Asus ROG OLED PG49WCD 49" Review: Super-Ultrawide Gaming



The Asus ROG Swift PG49WCD is a emblem-new, extremely good-ultrawide OLED display offering a 2nd-technology QD-OLED panel. We first checked out this reveal at Computex, and it's miles now poised to end up to be had as a premium gaming monitor for the ones wanting a forty nine-inch QD-OLED show.

Similar to the Samsung Odyssey OLED G9, which we have but to study, the ROG PG49WCD utilizes a modern-day QD-OLED panel from Samsung. This panel boasts a decision of 5120 x 1440 for its 49-inch display, in conjunction with a most refresh fee of 144Hz. It also supports adaptive sync era, boasts marvelous 0.03ms response instances, and has earned the DisplayHDR True Black four hundred certification.

Specs and Design

So there is some thrilling things proper off the bat right here: The first is the dimensions. This display has a 32:9 factor ratio and with its 49-inch diagonal measurement, it equates to having 27-inch 2560 x 1440 monitors side with the aid of side inside the one panel.

At round 1.2 meters extensive it is a big show that occupies quite a few desk width, but it is not overly tall, offering a comparable vertical revel in to traditional 27-inch monitors. This form of setup is first rate for side by facet packages and productiveness work, in addition to immersive gaming because it virtually envelops your complete horizontal area of view, assisted by way of the 1800R display curvature.

I'm individually keen on ultrawide gaming and love using a 34-inch 21:nine ultrawide because it offers an accelerated stage of immersion relative to a comparable 16:nine display. 32:nine takes matters to the subsequent degree, it's forty cm wider than previous 21:9 QD-OLED ultrawides, and it feels even extra immersive to apply.

The drawback being that while recreation guide is pretty excellent nowadays for ultrawides, 32:nine is less supported than 21:9 and sixteen:nine so you can also run into titles that don't assist this kind of layout with out mods or hacks. But the more recent the sport you are playing, the less probably this can be an trouble in my revel in.

The other thrilling issue is the refresh charge. The Asus variant is restricted to simply 144Hz, despite the fact that the Samsung G9 can reach 240Hz the usage of the same panel, and the upcoming MSI 491C additionally hits 240Hz.

That's a quite substantial distinction, a 67% better refresh fee for the currently available Samsung model is truely substantial and supplies a greater level of movement clarity and responsiveness. Considering the PG49WCD nevertheless seems to be a top rate gaming display, we can not make certain why Asus have opted for 144Hz whilst the choice of 240Hz seems to be there for the taking.

The Asus design is just like different ROG video display units, especially their PG27AQDM 27-inch WOLED version, simply now scaled up to a forty nine-inch ultrawide layout. The panel phase is skinny – though now not as skinny as the PG27AQDM – and there is additionally a vital container on the rear housing all the components.

Most of the outside surfaces aside from the stand legs and screen are a matte gray plastic, quite preferred stuff, despite the fact that commonly the build satisfactory is good. The rear additionally capabilities a massive ROG logo with RGB LED lighting fixtures and the general aesthetic of the reveal is gamery.

The stand isn't always as large as you might expect for a massive forty nine-inch screen however the legs nonetheless span 65cm in width and even as the general durability is ideal for a screen of this length, it's no longer rock solid. The central stand pillar helps top, swivel and tilt adjustment however I was a bit dissatisfied with the variety of top adjustability, the most peak must be a bit taller for my part.

Connectivity

Connectivity is exquisite with one DisplayPort 1.4 with DSC, one 48 Gbps HDMI 2.1 port and one USB-C input that does DP-Alt mode and 90W of energy transport, alongside a 3 port USB hub and even optical audio out. There's a integrated KVM switch as properly for using the show with a couple of inputs.

The use of full bandwidth HDMI 2.1 is top notch and the show supports quite a few input modes together with 1440p at 144Hz and 4K at 120Hz, despite the fact that going for walks an ultrawide OLED with a sixteen:nine photo for long durations of time may additionally purpose uneven wear and the powerful burn in of the black bars on both side. So while it does help 16:nine element ratio console inputs, it isn't always the most best reveal for that use case (outside of occasional use).

