Connecting a PlayStation 5 to an OLED or Mini-LED television without aligning system-level luminance values often results in blown-out cloud highlights, crushed shadow detail, or washed-out colors. Mastering Calibrating HDR, HGIG Tone Mapping, and 4K Video Transfer Rates on PS5 eliminates "double tone mapping" between the console and the display so games render with accurate contrast and peak brightness.

Calibrating HDR, HGIG Tone Mapping, and 4K Video Transfer Rates on PS5: Why double tone mapping ruins contrast

High Dynamic Range (HDR10) video signals encode luminance levels up to 10,000 nits, far exceeding the physical brightness capabilities of consumer displays (which typically peak between 600 and 2,000 nits). Tone mapping is the mathematical process of compressing those extreme brightness values into the actual luminance ceiling of your screen.

When both the PS5 and the television attempt to perform dynamic tone mapping simultaneously, the two curves conflict:

The PS5 runs its system calibration test pattern while the TV’s internal processor dynamically alters screen brightness on the fly, leading the user to set an inaccurate peak-nit ceiling on the console.
During gameplay, the PS5 outputs a pre-mapped HDR signal that the television then tone-maps a second time, washing out specular highlights or artificially brightening dark scenes.

To prevent this conflict, enable HGIG (HDR Gaming Interest Group) mode inside your television’s HDR tone-mapping menu before launching the PS5 calibration tool. HGIG disables the TV’s secondary dynamic tone-mapping curve and instructs the display to hard-clip strictly at its true physical peak luminance, allowing the PS5 GPU to map HDR graphics with pixel-level accuracy.

Execute the three-screen PS5 Adjust HDR calibration sequence

Once the television is placed in Game Mode with HGIG active (and all "Eco/Ambient Light Sensor" features disabled), navigate to Settings → Screen and Video → Video Output → Adjust HDR on the PS5:

Screen 1 (Peak Luminance White Clip): Press the directional pad down until the central sun symbol turns completely dark, then press up step-by-step until the sun symbol is barely visible; finally, click up one additional notch so the square becomes completely uniform white (matching your TV’s exact HGIG clipping point).
Screen 2 (Full-Field White Clip): Repeat the exact same clipping procedure on the inverted sun pattern so full-screen highlights match peak specular luminance.
Screen 3 (Black Level Floor): Press the directional pad down as far as it goes until the box stops darkening to lock the absolute black floor at zero nits (0.0000 nits), ensuring OLED pixels turn off completely in pure black scenes.

Also set the main HDR toggle under Video Output to On When Supported rather than Always On. Leaving HDR forced on for Standard Dynamic Range (SDR) games places an artificial HDR container over SDR color spaces, distorting gamma curves.

Align RGB Range and PlayStation Spectral Super Resolution (PSSR)

Mismatched black-level quantization between the console and display causes either milky gray blacks or crushed dark shadows where enemies in dimly lit corridors become invisible:

RGB Range Matching: Set RGB Range under Settings → Screen and Video → Video Output to Automatic. Standard televisions expect Limited range (16–235 video levels), whereas PC monitors expect Full range (0–255). Only force Full or Limited manually if the display fails to negotiate black levels properly via Automatic EDID detection.
Enhance PSSR Image Quality (PS5 Pro): On PS5 Pro hardware (CFI-7000 model group), enable Enhance PSSR Image Quality under Video Output to apply machine-learning upscaling enhancements to compatible titles.

Calibrating these three display layers once in your normal gaming room lighting locks in reference-grade HDR fidelity across your entire game library.