, or don’t have TV deep color configured.

MPC-HC/MPC-BE + madVR

Advanced, more powerful tonemapping, upscaling and processing than using MPC Video Renderer, but more complicated.

  • Requirements:
    • MPC-HC: Install K-Lite Codec Pack FULL: (download)
      • Install options: Normal, MPC-HC, Essentials
    • MPC-BE: Install MPC-BE: (download), then Install K-Lite Codec Pack FULL: (download)
      • K-lite install options: No, Normal, MPC-BE, Essentials
  • Windows 10 settings:
    • Settings app -> System -> Display -> Use HDR/HDR and WCG/Play HDR.. -> Off
  • LAV Filters settings:
    • Start -> K-lite Codec Pack -> LAV Video app
      • Hardware decoder to use -> D3D11 (win 8/10/11) or DXVA2 (copy-back)
      • Hardware device to use -> Your_GPU_Device (leave on Auto with D3D11)
      • Dithering mode -> Ordered dithering
    • Start -> K-lite Codec Pack -> LAV Audio app ->
      • Enable “Bitstreaming” for the codecs your sound system supports decoding (see Audio wiki page for more details)
  • madVR settings:
    • Start -> K-lite Codec Pack -> madVR app
      • devices
        • <your_display_device>
          • properties -> PC levels 0-255, bitdepth: 10 bit or higher
          • calibration -> this display is already calibrated
          • display modes
            • Enable: switch to matching display mode..when playback starts
            • list all display modes..: 2160p23, 2160p24, 2160p50, 2160p59, 2160p60 (assumes a 4k display)
          • HDR -> passthrough HDR content to the display, send HDR metadata to the display
            • ALT: For static tonemapping to SDR: HDR -> let madVR decide + rendering->trade quality for..->don’t measure HDR.. option checked
      • scaling algorithms
        • chroma upscaling
          • processing..: Bilinear (for more intensive scaling, see Performance settings section at the bottom)
        • image downscaling
          • processing..: Bilinear/DXVA2 (for more intensive scaling, see Performance settings section at the bottom)
        • image upscaling
          • processing..: Bilinear/DXVA2 (for more intensive scaling, see Performance settings section at the bottom)
      • rendering
        • general settings
          • Enable: delay playback start.., enable automatic fullscreen exclusive mode, use Direct3D 11 for presentation
          • If frame drops/stuttering occur while testing, increase CPU/GPU queue size here
        • dithering
          • algorithm: Ordered dithering (unless you have dedicated GPU, see settings section below)
  • MPC-HC/BE settings:
    • MPC-HC/BE app
      • View -> Options
        • MPC-HC: Playback -> Output -> Directshow Video -> madVR
        • MPC-BE: Video -> Video Renderer -> madVR
        • External Filters -> Add Filter… -> Add LAV Audio Decoder, LAV Splitter, LAV Splitter Source, LAV Video Decoder. Set all to “prefer”.
  • Test
    • MPC-HC/BE app
      • Play a test HDR video and press Ctrl+J to show stats. If avg/max rendering stats are >= 35ms, you’re either doing too much madVR processing or your GPU isn’t powerful enough. If the colors in your video are washed out, either you don’t have proper hardware support for HDR, aren’t using HDMI 2.x ports, or don’t have TV deep color configured.
  • Update MadVR (OPTIONAL)
    • If you want newer, beta madVR features, after validating your setup, download madVR beta, unzip and copy the files into C:\Program Files (x86)\K-Lite Codec Pack\Filters\madVR\

Kodi + MPC-HC + madVR

Advanced, current way to integrate madVR into Kodi for passthrough, tonemapping, and upscaling.

