20 years in the Republic of Gamers, part two: ROG claims supremacy in the display space and never lets go

It’s basically impossible to overstate the importance of displays for gaming. Your display is where you witness the combined efforts of all your other components in one never-ending stream of immersive frames. It’s where the abstract ones and zeros transform into digital worlds ripe for conquest and exploration.  

As a gamer in 2025, you’re spoiled for options when it comes to gaming monitors. You don’t have to compromise in the slightest whether you’re looking for a wallet-friendly display to get your PC gaming rig up and running or a cutting-edge upgrade. But veterans of the PC gaming world know that wasn’t always the case.  

When the Republic of Gamers debuted back in 2006, the displays available very often weren’t well-suited for the emerging fast-paced world of competitive gaming. The industry was transitioning from the clunky CRT monitors of the ‘90s into a new world of LCD monitors, and the road was a little bumpy, to put things mildly. These displays freed up desktop space, but early panels had distinct limitations for gaming. The sample-and-hold strategy for LCDs turned motion blur and response times into household names among gamers. Refresh rates were fixed, and typically capped out at 60Hz. To tackle screen tearing, gamers relied on Vsync, which was a bit like jumping out of the frying pan into the fire, as it introduced a problem (latency) even as it solved another (tearing).  

Gamers were frustrated. The situation was ripe for a revolution. Behind the scenes, the ROG lab was a hotbed of activity as we prototyped new options. 

This is part two of our multi-part ROG 20th Anniversary Retrospective. Click here to see the full series of articles.

The ROG Swift PG278Q revolutionized the gaming monitor space with G-SYNC support and more  

Even before we launched the first ROG display, ASUS was working hard to give gamers better experiences with their monitors. In 2012, we launched the ASUS VG248QE, the world’s first 144Hz gaming monitor.  

While many of the 60Hz monitors of that era could be pushed to 75Hz or 80Hz, the VG248QE stood out for being overclocked to 144Hz right out of the box, a groundbreaking concept back to 2012. Its massive refresh rate increase meant competitive gamers enjoyed a millisecond-by-millisecond advantage over competitors sticking with their 60Hz monitors. Almost overnight, the ready availability of 144Hz monitors effectively ended the assumption that 60Hz and 60FPS set the standard for gaming.   

Supplanting the 60 FPS standard was a big step forward, but the VG248QE didn’t move the needle far enough for us to call it an ROG display. Further work was needed, in particular to shake up the entire fixed frame rate pathway. Gaming frame rates vary based on the contents of the scene being rendered, but displays traditionally refresh at an unchanging interval, creating a fundamental disconnect that disrupts immersion through stuttering, input lag, and visual tearing. In 2013, NVIDIA cut the Gordian knot with a new solution: G-SYNC.  

NVIDIA’s G-SYNC technology addressed those problems by synchronizing the refresh rate of the display with the frame rate of the graphics card, resulting in an improved experience worthy of ROG recognition. In 2014, we brought this game-changing tech to market with the revolutionary ROG Swift PG278Q. It was not only the first ROG gaming monitor, but also the first native implementation of G-SYNC tech in a 27-inch 1440p monitor. It matched refresh and frame rates up to 144Hz — or 144 FPS — to deliver impeccable smoothness with no tearing and minimal lag. Gaming monitors haven’t been the same since. 

Of course, there was much more to the original Swift than its variable refresh rate. It offered a 2560x1440 resolution on a 27-inch panel, a combination that’s been a favorite among gamers ever since. We refined the design throughout, with narrow bezels for multi-monitor configs, an anti-glare coating to minimize reflections, and a fully adjustable stand that lets you set the perfect position. We also revitalized the on-screen display with an intuitive interface built around a mini navigation joystick. Instead of forcing users to fumble with awkward buttons, the PG278Q made it easy to tweak the picture with the tip of your finger. 

Perhaps you’re feeling a little sad for the ASUS VG248QE, supplanted so quickly by the ROG Swift PG278Q. Don’t worry — that monitor enjoyed a long life thanks to the DIY-ers of the PC community. NVIDIA offered a DIY kit that allowed users to upgrade the VG248QE with G-SYNC tech. Ambitious enthusiasts even found ways to increase the monitor’s motion clarity, making the VG248QE a community favorite among folks who like to tinker. Today, that community lives on through Blur Busters, one of our favorite online resources for enthusiasts seeking the absolute best in image performance. Even if you don’t know them by name, you might recognize their signature UFO.  

