OLED vs QD-OLED – What Is The Difference?

Here are the main differences between OLED panels (JOLED and LG's W-OLED) and the new QD-OLED panel by Samsung.


Just like other OLED panels (JOLED, W-OLED by LG), QD-OLED panels have an infinite contrast ratio and instantaneous response time speed.

However, QD-OLED displays boast wider viewing angles, wider color gamut, higher brightness and better burn-in resistance.

These OLED panels are also differentiated by sub-pixel layouts and coatings.

Samsung’s OLED panels are enhanced by the quantum dot technology (hence the name ‘QD-OLED’), which improves viewing angles, color gamut, brightness and burn-in resistance.

In this guide, we’ll compare how QD-OLED stacks up to other OLED panels, including W-OLED panels by LG found in most TVs and monitors, and JOLED panels by JOLED, which are used for professional 27″ and 32″ monitors.

Subpixel Layout

There are three main OLED panel manufacturers when it comes to consumer monitors and TVs – and they all have different subpixel layouts.


RGB OLED Sub pixel Layout

JOLED makes OLED panels with the regular RGB subpixel layout. This is the most common subpixel layout when it comes to LED-backlit LCDs as well, and most applications are developed with that in mind. So, you get crisp and sharp text (assuming a decent pixel density) without any fringing artifacts.


RWBG Subpixel Layout

LG Display makes 27″ – 97″ OLED panels that use an RWBG subpixel layout, which consists of white, blue, green and red subpixels. These are also referred to as W-OLED sometimes.

The white subpixel is added for increased brightness and efficiency, but all four subpixels are never on at the same time.

This causes noticeable fringing on small text and fine details.

W OLED Subpixel Layout
Image of fringing (red and green lines) on our review of the ASUS PG27AQDM, which uses LG’s W-OLED panel

It’s not noticeable in games and videos, but some users are bothered by this when it comes to everyday PC use.

In 2024, LG will release new OLED panels with an RGWB subpixel layout, which should improve text and fine detail clarity. For 2025, they’re considering developing true RGB panels.

Samsung QD-OLED

QD OLED Sub pixel Layout

Samsung’s QD-OLED panels have RGB subpixels but in an uncommon triangular layout. Fringing on small text and details is less noticeable than that of W-OLED panels, but still noticeable.

Samsung QD OLED 2023 Panel Subpixel Layout

Samsung’s second-gen QD-OLED panels, such as that of the OLED G9, have an improved layout that further minimizes the fringing, and most users won’t be bothered by it.

Panel Coatings

Another thing that makes all three OLED panels different is their coating.

LG’s W-OLED TV panels have a glossy finish with an anti-reflective coating. Under strong ambient lighting, this causes mirror-like reflections, but blacks remain black.

Their W-OLED gaming monitors, such as the ASUS PG27AQDM, have an aggressive matte anti-glare coating, which efficiently prevents reflections but adds graininess to the image that’s noticeable when displaying solid colors.

Samsung QD-OLED panels (for both TVs and monitors) have a semi-glossy screen coating with less mirror-like reflections, but because they don’t have a polarization layer, ambient lighting causes raised blacks.

JOLED RGB panels have a similar coating to that of QD-OLED.

Overall, all three OLED panels don’t handle reflections as well as most LCDs with lighter anti-glare matte coating, but they also produce a more vivid image quality without any graininess (except for W-OLED monitors).

While LG’s W-OLED TV panels are a bit better at mitigating indirect lighting, if you wish to take full advantage of any OLED display, it’s always best to view it in a dark room.

Brightness & Color


LG’s W-OLED panels have the weakest sustainable brightness of around 150-nits for a 100% white window, whereas JOLED RGB and QD-OLED panels can sustain around 250-nits.

This mainly affects regular desktop usage and full-screen bright scenes due to ABL (Automatic Brightness Limiter), which preserves OLED panel lifetime and helps prevent burn-in by limiting brightness based on bright window sizes.

