Best 2026 TVs for shadow detail

#1

Nuanced tones in dark scenes are preserved well, bringing out texture that flatter-looking images may obscure.

#2

Many dark scenes retain attractive gradations and depth, helped by the Mini-LED backlight.

#3

Dark scenes often preserve texture and visibility rather than crushing everything into black, though this can come at the expense of black depth.

#4

Some viewers see notably rich details in dark content, but limited contrast and dimming constrain the darkest scenes.

#5

The TV usually preserves subtle near-black texture without lifting the whole image, a major reason dark films look detailed and cinematic. One critical test found some very dark scenes too...

#6

Shadow detail is handled very well, keeping subtle near-black information visible without washing out the image.

#7

Dark-scene texture is often excellent and preserved without raising blacks. A few firmware versions and challenging scenes showed mild crush or required a small Near Black adjustment.

#8

Dark scenes often retain impressively fine shading, but some demanding material can crush stars or shadow detail compared with OLED.

#9

Dark-scene nuances remain surprisingly visible in many HDR scenes, although lifted blacks keep those shadows from looking truly deep.

#10

Dark scenes usually retain fine textures and background objects, though a few units showed black crush or slightly raised near-black tones that benefited from adjustment.

#11

Deep shadows retain convincing texture in a dark room. Ambient light can muddy those details, and very close viewing reveals some near-black grain.

#12

Dark scenes retain pleasing depth and detail, although some processing lifts blacks or comes out of them a little slowly.

#13

Tone tracking preserves subtle dark detail better than the weak overall black levels might suggest.

#14

Picture processing can preserve attractive texture in dark scenes, but the tested panel’s raised blacks make some subtle shadow gradations inaccurate.

#15

Dark scenes preserve useful texture and fine detail, though the balance between inky blacks and shadow visibility can vary by content and mode.

#16

Very minor transition overshoot can appear in dark tones, but it is difficult to notice in ordinary viewing.

#17

Shadow details are often impressive, especially in carefully chosen modes, but some dark movies show black crush or require picture adjustments.

#18

Strong contrast can reveal excellent dark-scene texture, though some factory modes crush shadows and need adjustment.

#19

Dark detail is generally strong, but occasional black crush and inaccurate shadow rendering can hide fine textures.

#20

Dark-scene detail is generally strong, with textures and contours remaining visible near black. A few sources found patchiness, flicker, or lost detail in especially difficult scenes.

#21

The M80H often reveals more dark detail than cheaper Samsungs, but some HDR scenes still crush important shadow textures.

#22

Many dark scenes retain fine texture, although some modes flatten shadows or raise near-black detail.

#23

Gradual shading in dark material can look clean, but raised blacks can flatten shadow depth. Dark scenes lack the dimensionality of higher-contrast TVs.

#24

Very dark gradations can be crushed by imperfect gamma, offsetting otherwise strong shadow reproduction.

#25

Dark detail is inconsistent. One review found excellent visibility in shadowed scenes, while others struggled to distinguish textures or objects in the darkest areas.

#26

Shadow detail is the main dark-scene weakness: some presets bury information near black, although picture controls can recover part of it.

#27

Some dark material retains subtle details well, while particular night sequences show black crush.

#28

Dark scenes can reveal texture and nuance, but the deepest shadows sometimes lose detail. Results vary by picture preset and source material.

#29

OLED blacks create atmosphere, but fine detail in nearly black scenes can be crushed or swallowed. Results depend on the content and processing settings.

#30

Aggressive dimming can darken subtle near-black elements, and OLED often preserves intricate shadow textures better.

#31

Dark-scene information can be crushed or look flat, which is particularly noticeable in games with heavy shadows.

#32

Shadow detail is often well defined, but one tester saw blocked-out background objects and another lost detail while adjusting blacks.

#33

Deep backgrounds can lose subtle detail, especially in moderately lit rooms, making dark scenes less convincing than on OLED.

#34

Some near-black textures get crushed or lifted; the result is usable but not reliably faithful.

#35

Near-black information can be crushed slightly, and the dark floor may lift in challenging HDR content.

#36

Dark scenes lose fine textures, faces and near-black detail, while better-calibrated settings can recover only part of that information.

#37

Dark scene detail can look muddy or be displayed at the wrong brightness; some calibrated movie scenes still preserve visible faces.

#38

Near-black detail sits too high, making shadows look gray rather than deeply black in difficult scenes.

#39

Dark areas lose subtle texture, and even careful calibration cannot fully eliminate shadow crush.

#40

Dark scenes can obscure subtle details, leaving shadowed subjects harder to distinguish.