Putting the pedal to the metal with refresh rates  

It didn’t take gamers long to notice the competitive value of a monitor with a high refresh rate — and to start asking for options that pushed refresh rates even higher. LCD panel technology advanced rapidly in the years following the launch of the ROG Swift PG278Q. By 2017, we were ready to unveil the next tier of performance with the ROG Swift PG258Q, the world’s first 240Hz G-SYNC monitor.  

By 2020, more gamers than ever were duking it out in online battlefields thanks to surging popularity of the battle-royale genre. As gamers plunged into PlayerUnknown’s Battlegrounds, Fortnite, and Apex Legends, they looked for hardware ready to give them a competitive edge. Supremely fast refresh rates were high on their shopping checklists. After all, research from NVIDIA in 2019 had showed that gaming at 144 FPS or higher yielded improved kill/death ratios in these titles for most gamers.  

Behind the scenes, we were prepping new monitor options that scaled up refresh rates to new heights. In 2020, we launched our first 360Hz gaming monitor, the ROG Swift PG259QN. This compact monitor, co-developed with NVIDIA, set its sights squarely on the needs of esports enthusiasts. In 2022, we added a larger 360Hz monitor to our portfolio in the form of the ROG Swift PG27AQN. Its 27-inch frame and 1440p resolution made it more attractive to mainstream gamers with competitive ambitions.  

In 2023, we raised the bar even higher with the 540Hz ROG Swift Pro PG248QP. In 2025, we kicked up the refresh rate yet again with the 610Hz ROG Swift XG248QSG Ace. This stunningly fast monitor is a proven performer on digital battlefields. You’ll find this monitor gracing the stage of all BLAST Premier events in 2026.  

Today, the fastest display we offer is the ROG Swift OLED PG27AQWP-W. This dual-mode OLED stunner operates at 1440p and 540Hz by default, but users can activate Frame Rate Boost with a tap of a button to enjoy incredibly fast 720p 720Hz visuals.  

Tackling motion blur, one technology at a time  

Even as gaming displays have evolved over the years, some amount of motion blur has remained a pesky part of the equation. Partly, motion blur happens because of slow LCD transitions. For a new frame to be displayed, a new color value has to be sent to each pixel, and each pixel takes a small but measurable amount of time to change to the new color. On a standard LCD display with an always-on backlight, you can see this entire transition. This visible transition causes motion blur.   

For years, we’ve been working to mitigate this form of blur. Our first 240Hz monitor, the ROG Swift PG258Q, offered an incredibly low 1ms average response time alongside a fine-tuned overdrive setting that did incredible work to eliminate slow pixel transitions with minimal overshoot. Our latest ROG OLED gaming monitors go even further. With response times ranging down to 0.02ms (GTG), they transition almost instantly to a new color. 

But blur related to slow pixel transitions is just one type. You also experience blur because modern displays use what’s called “sample-and-hold" to display each frame. Unlike old-school CRTs, where a frame “fades” after it’s drawn, LCD displays draw the frame and hold it on screen until the next frame is drawn. This matters because it creates a kind of “blur” that you experience even if the display itself isn’t blurring. It happens as your eyes try to track moving objects across static frames. 

Our essential approach to this second type of blur is to mimic the “fading” behavior on old CRT monitors with backlight strobing. With this approach, your monitor turns off the backlight between pixel refreshes. Displays with this tech, like the 2017 ROG Strix XG35VQ, only show pixels when their color is accurate, and since each image is only shown briefly as the backlight strobes, the persistence effect from our eyes all but disappears.    

Unfortunately, backlight strobing hasn’t historically played nicely with variable refresh rate (VRR) technology. Gamers have largely had to pick between the two technologies, since strobing the backlight at a variable frequency can lead to drawbacks like flickering and a double-image effect. We’ve bridged this divide with technology that pairs backlight strobing and VRR, but this approach does have drawbacks: since the backlight is on for less time, it can cause the image to look dimmer. There's no one-size-fits-all solution for how long to pulse the backlight and at what brightness, since artifacts like image doubling can appear depending on screen location and changes in game render rate. Add variable refresh rate and overdrive to the mix, and things get complicated fast. 

