#oledscreens

Best OLED Gaming Monitors

OLED is the newest name in gaming monitors, and with good cause. The specifications for these high-end screens resemble the ultimate wish list for monitors for gamers. With their lightning-fast refresh rates, vivid colors, lifelike blacks, and ultra-clear motion in fast-paced action, OLED displays are a great addition to almost any gaming setup.

OLED Gaming Monitors

To provide you with the finest of this cutting-edge panel technology, ROG OLED Gaming Monitors has been working hard to create new models with a wide range of features in various sizes and forms so that you may get the ideal OLED gaming monitor for your setup. Which ROG OLED gaming monitor is best for you is the only question left.

The top-rated ROG OLED displays overall

The top-rated 32-inch OLED screens for immersive gaming environments

The top ROG OLED esports monitor

The top ROG OLED ultrawide monitors

The top-rated huge ROG OLED screens for gamers on multiple platforms

The top gaming laptops with OLED screens

The best all-around ROG OLED monitors 

ROG Strix OLED XG27

A pair of ROG OLED gaming monitors that would look great on almost any gamer’s desk should be the first item on this list. It’s practically impossible to categorize them because they are so well-rounded.

ASUS brand-new ROG Strix OLED XG27ACDNG is up first. This QHD monitor has a glossy WOLED screen for inky blacks and bright colors in every setting, and its 27-inch display provides enough of immersion while fitting perfectly into any arrangement. Esports, AAA games, or the newest blockbuster film will all be a breeze with this monitor’s blazing 360Hz refresh rate for incredibly fluid action, 0.03ms response time for incredibly crisp motion, and complete support for HDR.

With a semi-glossy QD-OLED screen that uses quantum dot technology to deliver bright colors while reducing distracting reflections in ambient light-filled spaces, ASUS ROG Strix OLED XG27AQDMG, on the other hand, has comparable specifications: 27 inches, a QHD resolution, and a 240Hz refresh rate.

Prepare to take action if any of these monitors meets all of your requirements; they are now available. To locate one of your own, click on the links below.

The best 32-inch OLED monitors for immersive gaming setups 

ROG Swift OLED PG32

ASUS 32-inch OLED displays are a good option if you have a little extra space and like a wide field of vision. The ROG Swift OLED PG32UCDM offers a remarkable blend of size and quality with its roomy 32-inch design and 4K panel. Your doorway to amazing HDR experiences is this ROG display, which was the first to support Dolby Vision.

Dolby Vision makes sure that all of the vibrant colors, realistic details, and stunning highlights are fully seen in HDR content, bringing it as near to the original intent as possible. For vivid visuals with fluid, blur-free animation, the PG32UCDM combines a 3840×2160 display with a 240Hz refresh rate and a 0.03ms reaction time (GTG). You can easily manage several devices with built-in KVM, and its superior cooling system ensures that you get the most out of its stunning QD-OLED panel.

You should look into the ROG Swift OLED PG32UCDP if you want to go even farther, especially if you play fast-paced esports games. The first dual-mode OLED gaming screen switches between 4K 240Hz and FHD 480Hz immediately. Both modes are easy to switch. You can get the ideal set of specifications for the next game on your list by simply navigating to the OSD menu. Whichever mode you choose, you’ll benefit from a high-end 1300-nit peak brightness for superb HDR entertainment, a near-instantaneous 0.03ms response time for incredibly clear motion, and G-SYNC Compatible and FreeSync Premium technology for incredibly smooth, tear-free graphics.

The PG32UCDP is a fantastic alternative for cross-platform gamers who are just as likely to play on a next-generation console as they are on their PC because of its DisplayPort and HDMI 2.1 connectivity choices. A USB Type-C port with 90W power delivery is also included, and a built-in KVM with hotkey control allows you to easily manage two connected devices.

The best ROG OLED monitor for esports

If playing esports games like Valorant, The Finals, League of Legends, or Apex Legends for hours on end is your idea of a fantastic Friday night, recently set the standard for tournament-caliber display performance with an amazing 27-inch OLED gaming monitor that boasts an advanced 480Hz refresh rate.

The first 26.5-inch QHD OLED gaming monitor with a native refresh rate of 480 Hz is the ROG Swift OLED PG27AQDP. You get a sharp pixel-per-inch ratio for gaming, an incredibly quick refresh rate, and the renowned ultra-low response time of OLED screens in a display that is pleasantly sized. Together, these specifications provide unmatched battlefield vision, virtually guaranteeing that this display will be a success on the professional circuit.