The OSD is controlled through a directional toggle alongside the lowest area and it packs a notable feature set inclusive of things like crosshairs, an FPS counter, a sniper mode and shadow boosting. There's a robust range of color controls and OLED care features as well, together with display shifting, vehicle-dimming and pixel refresh modes. You can disable DSC if you want to.

Screen Coating, Subpixel Layout and Burn-In

Samsung's second generation QD-OLED panels do provide some enhancements to the problems we highlighted in our initial QD-OLED reveal reviews, chiefly across the subpixel structure. While this QD-OLED panel still makes use of a triangle RGB layout, the sizing of the subpixels has been adjusted which improves text readability relative to first-gen QD-OLED. There continues to be some red/inexperienced fringing on the top and bottom of text, but it's now not quite as major as with first-gen panels.

With those first-gen panels I became one of the reviewers that observed the text fringing difficulty more major and extra worrying with laptop app utilization; there had been honestly others that did not think it changed into a large deal in any respect. With the second one-gen QD-OLED design I suppose it edges nearer into the perfect variety, it's nevertheless no longer as precise as a comparable pixel density LCD that uses an RGB-stripe subpixel layout, but usually it is affordable enough for occasional computing device app usage and is still a non-difficulty for content material intake like gaming. On top of this, I consider the text clarity of 2nd-gen QD-OLED is a good deal better than similar WOLED panels, so of the 2 important OLED technology I might pick QD-OLED for whatever text-heavy.

Unfortunately even though, the screen composition, layer structure and coating is on the whole unchanged relative to first-gen QD-OLED. This second-gen panel is still smooth and nevertheless has troubles reflecting ambient mild whilst light sources are in front of the show.

The reflection managing itself is affordable so you may not usually note the ones horrible mirror-like reflections in vivid utilization environments, however the layer shape to this panel nevertheless reflects some distance an excessive amount of ambient light. If your surroundings isn't well optimized, this ambient mild mirrored image makes the panel appear grey even when attempting to show pure black, which reduces the best of the deep rich blacks that OLED is understood for.

So the same mind I have with reference to display composition and coating practice to the PG49WCD as preceding QD-OLEDs. In a trendy indoor viewing surroundings with artificial mild or masses of daylight, QD-OLED is not ideal because of its troubles with reflecting ambient mild and raising blacks.

This ambient reflectivity is exacerbated when there's extra light in front of the panel, however is not as tricky whilst lighting fixtures is only in the back of the display, and it's a non difficulty in dimly lit or darkish rooms. In assessment, glossy LG WOLED panels normally seem blacker when faced with a shiny usage environment as its panel structure rejects greater ambient light.

What's additionally essential to be aware about is that OLEDs generally are not outstanding monitors for computer utilization, productivity apps and net surfing due to the fact they are susceptible to permanent burn in. Anything with static content material like toolbars or icons on screen for a protracted time frame, such as you get with most desktop applications, is prone to burning in.

Conversely, dynamic content like gaming or watching motion pictures is at practically no risk of burn in, so don't worry about this in case you're in the main the usage of an OLED for gaming. Even the occasional bit of computing device app usage is first-class – it's extra than 8 hours an afternoon of productiveness paintings that may lead to burn in.

As for burn in guarantee, unfortunately Asus do now not provide unique burn in insurance as a part of their warranty. Some QD-OLED models within the past just like the Alienware AW3423DW have featured burn in warranties, however Asus aren't providing that with the PG49WCD, which is the equal policy as with their PG27AQDM. Samsung's forty nine-inch OLED does not include a burn in assurance both.

Response Time Performance

Asus ROG Swift OLED PG49WCD - 144Hz, 100Hz, 60Hz

In terms of reaction time performance, it is no wonder to see this QD-OLED panel imparting lightning fast speeds, just like different QD-OLEDs we've examined. At its maximum 144Hz refresh charge, we are seeing a zero.4ms common response which is extremely fast and that leads to very clean motion for this type of refresh fee. With no major inverse ghosting, the Asus model is on par with the other editions for motion readability, and some distance superior to any LCD on the equal refresh rate. The only downside here is it capping out at 144Hz, instead of 175Hz or 240Hz like we've got seen from different QD-OLEDs.

