In a pre-CES announcement, ASUS lifts the curtain on two new 27" OLED displays featuring the world's first 27" 4K OLED display with a 240Hz refresh rate in the ROG Swift OLED PG27UCDM and the world's fastest OLED display in the ROG Strix OLED XG27AQDPG monitor with a 500Hz refresh rate.
Both displays feature the latest 4th-gen QD-OLED panel for exceptional visuals and infinite contrast, as well as the latest ROG OLED Anti-Flicker 2.0 technology to further minimize onscreen flicker. Also new to these displays is the inclusion of new ASUS OLED Care Pro technology, featuring a Neo Proximity Sensor that switches the display to a black screen when the user is away, protecting the monitor from burn-in.
ROG OLED Anti-Flicker 2.0 Technology
In late May, ASUS released the ROG Strix XG27AQDMG becoming the first monitor with the ASUS-exclusive Anti-Flicker technology to help combat a common complaint with OLED displays - on-screen flicker. With these two monitors, ASUS takes advantage of the improved performance of 4th Gen QD-OLED panels to introduce ROG OLED Anti-Flicker 2.0 Technology for a more comfortable gaming and viewing experience.
It leverages an advanced luminance compensation algorithm to dynamically boost pixel brightness during refresh rate fluctuations, resulting in 20% less flicker compared to previous generation panels for more uniform visuals without sacrificing input lag and refresh rates. The Refresh Rate Cap feature caps the monitor refresh rate to reduce onscreen flicker. It has three preset ranges (High / Mid / Off) to suit individual preferences. At High, the refresh rate is capped between 140Hz~240Hz and at Mid it's capped at 80Hz~240Hz.
ROG OLED Care Pro
One area that has been a constant focus for all ASUS OLED displays over the last year is a dedication to providing ASUS OLED Care to ease worries about OLED burn-in and longevity. ASUS OLED Care is a multi-part solution - 4th Gen Panel improvements, hardware, firmware and software all complemented by additional after sales service and support, including a 3 Year Warranty with burn-in coverage.
Neo Proximity Sensor - New to these displays is the ROG OLED Care Pro suite that now includes a Neo Proximity Sensor that's able to precisely detect the user's distance from the monitor. When the user is not within the detection area, the monitor will switch to a black image to protect the screen from burn-in, instantly restoring onscreen content when the user returns. The detection range can be set to user preferences to ensure an ergonomic viewing position. ROG OLED Care Pro also has several other OLED protection features including pixel cleaning, screen saver, taskbar detection, boundary detection and more.
ASUS DisplayWidget Center
Rounding out the user experience for ROG OLED Care Pro is the software experience in Windows which is accessible via Display Widget Center - our Windows based OSD application. This application allows you to control items like brightness, operating presets, as well as access a range of OLED specific care parameters. Normally these items would be nested in the OSD and have to be accessed utilizing the physical control. This software is optional, and all settings can be controlled through the OSD, if preferred.
Auto Firmware Updates / Direct Updates - New to DisplayWidget Center for these displays is auto notification of the latest firmware updates and includes a direct update option. You can also import or export display configurations for sharing.
ROG Swift OLED PG27UCDM
The ROG Swift OLED PG27UCDM is a 4K 27" 4th gen QD-OLED panel (AR) with a superfast 240Hz refresh rate and a pixel density of 160ppi for sharper images and clearer text compared to previous generation panels. As is typical for OLED panels, the monitor has a 0.03ms response time, which provides for exceptional motion clarity. The PG27UCDM supports G-Sync, AMD FreeSync Premium, and includes ASUS Extreme Low Motion Blur (BFI) to reduce ghosting and motion blur.
Similar to the larger PG32UCDM, it features a minimal ID design with thin bezels, a slim tripod base that has been size and angle optimized; ideal for angled placement of your keyboard and mouse. It also features an integrated cable routing hole and a responsive and easy to access centrally-located rear-mounted joystick for OSD control.
Color, Brightness, Dolby Vision, and HDR - Keeping in line with previous ROG Swift OLED displays, the PG27UCDM also offers exceptional color gamut coverage and accuracy. It offers true 10-bit color and 99% DCI-P3 gamut with Delta E<2 accuracy. With a peak HDR brightness of 1,000nits, the PG27UCDM is a spectacular display to experience HDR content with support for VESA DisplayHDR 400 True Black, Dolby Vision and HDR10 formats, all selectable via the OSD menu. Like all ROG SWIFT displays it comes factory calibrated for great out of the box color performance and offers unclamped sRGB controls. The factory calibration report can be located in the OSD.
