Best 2026 TVs for response time

#1

OLED pixel response is nearly instantaneous, producing crisp motion and exceptionally responsive gaming.

#2

Nearly instantaneous pixel transitions minimize trailing and keep fast games remarkably clear.

#3

OLED pixels transition almost instantly, leaving fast objects with very little trailing blur. Minor overshoot is generally hard to see.

#4

Nearly instantaneous pixel response keeps fast-moving game objects sharp with minimal trailing.

#5

Fast OLED pixel transitions keep rapid movements crisp, giving games an immediate, blur-free feel.

#6

OLED pixel transitions are nearly instantaneous, keeping fast game movement exceptionally crisp.

#7

Near-instant OLED response keeps gaming motion exceptionally clean and responsive, though it can make low-frame-rate stutter more visible.

#8

Fast OLED response makes moving targets easier to follow than on the mini-LED alternatives discussed in testing.

#9

Almost instantaneous pixel changes sharply reduce the blur behind moving objects.

#10

Pixel response is extremely fast, giving fast-paced games an immediate, clean feel with little blur.

#11

OLED pixels change almost instantly, preventing noticeable trails behind fast-moving objects. This helps both games and sports.

#12

The screen responds quickly enough for enjoyable gaming, with clear improvements after firmware changes. Dark transitions still show more trailing than bright ones.

#13

Motion response is generally respectable, but transitions between dark and bright shades can be slow enough to create light trails.

#14

120Hz motion is usable but shows some pixel-transition overshoot; at 60Hz motion is substantially blurrier. Other evaluations of gaming response are more upbeat.

#15

Pixel response ranges from very good for Mini-LED to extremely slow in fast games. Buyers sensitive to trailing or smearing should treat this as a major concern.

#16

Pixel-response assessments conflict: some measured transitions appear adequate, while others show long smearing trails that reduce clarity during fast action.

#17

Fast-moving objects can leave long blur trails, particularly at 60Hz; 120Hz helps somewhat without entirely fixing it.

#18

Pixel transitions are slower than the refresh-rate label suggests, leaving dark smearing and blur in fast scenes.

#19

Slow pixel changes smear action even at 120Hz and 144Hz, undermining motion clarity despite the low input lag.

#20

Pixel transitions are slow in darker scenes, leaving blurred trails especially around 60Hz motion.

#21

Pixel transitions in Game Mode can be slow enough to create visible motion blur in fast titles, despite otherwise low input lag.

#22

Pixel transitions are much slower than OLED, creating visible smear at both high and lower refresh rates.

#23

Slow pixel changes cause visible smearing that undercuts its high-refresh capabilities.

#24

Slow pixel changes blur moving detail and contribute to weak sports and gaming performance.

#25

Slow pixel transitions cause pronounced blur and occasional edge artifacts around moving objects.

#26

Slow pixel changes leave fast-moving objects conspicuously blurry, with little inverse ghosting to compensate.

#27

Pixel transitions are unusually slow, producing ghosting and blur that faster OLED and gaming monitor panels avoid.

#28

Pixel transitions are slower than OLED, causing blur in fast action; low latency does not entirely solve that limitation.

#29

Slow pixel transitions cause pronounced motion smearing, even when the content itself is relatively sharp.

#30

Pixel transitions are unusually slow in demanding tests, producing blur and soft edges, despite much better impressions from some casual viewing.

#31

Slow pixel changes cause visible blur and uneven transitions during fast action, making this one of the set's weaker technical areas.

#32

Slow LCD pixel transitions create obvious motion smearing, particularly at 120Hz and 165Hz.

#33

Slow pixel transitions leave moving subjects blurry rather than sharply resolved.

#34

Slow, uneven pixel transitions leave moving objects blurry and hard to distinguish.

#35

Very slow pixel transitions make fast movement visibly blurry even with low input lag.

#36

Cinematic movement is surprisingly blurry, and dark transitions are slower than the high refresh-rate specification suggests.

#37

Slow pixel changes cause visible blur in both video and games.

#38

One test found unusually poor pixel response and backlight speed at high refresh rates, a serious weakness for demanding gaming.

#39

Pixel response is relatively slow for a premium gaming display, producing more blur than OLEDs and stronger gaming-focused competitors.