The pleasant a part of how OLEDs function is that overall performance is largely equal in any respect refresh quotes. This way whether we are checking out at 144Hz or 60Hz, we are nonetheless seeing approximately a zero.4ms response time average. LCDs commonly get slower as the refresh charge decreases but this isn't always the case right here, so the PG49WCD offers a single overdrive mode experience – with none overdrive settings of route, as they aren't required for an OLED.

There is efficiently no distinction in response time overall performance among this QD-OLED and different OLED video display units. The handiest difference for motion readability at the maximum refresh fee is the max refresh itself. The 240Hz monitors on this chart, which include the Asus PG27AQDM, do have superior readability as there is less pattern and hold motion blur at a higher refresh rate like 240Hz. But as a ways as response times themselves are concerned, all OLEDs are basically the identical.

Where the huge difference lies is between OLED and LCD. The ROG Swift is a lot faster than the quickest LCD I've tested, which is a huge win for OLED, and it best receives higher while searching at average performance. While LCDs do get a chunk slower at lower refresh fees, OLEDs don't, so the space between OLED and LCD grows. Here the Asus version is around 10x quicker than some of the very best give up LCDs in the marketplace today.

It's additionally desirable to verify amazing cumulative deviation consequences, though no different from most different OLEDs. As predicted this absolutely is the equal technology that grants the identical reaction time performance as other QD-OLED ultrawides.

Input latency is excellent, with Asus turning in much less than 1ms of processing postpone. Combined with rapid reaction instances this generally makes the PG49WCD a responsive display, despite the fact that its refresh fee does restrict the input latency relative to better refresh price OLEDs. I do not assume competitive gamers might were overly interested by the format of this display but if you did need some thing like this for multiplayer gaming then 240Hz might have been best.

Power intake showing a 2 hundred nit full white image is obviously pretty excessive from a huge 49-inch monitor, however it's far from ridiculous given full white is a worst case state of affairs for OLEDs. 120 watts of usage is much like the Asus PG42UQ, and 38% more than the Alienware AW3423DWF no matter having 52% extra display screen actual estate. Typical usage even as SDR gaming is extra within the variety we see from the Odyssey Neo G9, if no longer much less.

Color Performance

Color Space: Asus ROG Swift OLED PG49WCD - D65-P3

Like other QD-OLED video display units the PG49WCD is a very extensive gamut show, wearing ninety nine.Four% coverage of DCI-P3 and ninety eight.8% coverage of Adobe RGB, meaning this panel is very properly ideal to paintings in either gamut (if it did not bring the risk of burn in for productiveness obligations like picture modifying). In overall we get an impressive 84.4% insurance of Rec. 2020 that is round 4 percent factors higher than preceding QD-OLED panels, is that the end result of the second one-era design? We'll be able to confirm that with a 2d display the usage of this panel.

Default Color Performance

Asus ROG Swift OLED PG49WCD - D65-P3, examined at native decision, maximum refresh fee
Portrait CALMAN Ultimate, DeltaE Value Target: Below 2.Zero, CCT Target: 6500K

Grayscale, Saturation and ColorChecker

Factory calibration is respectable, with Asus generating top greyscale results that show not a lot shade tint and first rate deltaEs. Some OLEDs were pushed out with strong blue tints from the manufacturing facility but this is not one of them. However in its default manufacturing unit configuration, you will see a few oversaturation and high deltaEs for ColorChecker as the whole very extensive gamut is left unclamped. This way that everyday SDR sRGB content material like computer apps or YouTube films receives increased up into the total gamut, main to greater saturation than is correct.

Compared to different monitors, manufacturing unit greyscale overall performance is fantastic, at the same time as ColorChecker overall performance isn't so top notch. Some best strengths however additionally some large weaknesses here.

sRGB Mode Color Performance

Asus ROG Swift OLED PG49WCD - sRGB, examined at local resolution, maximum refresh rate
Portrait CALMAN Ultimate, DeltaE Value Target: Below 2.Zero, CCT Target: 6500K

Grayscale, Saturation and ColorChecker

What is appealing to see is that the PG49WCD has an amazing variety of calibration controls. You can alternate the colour space to either sRGB, DCI-P3 or wide gamut and it does not lock out any other controls, so that you can set the show to emulate the sRGB color space and then regulate white stability and other things. However the DCI-P3 mode appears to simply be a copy of sRGB and no longer sincerely use the overall P3 gamut so that is in all likelihood a firmware computer virus. Alternatively for sRGB coloration space utilization you can use the built in sRGB Calibration Mode which does lock you out of a few settings, however is greater accurate from the manufacturing facility, and I've been showing you the ones consequences proper now. With a few easy placing adjustments like switching into this mode, you can get a properly calibrated revel in with little attempt.