  • Requirements:
    • Install Kodi: >= 17.6: (download)
    • Install K-Lite Codec Pack FULL: (download)
      • Install options: Normal, MPC-HC, Essentials
    • (OPTIONAL) Install XySubFilter (64-bit) (subtitle renderer): (download)
  • Windows 10 settings:
    • Settings app -> System -> Display -> Use HDR/HDR and WCG/Play HDR.. -> Off
  • madVR settings:
    • Start -> K-lite Codec Pack -> madVR app
      • devices
        • <your_display_device>
          • properties -> PC levels 0-255, bitdepth: 10 bit or higher
          • calibration -> this display is already calibrated
          • display modes
            • Enable: switch to matching display mode..when playback starts
            • list all display modes..: 2160p23, 2160p24, 2160p50, 2160p59, 2160p60 (assumes a 4k display)
          • HDR -> passthrough HDR content to the display, send HDR metadata to the display
            • ALT: For static tonemapping to SDR: HDR -> let madVR decide + rendering->trade quality for..->don’t measure HDR.. option checked
      • scaling algorithms
        • chroma upscaling
          • processing..: Bilinear (for more intensive scaling, see Performance settings section at the bottom)
        • image downscaling
          • processing..: Bilinear/DXVA2 (for more intensive scaling, see Performance settings section at the bottom)
        • image upscaling
          • processing..: Bilinear/DXVA2 (for more intensive scaling, see Performance settings section at the bottom)
      • rendering
        • general settings
          • Enable: delay playback start.., enable automatic fullscreen exclusive mode, use Direct3D 11 for presentation
          • If frame drops/stuttering occur while testing, increase CPU/GPU queue size here
        • dithering
          • algorithm: Ordered dithering (unless you have dedicated GPU, see settings section below)
  • MPC-HC settings:
    • Start -> K-lite Codec Pack -> Media Player Classic app ->
      • View -> Options
        • Player
          • Enable “Remember File Position”
          • Keys
            • “Stop” & “Exit” commands -> Set to same key (so pressing it in Kodi will exit back to Kodi interface)
        • Playback
          • Fullscreen
            • Enable “Hide controls in fullscreen”, “Hide Docked Panels”
          • Output
            • Directshow Video: madVR
            • Audio Renderer: SaneAR Audio Renderer
            • (OPTIONAL) Subtitles -> Subtitle renderer: XySubFilter
        • Internal Filters
          • Internal LAV Filters Settings
            • Video Decoder
              • Hardware decoder to use -> D3D11 (win 8/10/11) or DXVA2 (copy-back)
              • Hardware device to use -> Your_GPU_Device (leave on Auto with D3D11)
              • Dithering mode -> Ordered dithering
            • Audio Decoder
              • Enable “Bitstreaming” for the codecs your sound system supports decoding (see Audio wiki page for more details)
          • Audio Renderer
            • Options -> Enable “Exclusive Mode”
          • Splitter (OPTIONAL)

  • Windows: Find file path to MPC-HC (usually C:\Program Files (x86)\K-Lite Codec Pack\MPC-HC64\mpc-hc64.exe) and Create text file: C:\Users\YOUR_USERNAME\AppData\Roaming\Kodi\userdata\playercorefactory.xml with contents of:

    <playercorefactory>
    <players>
    <player name="MPC-HC" type="ExternalPlayer" audio="false" video="true">
    <filename>C:\YOUR\SPECIFIC\PATH\TO\MPC-HC\mpc-hc64.exe</filename>
    <args>"{1}" /fullscreen /close</args>
    <hidexbmc>false</hidexbmc>
    <hideconsole>false</hideconsole>
    <warpcursor>none</warpcursor>
    </player>
    </players>
    <rules action="prepend">
    <rule filetypes="mkv|avi|divx|ogm|mp4|mov|m4v|flv|m2v|mpeg|mpg|mts|m2ts|vob|bdmv|iso" player="MPC-HC">
    <rule protocols="http|https" player="MPC-HC"/>
    <rule protocols="daap|rtv|rtsp|rtmp|rtmpe|rtsp|mms|rtp|pvr" player="VideoPlayer"/>
    </rule>
    </rules>
    </playercorefactory>