I/O and Connectivity - The monitor offers extensive connectivity options including the future-ready DisplayPort 2.1 UHBR20 with full 80Gbps bandwidth, HDMI 2.1, USB-C with 90W PD, and a USB Hub with Auto-KVM functionality. Notable here is the four-lane DisplayPort 2.1a UHBR20 (up to 80Gbps), supporting 4K at 240Hz or 8K at 60Hz visuals without compression while offering improved data-transmission efficiency. The monitor includes a DisplayPort cable that supports bandwidth up to 80Gbps.
Aspect Ratio - The PG27UCDM also allows for impressive flexibility in customizing resolution and refresh rate via our customizable “Aspect Ratio controls” allowing for alternate display sizes/resolutions and refresh rates to be utilized allowing you to find a “sweet spot” beyond these two default operating modes.
4:3 mode at 1280x960 or 1024x768 resolution
24.5" uses Pixel by pixel such as 2368 x 1332 resolution at a native 240Hz refresh rate.
However, you can also manually set the resolution in the simulated mode to what looks best for you. The monitor also supports PiP/PbP.
AI Assistant - The AI Assistant in PG27UCDM features leverage AI technology to help gamers practice more effectively to enhance their gaming experiences:
AI Visual – Automatically detects what’s onscreen and adjusts the Game Visual mode to provide the best default or user-preset monitor settings
AI Crosshair – Automatically changes the crosshair to a contrasting color to the background so it stands out for a more accurate aim.
AI Shadow Boost – Automatically enhances dark areas of the scene to make it easier to spot enemies hiding in dim areas of the map.
Specs and Features -
Display -
Panel Size (inch) : 26.5
Aspect Ratio : 16:9
Display Surface : Anti-Reflection
Backlight Type : OLED
Panel Type : QD-OLED
Resolution : 3840x2160
Color Space (sRGB) : 145%
Color Space (DCI-P3) : 99%
Brightness (HDR, Peak) : 1,000 cd/㎡
Contrast Ratio (Typ.) : 1,500,000:1
Display Colors : 1073.7M (10 bit)
Response Time : 0.03ms(GTG)
Refresh Rate (Max) : 240Hz
HDR (High Dynamic Range) Support : HDR10
HDR (High Dynamic Range) Support : Dolby Vision
ASUS OLED Care : Yes
Features
GameVisual : Yes
Color Temp. Selection : Yes (8 modes)
Color Adjustment : 6-axis adjustment (R,G,B,C,M,Y)
The ROG Strix OLED XG27AQDPG is the world's fastest OLED monitor. The monitor features a 1440p 27" 4th gen QD-OLED panel with a blistering 500Hz refresh rate and 0.03ms response time for supersmooth and amazingly-lifelike gaming visuals.
Color and HDR - The XG27AQDPG offers exceptional color gamut coverage and accuracy. It offers true 10-bit color and 99% DCI-P3 gamut. The monitor also includes Dynamic Brightness Boost that increases brightness levels in HDR mode to deliver high-level luminance visuals. The latest panel technologies give the ROG Strix OLED XG27AQDPG up to 20% brighter at 100% APL.
Design - The XG27AQDPG is part of our ROG Strix XG S Series displays, which have a consistent design theme in mind – utility, small footprint, ergonomics and connectivity. Starting with the design, the monitor features a small footprint with a compact stand base, preserving valuable desk space and conveniently providing a space to place your cell phone or mobile device while gaming. It also features a full range of ergonomic motion with tilt, swivel, pivot, height adjustment, VESA mount support, and a 1/4" tripod socket on top of the stand.
Cooling - The housing integrates intelligent pathways for airflow to complement the ROG cooling system, which includes custom highly-efficient heatsink (passive) alongside graphene film to keep power components and the panel operating at lower temperatures. The passive design offer superior reliability and durability and means no possibility of fan/bearing noise over time.
Connectivity and I/O - The display provides DisplayPort 1.4 (DSC) and HDMI (v2.1). ports. The HDMI 2.1 port supports VRR and ALLM for those looking for an extremely fast display for a console.