Compared to other monitors the sRGB mode is robust for both greyscale and ColorChecker, delivering a satisfying degree of accuracy. It's not a ways and away higher than a few other QD-OLED alternatives I've reviewed, but Asus have simply paid attention right here to make certain users don't have to deal with oversaturation in the event that they don't need to.

Calibrated Color Performance

Asus ROG Swift OLED PG49WCD - sRGB, tested at native decision, highest refresh charge
Portrait CALMAN Ultimate, DeltaE Value Target: Below 2.Zero, CCT Target: 6500K

Grayscale, Saturation and ColorChecker

Calibrated performance as anticipated is splendid, and we used Calman for this. The extensive colour gamut that gives close to full coverage of several key coloration spaces is prime to delivering very accurate consequences maximum of the time, despite the fact that the dynamic nature of OLED panels means there's a small quantity of variance at times, greater than we'd see from an LCD. Nevertheless you may gain extraordinary consequences on a product like this.

Maximum brightness inside the SDR mode is just like different quality in magnificence OLED gaming monitors of today, providing a touch over 250 nits, inside the equal ballpark as all different QD-OLEDs I've examined. This remains below most LCD panels, however for indoor utilization I tend to think 250 nits is decent enough to be usable. Asus also offer a uniform brightness placing that restricts the panel to 258 nits no matter window length, which disables the disturbing automatic brightness limiter behaviour if you need a pleasing and consistent experience whilst the usage of computer apps. Minimum brightness changed into additionally top at 17 nits.

As predicted black levels also are almost 0, as each pixel can be fully switched off to show black, main to an efficiently limitless evaluation ratio.

Viewing angles are extremely good from QD-OLED panels, so that you won't have any problems with coloration transferring or tint while regarded from off angles. The most effective problem right here would be the curve decreasing the visibility of the complete screen, although 1800R is good for gaming at this type of size and ultrawide thing ratio. Uniformity turned into brilliant as well, persevering with a fashion of those QD-OLED panels handing over a pleasing and consistent enjoy, the handiest moderate issues we observed were within the corners but even then it's hard to word in practice.

HDR Performance

This Asus reveal is a wonderful HDR display. This is due to OLED generation's inherent hardware characteristics which might be tailored for showing HDR content. The key characteristic here is that each character pixel is self lit, that means at a pixel degree the show can activate or off to appropriately display the whole lot from darkish shadows to brilliant highlights. When the display wishes to reveal pure black, it is able to completely transfer off, giving us the trademark wealthy 0-level blacks and deep shadows that OLED is understood for.

This is in contrast to most HDR succesful LCD panels, which aren't fully controllable on the pixel level. LCDs require a backlight, and for HDR presentations this commonly means the usage of complete array local dimming, a technology that splits the backlight into zones. Whereas OLED can turn off every pixel in my opinion, LCDs with local dimming can handiest turn off sure zones encompassing hundreds or even thousands of pixels. This can nevertheless be powerful for HDR content and look super, but it has a few fundamental flaws in hard circumstances. For example, while showing a bright and darkish element near together, an OLED can control every pixel as needed with a easy, correct distinction among bright and dark. LCDs with local dimming need to masterfully control the zones to gain the essential distinction between shiny and dark, and whilst the element is too small or not in the most excellent function, the brilliant element can spill into the darkish place inside the backlight sector, creating unsightly blooming artefacts.

OLED consequently has the brink in terms of showing clean HDR content material with minimal blooming or haloing. In a few scenes this may be the difference among raised blacks and deep blacks, consisting of for starfields and Christmas lighting fixtures. At different times, OLED may have a brightness benefit for small shiny objects within a darkish scene. Subtitles will look cleanser on an OLED with decreased blooming. And typically, OLEDs produce richer shadows way to its inherently higher contrast ratio.