  • (ALTERNATIVE) MPC-BE settings:
    • Install MPC-BE after K-lite Codec Pack
      • Start -> K-lite Codec Pack -> LAV Video app ->
        • Hardware decoder to use -> D3D11 (win 8/10/11) or DXVA2 (copy-back)
        • Hardware device to use -> Your_GPU_Device (leave on Auto with D3D11)
        • Dithering mode -> Ordered dithering
      • Start -> K-lite Codec Pack -> LAV Audio app ->
        • Enable “Bitstreaming” for the codecs your sound system supports decoding (see Audio wiki page for more details)
      • MPC-BE app ->
        • View -> Options
          • Player
            • Enable “Remember File Position”
            • Keys
              • “Stop” & “Exit” commands -> Set to same key (so pressing it in Kodi will exit back to Kodi interface)
          • Playback
            • Disable “Default track preference”
          • Video
            • Video Renderer: madVR
          • Audio
            • Audio Renderer: MPC Audio Renderer
          • (OPTIONAL) Subtitles -> Subtitle renderer: XySubFilter
          • External Filters
            • Add Filter… -> Add LAV Audio Decoder, LAV Splitter Source, LAV Video Decoder. Set all to “prefer”.

    • Windows: Find file path to MPC-BE (usually C:\Program Files\MPC-BE x64\mpc-be64.exe) and Create text file: C:\Users\YOUR_USERNAME\AppData\Roaming\Kodi\userdata\playercorefactory.xml with contents of:

      <playercorefactory>
      <players>
      <player name="MPC-BE" type="ExternalPlayer" audio="false" video="true">
      <filename>C:\YOUR\SPECIFIC\PATH\TO\MPC-BE\mpc-be64.exe</filename>
      <args>"{1}" /fullscreen /close</args>
      <hidexbmc>false</hidexbmc>
      <hideconsole>false</hideconsole>
      <warpcursor>none</warpcursor>
      <playcountminimumtime>1140</playcountminimumtime>
      </player>
      </players>
      <rules action="prepend">
      <rule filetypes="mkv|avi|divx|ogm|mp4|mov|m4v|flv|m2v|mpeg|mpg|mts|m2ts|vob|bdmv|iso" player="MPC-BE">
      <rule protocols="http|https" player="MPC-BE"/>
      <rule protocols="daap|rtv|rtsp|rtmp|rtmpe|rtsp|mms|rtp|pvr" player="VideoPlayer"/>
      </rule>
      </rules>
      </playercorefactory>

  • Test
    • Kodi app
      • Play a test HDR video and press Ctrl+J to show stats. If avg/max rendering stats are >= 35ms, you’re either doing too much madVR processing or your GPU isn’t powerful enough. If the colors in your video are washed out, either you don’t have proper hardware support for HDR, aren’t using HDMI 2.x ports, or don’t have TV deep color configured.
  • Update MadVR (OPTIONAL)
    • If you want newer, beta madVR features, after validating your setup, download madVR beta, unzip and copy the files into C:\Program Files (x86)\K-Lite Codec Pack\Filters\madVR\

DSPlayer Kodi + madVR

Advanced, old way to integrate madVR into Kodi for passthrough, tonemapping, and upscaling. Can’t use Kodi past v17.6