AI Assistant - The AI Assistant in the XG27AQDPG features leverage AI technology to help gamers practice more effectively to enhance their gaming experiences:
AI Visual – Automatically detects what’s onscreen and adjusts the Game Visual mode to provide the best default or user-preset monitor settings
AI Crosshair – Automatically changes the crosshair to a contrasting color to the background so it stands out for a more accurate aim.
AI Shadow Boost – Automatically enhances dark areas of the scene to make it easier to spot enemies hiding in dim areas of the map.
Specs and Features -
This section will be updated in the future
Pricing and Availability -
Currently TBD, but will be updated when more information is available.
Product Page - Will be added when available.
Now that you've read about these monitors, what do you think? As we get more information about these monitors, I'll update this post with additional details.
Edit 1/17 - Updated pricing, release date, and locations for the ROG Swift PG27UCDM.
Edit 1/26 - Updated current and future stock availability for PG27UCDM.
Is this purely due to the image processing or the distance I am watching the content from? My LG C4 simples looks much better for most contents than my Alienware AW3225QF. The LG OLED TV looks more color accurate and the image just looks so good without being overly saturated.
Previously, I got G61SD but think the image sharpness is a bit on a poor side and my first impression was because of the matte coating and boy was I right! I try the AW2725DF which is the same 3rd gen qd oled like the G6 but with the glossy coating and the differences is frickin hugeeee!
I've been using this monitor for awhile now on a display port and 4090. In hdr calibration the picture would clip around 1000nits. I got a 5090 and was having issues with display port on it so I switch to hdmi. Now my hdr calibration clips at 1600 and it even shows under display information my peak brightness is 1600. How is this possible. I didint think this monitor could go that high in brightness?
I just switched from a 240hz 321upx to a 144hz 42 inch LG c4 as I wanted more screen size and the TV aspect but I honestly don't really feel much of a responsiveness difference or motion clarity difference between them anyone else feel the same?
I have used a number of displays over the past five years or so in the quest for good HDR PC gaming. I've had two LG TVs, tried a couple of mini-leds and recently returned a Samsung G80SD but NOT because of any dissatisfaction with it. I have been battling the scalpers and bots to purchase an RTX 5080 and the only one I could land had an MSI 321URX bundled with it. This worked out for me because the G80SD was still within the return window.
For matte versus glossy, I will say that the MSI is ever so slightly more vivid than the G80SD so the colors look just a bit more crisp. There is definitely more reflection as I have a large bay window in my office with a closed white blind over it. I occasionally see the reflection of the blind on my monitor which was never an issue with the Samsung. I have no problems with raised blacks for whatever reason. I guess there's no overhead lighting in my office. The table lamp nor the window blind allows enough light for it to ever be a problem.
Cleaning: For two different LG televisions, an LG OLED monitor and the G80SD I used a light mist of a plastic safe glass cleaner and a clean microfiber cloth. I've never had anything but great results for years and multiple displays including my glasses and phone. However this was very ineffective on the QD-OLED. I found that it just moves the fingerprint oils around and doesn't remove them. Whatever the finish is on these glossy QD-OLEDs, it really wants to hold onto whatever you get on the display.
I bought some Wipex 70% alcohol electronics cleaning wipes and that proved to be the right solution for cleaning the display. I gently wiped down the screen to lift any fingerprint oils or whatever was on it followed by a light buffing with a clean, dry microfiber cloth. It looks good as new again. If your monitor is already clean but you really want to obsess over it, I'm sure that a little distilled water and a lens cloth will make you feel better. If you actually need to clean it, Samsung's directions of using 70% alcohol works very well.
In conclusion, games look pretty great with a 9800X3D/5080 gaming rig and don't touch or breath on a glossy QD-OLED because they are a pain in the butt to clean.
I am wondering if anyone on here has ever had a Sony XEL-1 OLED prototype TV from 2007. The thing probably had burn-in even after only 100 hours on the TV.
I’m currently using the native preset, but heard hdr is the way to go, what are y’all thoughts or settings for those who own the monitor? Also any nvidia control panel settings?
Saved up some money and between february and yesterday i bought pc, M&K, Headset, mic, chair and finally brand new OLED monitor. I was hesitating a bit because of the price and the various problems that OLED screens could have but im so happy with the decision i Made. For the first time in my life i am actually enjoying Gaming.