Aside from brightness and shadow detail, OLEDs additionally produce other benefits for HDR. As there aren't any backlight zones, OLEDs are quicker to transition between bright and darkish without a seen region transitions. OLEDs are a whole lot much less likely to be afflicted by backlight flickering, even though light PWM behavior particularly when using a variable refresh rate is commonplace. And OLEDs like this one do not increase input latency in its HDR mode, as they do not need to run a backlight zone algorithm.

With the PG49WCD there are numerous HDR modes to pick from, however I observed fairly early on that the default "console HDR" mode has issues with raised brightness and clipping highlights, leading to weird banding problems and terrible shade pleasant. When converting the setting to the Gaming HDR or Cinema HDR placing this difficulty is significantly reduced without impacting the ability to hit 1000 nits of brightness. The DisplayHDR four hundred mode does restriction the display to underneath 500 nits of brightness, so I wouldn't recommend it.

To see what exactly these modes are doing it is best to take a look at EOTF monitoring charts. At a 2% window size, which represents small shiny highlights, the Console HDR mode tough limits brightness too early, as opposed to turning in a pleasing fall-off as the abilities of the display are reached. The Gaming HDR mode is likewise a piece too brilliant for those small highlights, but takes a greater rounded technique that doesn't clip as aggressively. Cinema HDR is going the alternative manner and is rather not brilliant enough, although follows the best EOTF monitoring the closest. This performance is equal whether we use an AMD or Nvidia GPU.

What's irritating about those settings is that large window length performance differs. Measuring at a ten% window size in the Console HDR mode can provide very good consequences and super roll-off. The Gaming HDR setting is a bit less near with its fall-off, then the Cinema HDR placing does not get very near at all.

What this all way is that there is no absolutely correct HDR mode provided with this display. You can pick among the Console HDR mode with terrible highlight overall performance but higher 10% outcomes, the Gaming HDR mode it truly is balanced among highlights and 10% but isn't correct at both, or the Cinema HDR putting this is excellent for highlights but weak at 10%. The perfect combination would be Console HDR for higher APL and Cinema HDR for decrease APL, however we simply do not get that. So I consider the Gaming HDR mode is the satisfactory to use as it kinda balances out the enjoy and doesn't produce those glaringly blown out highlights.

What we get from the Gaming HDR putting is honestly usable and playable although now not perfect accuracy and there are few if some other settings that can be adjusted. Saturation performance on this mode is a little wonky but no longer a deal breaker and the whole brightness abilties of the panel are preserved whether we use an AMD or Nvidia GPU, some thing that changed into problematic with a few previous QD-OLED monitors I tested.

Where we grow to be with brightness is affordable. Full screen brightness hit 263 nits so quite just like the SDR mode and now not reduced for HDR content material, though quick of what most LCDs are capable of. 10% window brightness is much like different QD-OLED monitors at 472 nits but now not as robust as maximum other HDR shows consisting of LCDs or WOLEDs, which might be brighter in this variety. When viewing the smallest highlights as shown via 2% peak brightness, the PG49WCD may be very sturdy though once more no longer all that exclusive to other QD-OLEDs, however it does verify Asus advertising of a thousand nits is correct.

Here's what we get with brightness vs window size for a selection of OLED monitors. This second-gen QD-OLED panel follows similar behaviour to the first-gen QD-OLED used inside the Odyssey OLED G8, though with barely better brightness at all stages. In ordinary QD-OLED style this panel kind has a quick increase in brightness for small highlights, comparatively susceptible 10% overall performance, earlier than finishing off with higher massive window length brightness than WOLED panels.

Real world brightness is pretty a lot as expected across the numerous checks. Gaming brightness was a bit lower than predicted, however I assume this was simply because the reveal is so extensive that it's showing more on display in my check place than usual, which influences APL and consequently brightness as well. Still I didn't often see 1000 nits of brightness throughout my gaming sessions the use of the Gaming HDR mode, and whilst the Console HDR mode turned into brighter, it had the aforementioned spotlight clipping problem.

HUB Essentials Checklist

Asus does a awesome task of as it should be marketing this reveal for the maximum element, delivering true abilties like HDMI 2.1, 250 nits of SDR brightness and manufacturing unit calibration. I'm no longer a huge fan of the zero.03ms reaction time advertising as I experience that is a piece deceptive, though OLEDs are still quite speedy, and so far no OLED gaming display helps full black frame insertion technology.

