Both IPS and OLED panels have their advantages and disadvantages. 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, OLED displays can’t be as bright as some high-end IPS and VA panels.
With OLED TV prices steadily going down, you are probably wondering whether you should finally get one or stick with the old and trusted IPS technology.
OLED monitors, on the other hand, have just begun to surface, and since they’re primarily intended for high-end professional purposes and cost a fortune, we’ll mainly focus on IPS vs. OLED for TVs in this article.
TV: OLED vs. IPS
First of all, what makes these two-panel technologies genuinely different?
Unlike LCD LED panels such as VA, TN and IPS, OLED displays don’t rely on a backlight to produce the image. Instead, they emit their own light, which allows for an infinite contrast ratio that results in stunning image quality.
That’s why in comparison to an OLED display, IPS TVs have grayish blacks instead of truly and utterly black shades. But, there are still many other things to consider.
We’ll provide you with the advantages and disadvantages of both technologies which should help you make your final decision.
Price & Size
For most people, display size and price are the first two things to look out for when buying a new TV.
Not so long ago, OLED panels used to be very expensive, yet they had a lot of weaknesses. Nowadays, there are newer models (2019 models and onwards) that are quite affordable, while most of the issues have been resolved.
However, there is no such thing as a budget or an affordable OLED TV.
Moreover, they only come in sizes ranging from 48″ up to 88″. A 42″ model should be available in 2021.
Regular LED TVs, on the other hand, are available in various sizes ranging from 20-inch to over 100-inch models.
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, OLED TVs can be a lot thinner than LCD LED TVs.
Additionally, your new TV should also ideally have HDR support.
HDR (High Dynamic Range)
HDR, whether in the form of HDR 10 or Dolby Vision, utilizes your display’s wide color gamut, contrast and brightness capabilities in such a way that the image is represented the way its creator intended.
However, not all content supports HDR, so before you buy an HDR TV, make sure your favorite TV shows and movies support it.
Even if they don’t, it’s an excellent way to future-proof your TV.
Learn more about HDR and how it works here.
Although IPS panel displays have wide 178-degree viewing angles, they don’t come close to that of an OLED panel, which delivers a perfect image quality no matter the angle you’re looking at the screen.
Brightness & Contrast
As already mentioned, OLED TVs can’t produce an image as bright as some high-end LCD LED TVs. But we do not mean to say that OLED displays don’t have a bright enough image — far from it.
But here’s the kicker:
If you buy an OLED TV, one thing’s for sure, you’ll be blown away by the image quality due to its superior contrast ratio, which makes the black colors truly black while whites are strikingly bright.
Some LCD TVs address their lack of contrast by adding local dimming, which dims areas of the screen that should be dark without affecting the bright areas.
There are two types of backlights with localized dimming: full-array and edge-lit.
Now, the full-array local dimming (FALD) TVs offer the best LCD image quality but can also cause a side-effect known as haloing or blooming, which can make a bright part of the image that is surrounded by dark pixels have a ring of light around it.
This depends on how well the FALD solution is implemented, how many zones it has and on the quality of the panel.
In contrast, edge-lit TVs don’t have as effective local dimming since they only have several dimming zones around the edges of the screen (top and bottom, or left and right) unlike full-array TVs, which have dimming zones across the entire screen.
That’s why edge-lit TVs are cheaper, but blacks aren’t as deep and you may encounter image flashlighting or clouding, although you can always alter the sensitivity setting to reduce it.
In either case, make sure you research how well the local dimming of the LCD TV you want to buy works as it can do wonders for the image quality, especially for HDR content.
We have a buyer’s guide with the best gaming TVs.
While older OLED models suffered from very high input lag, newer versions have managed to greatly decrease it by introducing ‘Game Mode’ which bypasses certain image processing.
The input lag of 2020 LG OLED TVs is only ~13ms at 60Hz and ~8ms at 120Hz, which is as low as that of some gaming monitors!
Some high-end LED TVs have an input lag of over 40ms, which is not preferable for gaming.
You should get a TV with less than 32ms input lag — ideally less than 16ms at 60Hz — if you want smooth and responsive gameplay.
But it gets better:
OLED displays also have an incredibly quick response time speed of less than 1ms, which makes them great for fast-paced gaming.
On an IPS panel TV, the response time speed is slower (~15ms), which results in more visible ghosting or trailing of fast-moving objects.
OLED Image Retention/Burn-In
The main problem of OLED displays is image burn-in. If you leave your TV 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, given that it goes away after a few minutes or after you refresh pixels using a dedicated TV feature.
Still, if you play video games on an OLED TV for a long time, fixed HUD items such as maps, health bars, menus, etc. may remain visible for some time even after the image has changed. Of course, this happens only in specific and rare scenarios, and it can be easily solved.
A lot of games have dedicated options to auto-hide fixed elements in games precisely for this reason.
IPS Glow and Backlight Bleeding
IPS panels suffer from ‘IPS glow’ and backlight bleeding, which is characterized as light leaking around the corners and edges of the screen, and is particularly noticeable in dim rooms and dark scenes.
This can considerably take away from a movie-watching experience in a dark room, as black colors aren’t just grayish; they are slightly glowy around the edges of the screen.
Now, you may have seen the term ‘QLED’ mentioned here and there. To clear away the confusion, these panels aren’t related to OLED but rather to the regular LED display technology.
In fact, QLED TVs are based on VA panels by Samsung and use quantum-dots to expand the color gamut, contrast and maximum brightness. However, OLED TVs still have an arguably better image quality for the basically same price.
VA (Vertical Alignment)
Alternatively, you could get a LED TV with a VA panel (with or without the quantum dot technology) that has a higher static contrast ratio and doesn’t suffer from IPS glow.
However, VA panel displays have narrower viewing angles and a slower response time speed, which makes them the worst display option for gaming due to the contrast/color shifts and prominent trailing behind fast-moving objects.
What’s the bottom line?
We recommend getting a 2019 or newer OLED TV by LG. If you can’t afford it, look for a 4K HDR TV with an IPS panel for gaming or with a VA panel for watching movies, TV shows, etc.