For instance, let’s say you have a mostly blank Word document across the entire screen. On a W-OLED display, that would limit you to ~150-nits of brightness. If you were to place another dark window on half the screen, it would allow the screen to reach up to ~300-nits.

These jumps in brightness can be annoying, so in order to avoid them, you would need to set the display to no more than 150-nits brightness, which might be bright enough for some users, but others may find it too dim, especially for rooms with moderate ambient lighting.

JOLED and QD-OLED panels have a stronger 250-nit brightness for a 100% white window, so they can get a lot brighter without triggering ABL, which is why they’re preferred for regular desktop use.

In terms of peak brightness, JOLED panels can reach around 550-nits for 10% and smaller white windows, standard W-OLED panels go up to 800-nits, QD-OLED TVs can reach 1000-nits for 10% windows, while QD-OLED monitors go up to 600-nits for 10% windows, but up to 1,000-nits for 2% windows.

Through the use of heatsinks and the latest Brightness Boosting technology, some LG TVs can achieve up to 30% stronger brightness, allowing their high-end models, such as the G3 to surpass Samsung’s QD-OLED displays in brightness. Here’s how the most popular OLED displays compare in HDR brightness:

 100% White Window Brightness10% White Window Brightness≤3% White Window Brightness
Samsung S95C
Samsung S90C
Dell AW3423DWF,
Samsung OLED G9
LG 27EP950, 32EP950
LG C3 (42” – 48”)
LG C3 (55”+)
LG G3**

*ASUS PG27AQDM uses an integrated heatsink for higher brightness
**The G3 series uses Brightness Booster in addition to a heatsink for the highest W-OLED brightness

However, even if LG’s G3 has a higher brightness than Samsung’s S95C at various window sizes, the QD-OLED panel will appear notably brighter. This is because LG’s panels use white subpixels for high brightness and cannot simultaneously achieve very saturated colors.

In other words, QD-OLED panels have brighter colors (higher color volume). They also have a wider color gamut and humans perceive more saturated colors as brighter, further contributing to the overall brighter image.

Samsung’s QD-OLED panels have the widest color gamut with around 80% Rec. 2020 coverage, followed by JOLED (~78% Rec.2020) and then LG W-OLED (~74% Rec.2020).


Dell’s AW3423DWF monitor with a QD-OLED panel offers a 3-year warranty that covers burn-in, just like Corsair’s 27QHD240 monitor with a W-OLED panel – yet both LG and Samsung claim to have superior burn-in resistance; they’re just not backing up those claims with better warranty.

Since QD-OLED panels are relatively new to the market, it’s impossible to know which panel has better burn-in resistance. It also mainly comes down to how you’re using the monitor. If you’re using it sensibly and taking advantage of its integrated burn-in prevention features, burn-in shouldn’t be an issue.


JOLED panels are intended for professional use, at least the models currently available. Their RGB subpixel layout is perfect for desktop use, they focus on color accuracy and are capable of sustaining satisfactory levels of luminance for what they’re intended for.

Most people will be interested in how QD-OLED compares to W-OLED panels.

Thanks to its high brightness, wider color gamut and no need for white subpixels, Samsung’s QD-OLED panel delivers higher color volume and therefore an overall brighter and more vibrant image quality with less aggressive ABL. They also offer a bit wider viewing angles.

Both QD-OLED and W-OLED panels have an unconventional subpixel layout, so small text won’t be perfect when looking at it up close, though QD-OLED panels (especially second-gen) have less noticeable fringing. However, this won’t be an issue for most users.

In the end, you’ll most likely choose the OLED panel based on your budget and what combination of screen size, resolution and refresh rate is available. We have a dedicated OLED monitor guide where we keep track of all upcoming and available models.

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Rob Shafer

Rob is a software engineer with a Bachelor’s degree from the University of Denver. He now works full-time managing DisplayNinja while coding his own projects on the side.