Video summary

The Complete HDR Gaming Guide: Console Calibration + TV Settings

Main summary

Key takeaways

Technology

Summary of the video’s HDR gaming guide (console + TV calibration)

The video explains why HDR in games often looks worse than SDR, then provides a step-by-step workflow to improve HDR gaming by aligning TV settings first, followed by console HDR calibration tools (PS5, Xbox, Switch 2). The core idea is that HDR quality depends on the console ↔ TV ↔ sometimes the game all mapping brightness and color correctly.

Main problem being addressed

If the pieces aren’t aligned, game HDR can look:

  • Dim
  • Overly bright in midtones
  • Clipped highlights
  • Lifted blacks (gray shadows)

The guide’s solution is to set a correct baseline quickly, rather than constantly adjusting sliders per game.

1) TV setup first (before console HDR calibration)

Enable game/low-latency mode

  • Turn on Game Mode / Low Latency Mode
  • If available, enable ALM (Auto Low Latency Mode) so the TV switches automatically when the console is detected

Fix common “washed/cool” color problems

  • Check Color Temperature / White Balance
  • Many TVs skew too cool in game mode
  • Recommended baseline: choose something like “Warm” / “Warm 1” / “Warm 40” to get closer to neutral and avoid blue/pale skin tones

Ensure black level (RGB range) matches

The video emphasizes that HDMI Black Level (also called Black Level / RGB Range) must match between TV and console.

Mismatch can cause:

  • Raised blacks (dark scenes look gray)
  • Crushed blacks (shadow detail lost)

Easiest rule: set both sides to Automatic when possible.

Optional checks in game mode

  • Sharpness: some modes over-crank it
  • Color: some TVs boost color too much in game mode—reduce if needed

2) Tone mapping (the setting that changes game HDR the most)

HDR uses the PQ curve, which can encode very high brightness. Since TVs often can’t reach the theoretical peak, they must map (tone map) the HDR signal to what they can display.

The video describes three tone mapping styles:

  1. Tone Mapping Off (reference/stable)

    • TV follows normal PQ rolloff more consistently
    • Often preserves highlight detail better and looks more stable scene-to-scene

  2. Dynamic Tone Mapping On (“make it pop”)

    • TV remaps HDR often scene-by-scene
    • Typically brighter (especially midtones) but can shift creative intent (e.g., night scenes can look too bright)

  3. HGIG (Hands-Off / console-driven consistency)

    • Shifts tone mapping responsibility to console/game
    • TV behaves in a more standardized way (described as a “hard clip” at peak brightness rather than gentle TV rolloff)

Important HGIG note

When using HGIG, images may look darker than with dynamic tone mapping on. That’s often due to reduced midtone boosting—not necessarily “wrong HDR.”

Timing requirement

  • If using HGIG, enable it before console HDR calibration.
  • If you want dynamic tone mapping, set TV to HGIG first, calibrate on console, then switch dynamic tone mapping back on (per the workflow described).

3) Console HDR calibration steps

PS5 HDR calibration (console tool)

Path: Settings → Screen and Video → Video Output → HDR settings

Key steps:

  • Ensure HDR is set to On when supported (not “always on”)
  • Use Adjust HDR (built-in calibration)

Calibration covers three screens:

  1. Set peak brightness: adjust until the symbol is barely visible, then one step further until it disappears
  2. Repeat/confirm peak brightness behavior (first two screens)
  3. Adjust darkest end of the range

Display-type guidance:

  • OLED: often set the darkest slider down to zero (true blacks)
  • LED: follow onscreen instructions and stop at “just barely visible” (avoid crushing shadow detail)

Reminder: enable TV HGIG before calibrating.

Xbox HDR calibration for games

Tool: Calibrate HDR for games Location: Settings → General → TV and display options → Setup (as described)

Calibration uses patterns to guide you through:

  • Darkest visible detail
  • Brightest visible detail
  • Maximum brightness

OLED guidance:

  • Often ends up at the minimum for darkest detail (true black behavior)

LED guidance:

  • Don’t force minimums—follow instructions to avoid shadow crushing

Nintendo Switch 2 HDR calibration (more settings + “paper white”)

Workflow:

  1. Set TV baseline first
  2. On Switch 2:
    • System Settings → Display
    • Enable/configure:
      • HDR output
      • RGB range
      • 120 Hz output (if applicable)
      • Auto Low Latency Mode
    • QoL tip: set HDR output to “Compatible software only” to avoid forcing SDR titles into HDR output
  3. Adjust HDR
    • Use the visual target: adjust until the right icon disappears while keeping the left icon visible
    • After a recent update, pressing Y reveals numeric values in nits

“Paper white” explanation and recommendation

Paper white is a baseline brightness for normal whites/midtones.

  • If too high, image looks lifted, and highlights don’t pop correctly.
  • Default after recent firmware: about 300 nits (slightly above common 200-nit reference) — suggested to leave default for most people.
  • For dim/dark rooms: set closer to 200 nits, e.g.:
    • move slider to 50 nits, then click five times right to reach 200 nits

Reference credited: Vincent from HDTV Test

4) Game-level HDR overrides (normal behavior)

After console calibration:

  • Some games include their own HDR sliders/calibration
  • This is normal because many games:
    • use console calibration as a baseline, but
    • effectively do their own HDR mapping and can override system settings

Game implementations vary:

  • Some request max luminance in nits (straightforward if known)
  • Others use arbitrary numbers/percentages, requiring sometimes research/Google to interpret (in nits)

5) Auto HDR (Xbox/PC) vs console behavior

  • Auto HDR exists on Xbox and PC and converts certain SDR games into an HDR-like output to add highlight pop and range
  • Results vary: can look great in some games and only “okay” in others because it’s a conversion, not native HDR
  • The video notes Sony/Nintendo don’t have a comparable systemwide auto HDR conversion feature:
    • They may output SDR “inside an HDR container,” not convert content the same way

Key takeaway / conclusion

If you follow the order:

  1. TV setup (Game Mode + correct warm white balance + matching HDMI black level + correct tone mapping mode like HGIG)
  2. then console calibration (PS5 / Xbox / Switch 2)

…HDR gaming becomes far less of a guessing game, and remaining oddities are usually due to individual games’ HDR implementation rather than TV misconfiguration.

Main speakers / sources (as mentioned)

  • Sam — “a display tester from ratings.com”
  • Vincent from HDTV Test — referenced for the Switch 2 “paper white” explanation

Original video