  • Requirements:
    • Common settings above
    • Install K-Lite Codec Pack FULL: (download)
      • Install options: Normal, MPC-HC, Essentials
    • Install DSPlayer Kodi: >= 17.6: (download)
  • Windows 10 settings:
    • Settings app -> System -> Display -> Use HDR/HDR and WCG/Play HDR.. -> Off
  • madVR settings:
    • Start -> K-lite Codec Pack -> madVR app
      • devices
        • <your_display_device>
          • properties -> PC levels 0-255, bitdepth: 10 bit or higher
          • calibration -> this display is already calibrated
          • display modes
            • Enable: switch to matching display mode..when playback starts
            • list all display modes..: 2160p23, 2160p24, 2160p50, 2160p59, 2160p60 (assumes a 4k display)
          • HDR -> passthrough HDR content to the display, send HDR metadata to the display
            • ALT: For static tonemapping to SDR: HDR -> let madVR decide + rendering->trade quality for..->don’t measure HDR.. option checked
      • scaling algorithms
        • chroma upscaling
          • processing..: Bilinear (for more intensive scaling, see Performance settings section at the bottom)
        • image downscaling
          • processing..: Bilinear/DXVA2 (for more intensive scaling, see Performance settings section at the bottom)
        • image upscaling
          • processing..: Bilinear/DXVA2 (for more intensive scaling, see Performance settings section at the bottom)
      • rendering
        • general settings
          • Enable: delay playback start.., enable automatic fullscreen exclusive mode, use Direct3D 11 for presentation
          • If frame drops/stuttering occur while testing, increase CPU/GPU queue size here
        • dithering
          • algorithm: Ordered dithering (unless you have dedicated GPU, see settings section below)
  • Kodi settings:
    • Kodi app
      • Settings
        • Player Settings
          • DSPlayer
            • Video Renderer: madVR
              • Manage settings with Kodi: Load from madVR active profile
              • Direct3D presentation: Direct3D 11
            • Audio Renderer: Internal Audio Renderer (SaneAR)
            • Filters management: Internal filters
              • Video Decoder
                • Enable System Tray Icon: On
                • Hardware decoder to use: D3D11
              • Audio Decoder (OPTIONAL: for bitstreaming)
                • Enable System Tray Icon: On
                • Bitstreaming <codec>: On
  • Test
    • Kodi app
      • Play a test HDR video and press Ctrl+J to show stats. If avg/max rendering stats are >= 35ms, you’re either doing too much madVR processing or your GPU isn’t powerful enough. If the colors in your video are washed out, either you don’t have proper hardware support for HDR, aren’t using HDMI 2.x ports, or don’t have TV deep color configured.
  • Update MadVR (OPTIONAL)
    • If you want newer, beta madVR features, after validating your setup, download madVR beta, unzip and copy the files into C:\Program Files (x86)\K-Lite Codec Pack\Filters\madVR\

Plex HTPC

Simple, HDR Passthrough or Tonemapping

  • Requirements:
    • Common settings above
    • Install Plex HTPC: Windows: >= 1.16: (download), Linux: >= 1.60.1: (download)
    • Notes:
      • If HDR is not configured as per below, HDR will be tonemapped to SDR. Available for Windows, Linux and Mac.
  • Plex HTPC settings:
    • Plex HTPC app
      • Settings -> Video
        • Enable HDR Switching: Checked
        • HDR Metadata Passthrough: Checked
  • MPV settings (Linux) EXPERIMENTAL:
    • Create/Edit file: ~/snap/plex-htpc/common/mpv.conf
      • Add:
        [HDR]
        profile-cond=p["video-params/primaries"] == "bt.2020"
        vo=gpu-next
        hwdec=auto-copy
        target-colorspace-hint=yes
        target-trc=pq
        target-prim=dci-p3
        dolbyvision=no
  • Test

 

Plex Media Player (old)

Simple, Tonemapping

  • Requirements:
    • Common settings above
    • Plex Media Player 2.x
    • Notes:
      • HDR is not currently passed through; It is tonemapped to SDR. Available for Windows, Linux and Mac.
  • Plex Media Player settings:
    • None

Streaming Content (Netflix, Youtube, etc..)

  • Requirements:
    • Common settings above
    • Netflix: ALL displays have HDCP 2.2 support and are recognized. Check Nvidia/AMD/Intel graphics control panel for HDCP status. Required software is installed: Microsoft Store HEVC Extension, Intel MEI driver/ME firmware (Intel iGPU). Required Premium Plan subscription.
    • Supported Web Browsers/Apps: Microsoft Edge (Netflix/Youtube), Microsoft Store app (Netflix), Google Chrome (Youtube)
  • Windows settings:
    • Activate HDR
      • HDR may need to be turned on manually before viewing content; browsers other than Microsoft Edge may not switch to HDR mode automatically like local players. You can use the “Win + Alt + B” shortcut to turn on/off HDR in windows, subsequently.
        • Start -> Settings -> System -> Display
          • Windows HD Color
            • Windows HD Color settings -> Stream HDR Video: On
            • Use HDR: On / Play HDR games and apps: On (Wording depends on Windows version)
  • Test
    • Netflix: Check edge://gpu in Microsoft Edge for: HDCP 2.2 support, HEVC installed/activable, and HEVC - HDR10 support set true. Check Netflix HDR10 test pattern looks correct.
    • Youtube: Check HDR content looks correct.