You also get a premium set of features, such as professional-grade color accuracy, 99% coverage of the cinema-grade DCI-P3 color gamut, and a peak brightness of 1300 nits. DisplayPort 1.4 and HDMI 2.1 connections are two of the many connectivity options available for this monitor, and they provide the bandwidth required for its remarkable refresh rate.

The best ultrawide ROG OLED monitors

ASUS have so far examined OLED gaming displays with the well-known 16:9 aspect ratio. However, are aware that a lot of gamers yearn for the unmatched immersion that comes with an ultra-wide screen.

For your consideration, offer three ROG OLED ultrawide alternatives. First up is the ROG Swift OLED PG49WCD, which is the largest of the three. Two distinct 27-inch 16:9 1440p displays provide the same desktop real space as this gaming giant’s curved 49-inch monitor with a 5120×1440 resolution.

ASUS install a vivid, bright QD-OLED screen in this display. ASUS equipped this monitor with a significant cooling solution to assist guarantee a long product lifespan, reduce the possibility of burn-in, and enable the ROG Swift PG49WCD to produce stunning highlights. Two parts of any OLED display are principally in charge of producing heat. The mainboard, which handles all display signals, comes first. This board doesn’t require a loud, annoying fan to stay cool with a sizable and effective custom heatsink. Heat from the OLED screen itself is efficiently and softly dissipated by a graphene sheet behind the panel.

The ROG Swift OLED PG34WCDM and ROG Swift OLED PG39WCDM are two ROG OLED gaming monitors that go all out for the curve with gorgeous 800R curvatures, while the PG49WCD delivers a comparatively mild 1800R curvature. For greater immersion, the tighter curvature brings the display closer to the edge of your field of vision.

The 34-inch third-generation OLED display of the ROG Swift OLED PG34WCDM provides 30% brighter images than its predecessor and reduces color fading for text that is clear and readable.

The ROG Swift OLED PG39WCDM gives you 32% extra real estate if you have a little more room. The bigger 39-inch panel enhances its 800R curvature even further. When you sit 80 cm away from the display, every pixel, including those at the panel’s far borders, is equally spaced from your eyes. You may see bright, crisp images on the full display as a result.

This OLED curved gaming display provides you with a sharply defined glimpse into virtual worlds with its 3440×1440 resolution. With its fluid 240Hz refresh rate and ultra-low 0.03ms reaction time, it combines that level of detail with superior clarity and control in fast-paced games. The icing on the cake? a brilliant peak brightness of 1300 nit for amazing HDR effects.

The best large ROG OLED monitors for cross-platform gamers  

Many gamers today are platform-independent. You may like certain games on your gaming PC but others on your Xbox, PlayStation, or Nintendo Switch. You may own the best portable PC gaming device, the ROG Ally, but you want to connect it to a bigger screen at home to play multiplayer games at an entertainment center.

An HDMI 2.1 port is a crucial feature for cross-platform gamers. Higher resolutions, higher 120Hz refresh rates at current resolutions, and several desirable features including variable refresh rates and automated low-latency mode for gaming devices are made possible by this protocol, which enables larger data rates over the HDMI cable.

The ROG Swift OLED PG42UQ is one ROG OLED display that works very well for cross-platform gaming. Its 42-inch panel is unapologetically enormous, providing an immersive experience when you use a console controller while relaxing in your chair. However, it is not too big for when you lean in to use your standard keyboard and mouse to manage your gaming PC. With its HDMI 2.1 and DisplayPort 1.4 connectors, it’s primed and ready for both your PC and your preferred console. It combines a 4K resolution with a 138Hz refresh rate (OC) for an outstanding blend of speed and detail.

The ROG Swift OLED PG48UQ can be your ideal entertainment center display if you want an even more immersive experience. You can have the best of both worlds on a single screen by connecting your PC to the DisplayPort 1.4 port and your next-generation console to the HDMI 2.1 port.

Placing this display at the heart of your livestreaming empire is simple with a tripod socket on top of the monitor. With its sRGB mode, you may watch internet videos with precise color reproduction. Additionally, the ROG Swift OLED PG48UQ offers an entertainment experience that is comparable to the level of immersion you would receive in a theater when it comes time to unwind on the sofa with your favorite show or streamers. Are you curious about how the PG48UQ would appear in your gaming area? To see for yourself, visit Instagram on a mobile device and apply Fth augmented reality-powered filter.