But the PG49WCD is in reality a true HDR screen and there may be only a few other issues, like its triangle RGB subpixel layout (though particularly improved) and its threat of permanent burn in.

Ultracool or Not?

There is lots to love approximately the Asus ROG Swift OLED PG49WCD – that complete call is quite a mouthful – but that is some other great QD-OLED presenting. We do consider that because of its huge length and particular issue ratio, it's going to emerge as as a more niche offering than the 34-inch QD-OLEDs we've got had up until this point, but in case you are interested in a really very immersive gaming experience, there is plenty this gaming monitor can do well.

The overall performance isn't too distinctive from different QD-OLEDs we have tested. Yes, Asus is the usage of a 2d-technology panel, however overall performance is in the main similar to before. The good news is, this level of overall performance is pretty strong: movement performance is brilliant with lightning-rapid response instances, at the same time as coloration performance is first rate thanks to a very huge coloration gamut, elite viewing angles, and deep 0 level blacks.

The primary target audience for a product like this is someone that needs an immersive monitor for HDR single participant gaming and we suppose Asus supplies here. The HDR competencies of these QD-OLED panels is extraordinary, with in step with pixel nearby dimming, and brightness abilities up to the a thousand nit variety. Now there's just even more width, and the decision requirements are not ridiculous with a total pixel depend just like 4K.

The 2nd-gen QD-OLED panel has barely advanced text clarity way to an adjusted subpixel structure, despite the fact that different regular troubles continue to be. The panel still displays ambient light in some situations, reducing the apparent black intensity. There's additionally the ever present danger of everlasting burn in if you use a monitor like this for computing device work, which does impede the usability of the shape element fairly: forty nine-inch 5120 x 1440 is equal to two 27-inch 1440p monitors facet by means of aspect which would be a pleasing configuration for side-via-aspect app utilization, but in the interim we are able to only endorse that as an occasional secondary use case. But as a content consumption and gaming reveal, the PG49WCD does supply a super experience.

While a strong product in standard, there are some regions that could do with a few tidying up, like its HDR accuracy and weirdness with EOTF tracking throughout the various modes. I'd also like Asus to offer a right burn in warranty with clear language published on their internet site.

But there may be one issue that I simply cannot get my head around and that's the refresh fee maxing out at 144Hz. We understand this panel can do 240Hz, because the Samsung Odyssey OLED G9 hits 240Hz, and different editions were introduced that still top out at this price. We're no longer positive why you would provide a reduced refresh fee while the whole lot else seems very much top of its elegance? All the functions are there, except that refresh charge you get on competitors, and the distinction is enormous enough to be observed in both motion clarity and responsiveness.

With this foremost handicap, Asus truely can't promote the PG49WCD at the same charge as any of the 240Hz versions – in reality we assume it wishes to be substantially inexpensive, which begs the question of why this is not a 240Hz display?

At release Asus instructed us this display will have a $1,three hundred MSRP, which at the start look appears okay. The Samsung OLED G9 released at $2,200 after which obtained a price reduce to $1,800, which might make the Asus model $500 less expensive. Considering that many buyers going after premium equipment pays any affordable quantity more to get the high-quality of the nice, presenting the 144Hz Asus version at a $500 bargain feels about right.

But, it really is handiest an MSRP vs. MSRP contrast. Samsung regularly discounts their video display units, in particular the ones which have been available for some months, so proper now the OLED G9 is to be had for as little as $1,four hundred. That shrinks that margin to the factor where the Asus offering is just $100 inexpensive, which absolutely isn't always enough of a discount, so optimistically Asus is ready to observe in shape and drop pricing to a more suitable level.

And that's essentially wherein our advice lies in the meanwhile. We're hoping to check the Samsung OLED G9 soon to look the way it stacks up, but for now we suppose the Asus model wishes to are available at a significant cut price for it to make feel as a high-quit product. It's appropriate, but a lesser set of competencies ought to suggest a lesser charge.

Shopping Shortcuts:

• Asus ROG Swift OLED PG49WCD on Asus
• Samsung Odyssey OLED G9 on Amazon
• Alienware AW3423DW 34" QD-OLED on Amazon
• Samsung Odyssey OLED G8 on Amazon
• LG C2 42" OLED TV on Amazon
• Corsair Xeneon Flex on Amazon
• Asus ROG Swift PG42UQ on Amazon

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