HDR Tests

Our HDR10 Test Videos/Patterns - For Basic HDR video calibration
Mehanik’s Full HDR10 Test Videos/Patterns - For Advanced HDR video calibration
Ideal 4K HEVC HDR10 test - High UHD Blu-Ray bitrate - 4k, HEVC, HDR10, 50-90Mbps, 10-bit, 30fps, mp4

MadVR Performance Settings Per GPU

WARNING: These settings are for more intensive image processing/scaling that is NOT necessary for just HDR passthrough.
The settings for the corresponding GPU families below are conservative so you don’t have to spend hours wasting your time with stuttering due to high rendering times and diminishing returns.
This doesn’t mean that they’re not gpu intensive; they most certainly are. Test with the default settings above before changing to any of these.
If you can’t handle the GPU load/noise/heat these settings produce, turn them down or go back to the madvr Bilinear defaults.

GPU IMAGE UPSCALING IMAGE DOUBLING IMAGE DOWNSCALING CHROMA UPSCALING DITHERING
Intel UHD >= 6xx DXVA2 NA DXVA2 BiCubic 75+AR random
AMD Ryzen Vega xx Cubic/Lanczos NA Cubic/Lanczos BiCubic 75+AR random
Nvidia GT 1030/Ryzen 6xxM/7xxM Lanczos 3-tap+AR NA Lanczos 3-tap+AR BiCubic 75+AR random
Nvidia GTX 960/1050/1050 Ti Lanczos 4-tap+AR NA SSIM 1D+LL+AR Jinc+AR random
Nvidia GTX 1650 Lanczos 4-tap+AR NGU Standard Luma Low SSIM 1D+LL+AR NGU Standard Low random
Nvidia GTX 1650 Super Lanczos 4-tap+AR NGU Standard Luma Low SSIM 1D+LL+AR NGU Standard Low Error Diff. #1
Nvidia GTX 970/1060 Jinc NGU Standard Luma Med SSIM 1D+LL+AR NGU Standard Low Error Diff. #1
Nvidia GTX 980/1070/1660/1660 Super/1660 Ti/3050 Jinc NGU Standard Luma High SSIM 1D+LL+AR NGU Standard Med Error Diff. #2
Nvidia GTX 1080/RTX 2060 Jinc NGU Sharp Luma High SSIM 1D+LL+AR NGU Standard Med Error Diff. #2
Nvidia GTX >= 1080Ti/RTX 2070 Jinc NGU Sharp Luma High SSIM 1D+LL+AR NGU Standard Med Error Diff. #2
AMD RX 5xx Jinc NGU Standard Luma Low (RX 570/580) SSIM 1D+LL+AR super-xbr 100+AR Error Diff. #2
AMD RX 56xx - 66xx Jinc NGU Standard Luma High SSIM 1D+LL+AR NGU Standard Med Error Diff. #2
AMD RX >= 67xx Jinc NGU Sharp Luma High SSIM 1D+LL+AR NGU Standard Med Error Diff. #2

Android (This section is Deprecated, see Common Settings)

  • Requirements:
    • TV/Projector: HDMI >= 2.0/DisplayPort >= 1.3, HDR10, 10-bit panel, VESA DisplayHDR >= 600
  • TV/Projector settings:
    • GPU Connected to HDMI >= 2.0/DisplayPort >= 1.3 port
    • UHD Deep Color/Input Signal Plus turned On for your HDMI port. Setting name dependent on TV mfgr.

 

This page was last updated on 2024-04-26