The best OLED gaming laptops

After experiencing the benefits of next-generation OLED display technology for your desktop PC gaming setup, you may begin to question whether you can get the same high-end technology on your laptop. The ROG Zephyrus G14 and G16 2024 versions both have the first-ever G-SYNC-capable OLED display on a gaming laptop, so the short answer is yes.

QD-OLED: what is it and how new Samsung TV technology works

A System that combines the Quantum Dots of the brand's TVs with OLED panels that are a reference from rival LG Samsung and LG are the two main TV brands in the market. Year after year, South Korean companies compete for consumer preference with LCD, LED, OLED, and Quantum Dot (QD) screens. However, a convergence of technologies is about to take place. What happens when OLED displays, whose technology is widely dominated by LG, and Quantum Dot, touted by Samsung as a superior quality option over other alternatives, come together? The result is QD-OLED, a novelty that should appear on the international market in 2022. As with any technology, they all have their strengths and weaknesses. . However, the fusion of these two concepts may be able to deliver displays with more vivid colors, with higher peaks of brightness, and with even more accentuated contrasts. Understanding how this technology works are critical to understanding what the future holds in terms of image quality.

QD Displays: structure and principle of quantum dots

Basically, there are two layers behind QD displays: a quantum dot layer and a blue auto-luminescent layer. Quantum dots are semiconductor crystals that emit their own light and can generate millions of color combinations.

Composition of a QD OLED screen When there is a combination of a layer of blue light behind it, the quantum dots create richer colors simply by “turning on” and “turning off” individual pixels. Pixels off are much darker than pixels off by blocking incident light, as with LCD TVs, which is why blacks are more intense on OLED screens. The light-blocking technique can also generate leaks, which can be visible even in the NEO QLED line, with the blooming effect being noticeable when very light areas in the foreground overlap dark areas in the background, generating a halo around the object illuminated. Another important factor is that LCD screens need to move the liquid crystal to control the amount of light needed to compose each image and moving the circuit for such action takes time. In QD Display, the circuit is connected to the layer that emits light, so we have faster and smoother images, which allows TVs to deliver shorter response times, which is ideal for action movies and games, for example.

QD-OLED - what is it and how new Samsung TV technology works - Blue auto luminescence of QD versus liquid crystal panels

Color volume is another differential

In OLED and QD-OLED displays, the colors are more vivid and bright. TVs deliver a volume of color that is less than human beings' ability to see. The promise is that the new technology will deliver up to 80% of the BT2020 standard, while conventional displays are between 60%/75%. The result of this is better color perception, even at peaks of brightness. THE RESULT OF THIS IS BETTER COLOR PERCEPTION, EVEN AT PEAKS OF BRIGHTNESS.Tweet Another problem improved by the technology is the perception of color from different angles. From 60 degrees from the center of the screen, about 40% of the perception of brightness in conventional displays is already lost. In QD-OLED displays this index drops to about 20%. Finally, an anti-glare technology will allow you to place the TV in the center of the room without worrying about daylight reflections.

QD-OLED - what is it and how new Samsung TV technology works - Reflections on the environment will no longer be a problem

QD Display, QD OLED: OLED screens enter Samsung's portfolio

On a hot site created by Samsung Display to explain the new technology, it is interesting to note that the text does not once mention the term “OLED” – and it is not by chance. For years the company has positioned itself opposite to its rival LG's main product, criticizing even its weaknesses, such as burn-in, but it seems that the game has finally turned around. However, there are some issues for us to consider. There are two business units within Samsung when it comes to displays: Samsung Display, which researches and develops displays not just for the South Korean company's products, but potentially for the market as a whole; and Samsung Visual Display, which manufactures Samsung TVs themselves. Although they are under the same umbrella, they are managed independently – which may explain the “surprise” regarding the use of OLED in the brand's portfolio and the aggressive way in which the hot site exposes the advantages of OLED screens in relation to LCD screens.

The modern TVs are very complicated devices with lots of different technical values. Therefore, the choice of the optimal TV is rather complicated. Severe competition between companies is sometimes accompanied by not very honest marketing and often requires additional clarification.