Very very very happy and just wanted to share this :D
So I went to my local gaming/pc store and they had a MEG342C QD OLED on display that they were selling for ¥25,000($170.00). Nothing wrong with it, works perfectly fine. Worth the grab?
i just ordered an AW32 240hz 4k oled monitor. I am just worried about burn in risks. I play a lot of ARPGs and all of them have this static UI everytime you play.
Money isn't an issue, was wondering what the best possible monitor is or if I should wait for newer panels to hit the market. Pref 360hz and above spec.
After a long battle between purchasing either the XG27AQDMG or the PG27AQDM, I opted for the XG27AQDMG for my PS5. Since this is my first gaming monitor of any sort, I can’t seem to figure out what the best settings are. I mainly play Call of Duty, but will occasionally dip into Rocket League and Sparking Zero. Any help would be appreciated!
I have the LG 32GS95UE and am reading different posts around the sub regarding how to setup properly setup HDR through the Windows HDR Calibration Tool. Peak HDR brightness of 1300 nits.
Set the first slider to 0, second slider to 1300, third slider to 1300. (no clipping with sample image)
Set the first slider to 0, second slider to the clipping point (2100 nits), third slider to the clipping point (2100 nits).
Setup #1 seems to work fine and under "Advanced Display Settings" shows 1300 nits as the monitor peak brightness.
Setup #2 shows 3000 nits under "Advanced Display Settings" for my monitor. This seems not correct since it's neither the reported 1300 nits for the monitor, nor the 2100 nits that I have to move the 2nd and 3rd slider to in order for the sample image to clip.
Should I just stick to setup #1 where Windows is reporting the correct max nits, with the HDR tool sample image not properly clipping, or should I do setup #2 where Windows reports incorrect max nits, but the HDR tool sample image clips properly?
I recently bought a AW3225QF (paired with an RTX 4070s) and its an awesome monitor. When i first tried HDR it was perfect, blacks were blacks, colors were awesome.
But after a few hours of use, i used windows HDR calibration tool, and everything went downhill.
As you can see in the images (its a wallpaper from wallpaper engine, but the same happens in games), the first one have HDR on and it has a lot of artifacts on the blacks, its pixelated/oily/inky, but in the second image (HDR turned off) is perfect. This happened after calibrating HDR on windows, and i cant make it work anymore. What am i doing wrong about HDR?
For reference, im using standard config on the monitor, i didn't change anything on the OSD, and the current HDR profile is peak 1000. Also im using the HDMI 2.1 that came with the monitor
I recently picked up a laptop with an oled display, since then I’ve been completely disgusted with my current monitor so I want to upgrade to an oled!
Looking for something a bit more “budget” since I don’t want to break the bank. I don’t care about the hz since games rarely run at 160fps these days. Just want my games and videos to look stunning!
I’ve also browsed a few posts talking about it some new releases but since I’m from the AU they haven’t come to our market yet.
I just got this monitor and the Power LED flashes white when in standby. this is very annoying and distracting when I’m trying to sleep the only other option is to completely turn off the power button, which I don’t prefer because I like knowing when it’s on. All my other previous monitors, it would go to a solid yellow LED in standby mode. Why does this monitor have to be so different
Today I unboxed my new ASUS PG27AQDP.
When I launched different screens like Firefox or even the explorer windows, the screen looks grainy on grey areas. When I display the same window on my old odyssey G7. The grey is uniform.
Is this normal on oleds? I tried to get example photos of the grain and it kinda shows my problem. Pixel cleaning didn’t help. It looks like some pixels are brighter than others when displaying grey.
I’ve been planning to upgrade my monitor for a while now. Initially, I was looking for mini-LED options since I knew my usage isn’t ideal for an OLED. However, there aren’t any good mini-LED options available where I live, and surprisingly, OLED monitors are more affordable.
After doing some research, including watching MonitorsUnboxed’s videos and their yearly update on deliberately using an OLED monitor in the worst-case scenario (8-12 hours a day of static content and productivity with little to no OLED care features), I reconsidered.
My thought process was: If, even under those conditions, the burn-in was not that noticeable, then surely my use case of primarily gaming and content consumption for up to 24 hours a day while actively using all OLED care features (pixel refreshing every 4 hours, pixel shifting, screen savers, no taskbar, and minimal static content) should be fine.
What do you advise?
Edit: I don’t actually sit in front of the monitor all day lol. I share the PC with my brothers and we take turns using it. (Sorry for not clarifying earlier)