While OLED panels produce true blacks and have an instantaneous pixel response time speed, you have to look out for image burn-in and retention. Moreover, OLEDs can’t get as bright as some high-end LED-backlit LCDs with IPS or VA panels.
IPS panels have a slower response time and lower contrast, which when combined with IPS glow and backlight bleed, results in grayish blacks in comparison to that of OLEDs and an overall inferior viewing experience, but there’s no risk of burn-in.
With OLED prices steadily going down, you are probably wondering whether you should finally get one or stick with the old and trusted IPS technology. Here’s what you need to keep in mind when choosing between these panel types.
OLED vs. IPS
First of all, what makes these two panel technologies genuinely different?
Unlike LCD LED panels such as VA, TN and IPS, OLEDs don’t rely on a backlight to produce the image. Instead, each pixel emits its own light, which allows for an infinite contrast ratio that results in stunning image quality with true blacks and without backlight bleeding, glowing, blooming, or other visual artifacts.
That’s why in comparison to OLEDs, IPS and even VA displays have grayish blacks. But, there are still many other things to consider.
OLED Image Retention/Burn-In
The main problem of OLEDs is image burn-in.
If you leave your TV or monitor with a static image for a long time, there’s a chance the image will burn in and become permanently visible in the background.
Newer OLED models, however, have built-in screen savers, pixel shifters and other features to prevent this, but you still need to be careful.
Another problem is image retention, which is similar to image burn-in, but it’s not permanent as it goes away after a few minutes or after you refresh pixels using a dedicated display’s feature.
Still, if you play video games on an OLED for a long time, fixed HUD items such as mini-maps, health bars, menus, etc. may remain visible for some time even after the image has changed. A lot of games have dedicated options to auto-hide fixed elements in games precisely for this reason.
Overall, you can still enjoy playing your favorite game for hours every day without worrying. Just don’t leave the same static image on the screen for too long and play varying content so that the pixels refresh.
For instance, after playing a game for four hours or more, just play a YouTube video without static elements for a while, and you’ll be fine.
Burn-in is also a concern if you plan on doing office-related and/or color-critical work as every application has a lot of static elements, but as long as you play different content every now and then, it won’t be an issue.
For most people, the display size is the first thing to look for when buying a new TV or monitor.
Most OLED monitors and TVs use the same 4K 60Hz or 4K 120Hz 48″ – 88″ panels, with a 42″ model announced for 2022. For most people, even the smallest of the bunch 42″ screen is too big for regular PC/desktop use.
Alternatively, there are 14″ – 22″ portable displays mainly intended for color-critical work on the go, as well as 27″ and 32″ 4K high-end professional monitors, priced at $3,000 and up.
We have yet to see 27″ and 32″ high refresh rate OLEDs, which are the most demanded monitor sizes by gamers.
In 2022, there’ll also be the first 34″ ultrawide gaming monitor with Samsung’s QD-OLED panel, which we’ll get into later on.
Regular LED-backlit displays, on the other hand, are available in various sizes ranging from 14-inch to over 100-inch models.
HDR (High Dynamic Range)
When it comes to HDR, both technologies have their advantages and disadvantages.
IPS panels have a low native contrast ratio, so they need an expensive full-array local dimming (FALD) implementation to overcome that.
A FALD system consists of numerous dimming zones (for instance, 1152) which dim parts of the screen where the image is supposed to be dark without greatly affecting parts that are supposed to remain bright, thus significantly increasing the contrast ratio.
However, even 1152 zones are not enough for some demanding scenes; if you have small bright objects on a dark background – for instance, stars in a night sky, the light from those objects will bleed into the surrounding dimmed zones, which creates blooming.
As each pixel is self-emissive on OLEDs, you essentially get over 8 million dimming zones on a 4K panel, resulting in a much better image quality overall without any blooming.
The main advantage of IPS panels is that they can get much brighter, especially if they’re enhanced with a mini LED backlight. Mini LED displays can reach up to 2,000-nits of peak brightness, while OLEDs are usually limited to around 800-nits.