LCD and LED screens

In fact, the LED screen is an LCD screen with an improved LED backlight that replaces the less efficient fluorescent backlighting. The diode matrix is located either along the edges (Edge LED) or along the back plane (Direct LED) of the screen.

Each of them has advantages and disadvantages, but, according to experts, Direct LED distributes the glow more evenly. Each of them has advantages and disadvantages, but, according to experts, Direct LED distributes the light emission more evenly. In addition, it provides a higher density of black.

But today the full-array is considered the best. It's used in models of the upper price segment.

LED, QLED or OLED

LED TVs can not accurately reproduce black color due to constant backlighting of pixels. The playback of dark scenes on the LED screen is accompanied by gray or purple hues. The invention of OLED screens on organic light-emitting diodes solved this problem. Each such pixel emits light independently of each other. In dark areas, it completely turns off, providing playback completely black. The high price is the main drawback of OLED models. But this factor will decrease as the technology develops. The relatively low image brightness is another feature of this technology. Comparatively inexpensive OLED-panels provide brightness at the level of 700-800 cd / sq m. (As known, 1 cd / sq m = 1 nit). For comparison, the brightness of LED-TVs reaches 1400-1500 cd / sq m. Therefore, their advantages over LED TVs are visualized only at night or in a darkened room. The cost of brighter OLED models (up to 2000 cd / sq m) is very high. Samsung QLED TVs are an improved LED version and compete with OLED TVs from LG companies. Quantum Dot technology, according to the company, expands the depth and improves color rendering. But nanocrystals also do not emit light and require a backlight. In fact, today the market offers OLED and LED TVs. Differences between images on QLED and OLED screens are virtually not perceived visually.

4K resolution

Constant increase in resolution is one of the main trends. Resolution is equal to the number of pixels of the screen and provides image clarity. Accordingly, the image quality depends directly on the number of pixels, i.e. from resolution.

Full HD is considered standard for LED TVs. This is enough to watch blu-ray movies and digital channels in the HD TV standard. UHD (Ultra HD) or SUHD (Super Ultra-high-definition) resolution is 4 times higher compared to Full HD. SUHD uses Quantum Dot technology, and UHD is based on LED (liquid crystals or light-emitting diodes). But limited offer 4K content inhibits the development of this segment. Today 4K resolution is available only in expensive flagship models. Additionally, UHD provides high quality only on a large enough screen with a diagonal of 55 inches and higher. The distance to the screen also affects the visualization of the playback quality that decreases in direct proportion to the distance. The difference in perception between Full HD and UHD is practically absent at a great distance. But the distance of 32 inches for a TV with a diagonal of 55 inches will be inconvenient for many people. Sometimes little-known brands offer 4K models at very low prices due to savings on matrix and CPU performance. But 4K-content playback by such a TV is often accompanied by poor color rendering quality and regular image hanging due to very long input-lag.

Support for HDR (dynamic range)

As known, HDR technology affects the gradation of colors ranging from the brightest white to the darkest black and provides the correct color rendering that affects the image realism.

This technology provides more shades in shaded or too-lit areas. HDR technology requires a powerful processor, high brightness and HEVC (or VP9-Profile2) decoder. The maximum reserve of brightness should be many times greater than traditional TVs. HDR provides up to 1500 nits compared to 400 nits for standard models. The expanded color palette also requires special technologies. Today, a combination of these complex technologies is available only in expensive 4K-models. Modern 4K TVs with HDR support have a UHD Premium certificate. HDR function is indicated in the description as HDR10, HDR10 +, Dolby Vision or HLG. 4K Blu-ray format supports HDR by default. Unfortunately, this technology also requires special content that significantly limits its capabilities.

Diagonal

The diagonal affects the optimal viewing distance. A factor of 1.6 is usually used for LED TVs. Thus, a distance of 64 inch is optimal for a 40-inch model. Accordingly, the optimal distance increases with increasing diagonal size. Full HD TVs use the formula diagonal = distance (in meters) x 25 (factor). Thus, a distance of 2 meters is optimal for 50 inches. UHD uses a factor of 39. In this case, a distance of 2 meters is optimal for 78 inches, that, of course, is impressive.

Curved and flat screen

Curved screen visually increases due to the use of peripheral vision. But this effect is achieved only on models with a diagonal of 50 inches and above.

Today, many experts cite fairly convincing arguments against curved models. You can see them on the video at the end.

3D