800-nits is still enough to create punchy highlights under normal lighting conditions, but if you’re watching the screen in a particularly bright room, HDR content can appear underwhelming on OLEDs in comparison to mini LED displays.
So, it all comes down to your personal preference.
If you can control the lighting in your room, OLEDs will deliver a better HDR image quality. In case you have a room with plenty of lighting without any options to block it, a good mini LED display will offer a much brighter image that’ll easily overcome glare.
Keep in mind that mini LED and FALD backlights aren’t exclusive to IPS technology. You can also find them paired with VA panels, which have a higher native contrast ratio, but not as wide viewing angles or as consistent colors.
When it comes to color gamut coverage, most OLEDs cover 98% of the DCI-P3 color space (~75% Adobe RGB, ~70% Rec.2020), while some IPS monitors have wider 100% Adobe RGB and ~80% Rec.2020 coverage for more saturated and rich colors.
However, since the DCI-P3 color space is used for HDR content, OLEDs depict content the way its creators intended, while the other wide gamuts are mainly used for professional color-critical work.
QD-OLEDs have a wider gamut coverage (~80% Rec.2020) than regular WRGB OLEDs; more on that later.
In terms of color consistency and accuracy, both IPS and OLED panels have precise color reproduction and wide viewing angles, though the picture is a bit better on OLEDs when viewed from particularly skewed angles.
Another big advantage of OLED panels is the instantaneous pixel response time speed that ensures there’s no noticeable ghosting or overshoot behind fast-moving objects, regardless of the refresh rate.
With IPS displays, the response time performance varies from panel to panel. However, even the fastest IPS panel isn’t as quick as OLED, but as long as its pixels transitions can keep up with the refresh rate, gaming performance will be smooth.
Refresh Rate & Resolution
Most OLEDs have a maximum refresh rate of 120Hz, which is plenty for most gamers, especially at 4K UHD.
However, because high refresh rates bring lower input lag, competitive and professional gamers will always aim for the fastest panel and there are IPS monitors with up to 390Hz!
IPS monitors are also available in more diverse form factors, with different screen sizes, resolutions and aspect ratios. OLEDs are mainly 4K with refresh rates of either 60Hz and 120Hz.
Another advantage of OLEDs is that they look better when displaying a non-native resolution. So, if 4K is too demanding for your system, running a 4K OLED at 2560×1440 will look better than running the same resolution on a 4K IPS display.
Samsung’s QD-OLED technology improves on other OLED panels, which are mainly made but LG and JOLED.
Unlike regular OLEDs with a WRGB subpixel layout, QD-OLEDs don’t require white subpixels but rely on a blue self-luminescent layer that basically allows them to achieve higher brightness, wider color gamut and better burn-in resistance.
Monitors and TVs with regular RGB subpixel layouts, which include most IPS displays as well as QD-OLEDs, also have sharper and clearer text than WRGB panels, assuming all displays have the same pixel density.
The only QD-OLED gaming monitor at the moment is the Dell AW3423DW with a 34″ 3440×1440 175Hz G-SYNC panel.
Longevity, Power Consumption and Design
While OLED panels should last as long as the LED ones, this hasn’t yet been confirmed, as OLED TVs are relatively new on the market.
Power consumption between the two is pretty much the same, depending on what brightness settings you are using.
While both panel technologies allow the display to be very thin, OLEDs can be a lot thinner than LED LCDs.
Finally, we get to the price. As there’s no such a thing as a budget OLED, it’s not possible to compare it to a $200 IPS monitor, for instance; nor can the image quality compare between the two.
For an IPS monitor to have a comparable image quality to that of OLEDs, it needs a FALD solution, which is expensive. You can get a 48″ OLED for ~$1,100, while mini LED FALD monitors go for ~$2,000 – $3,000.
While mini LED LCDs are brighter and don’t suffer from the burn-in risk, they have an inferior contrast ratio with blooming artifacts and slower response time yet they’re basically double or triple the price! This is why most users opt for OLED technology for HDR content.
Samsung’s QD-OLED panels will bring even better image quality at a lower cost, so mini LED FALD displays, with either IPS or VA panels, will need to drastically drop in price in order to be competitive.