G-SYNC Pulsar changes the game  

All this is changing in 2026. We’ve been working closely with NVIDIA to develop a next-level approach, and the result is G-SYNC Pulsar. To align the fluidity of VRR timing with the precise timing needed for effective backlight strobing, G-SYNC Pulsar uses a novel algorithm that dynamically adjusts the strobing patterns to the render rates, even as they vary naturally over time.  For more precise aiming and sharper, clearer gameplay, G-SYNC Pulsar utilizes variable frequency backlight strobing to deliver 4x effective motion clarity, together with smooth G-SYNC Variable Refresh Rate.   

The first monitor to wield this new technology is the ROG Strix Pulsar XG27AQNGV. Built for esports above all else, this monitor gives you call a premium competitive gaming experience with its 27-inch panel, 1440p resolution, and 360Hz refresh rate,  The ultrafast IPS technology features the fastest response time we’ve ever achieved in a 1440p LCD display, and it even contains our esports aspect ratio adjustment, so you can resize the visuals down to 25 inches to see every bit of the screen in your field of view.  And, of course, it banishes even the specter of motion blur with G-SYNC Pulsar tech. 

The OLED monitor revolution brings next-level color performance 

LCDs ruled the roost for a long time, but a seismic shift in display technology brought a new contender to the arena. OLED panels made the leap from televisions and smartphone displays into the PC world, first in laptops like 2021’s Vivobook Pro 15 OLED, and then in the desktop PC space with the ROG Swift OLED PG42UQ and ROG Swift OLED PG48UQ, which hit the scene in 2022. 

These large-and-in-charge OLED gaming monitors immediately turned heads. Whereas black pixels on LCD monitors still have a bit of light shining through from the backlight (making them look dark grey), OLED displays have complete control over every single pixel, giving you deep, inky blacks alongside bright, colorful highlights. The color performance of OLED monitors in general is off the charts, providing levels of color accuracy that used to require professional-grade reference monitors.  

With their combination of gaming-first specs like a high refresh rate and variable refresh rate tech alongside cutting-edge OLED panel tech, the new ROG OLED gaming monitors bottled magic. In particular, they’re prized for how they handle motion blur. Typically, OLED gaming monitors offer response times that aren’t just faster than LCDs, but an entire order of magnitude faster than LCDs. Average gray-to-gray response times around 0.02ms allow for near-instantaneous pixel transitions.  

Displays like the ROG Swift OLED PG27AQWP-W go even further with an OLED-specific version of ELMB. Rather than backlight strobing (since there isn’t a backlight), it offers a black frame insertion function. With this mode activated, every other frame is a straight black image. That does cut the effective refresh rate in half, but considering that the monitor runs at 540Hz, that’s a tradeoff that’s at least worth considering. 1440p 270Hz visuals with a plenty-bright image and basically no motion blur? That’s a recipe for success for many games in your library. 

Reaching every gamer with different sizes, aspect ratios, panel types, and price points  

One advantage that ROG has claimed in the competitive display market is variety. Unlike many other display companies, we source our panels from a wide variety of manufacturers so that you have the options that you need. And that matters, because gamers have a dizzying array of preferences when it comes to displays. There’s simply no such thing as a one-size-fits-all monitor.  

For starters, we were among the very first to bring together HDR visuals and PC gaming. In 2018, we gave pioneering gamers a pathway to enjoy the elevated contrast and color performance of HDR games with the ROG Swift PG27UQ. Prior to this launch, 4K HDR displays were geared almost exclusively for content creation. By bringing a 144Hz refresh rate and G-SYNC into the mix, this revolutionary monitor straddled the worlds of gaming and creation with ease. The following year, we raised the bar again with the ROG Swift PG27UQX, which also combined 4K, 144Hz, HDR, and G-SYNC, but upped the ante with a 384-zone full-array local dimming (FALD) mini-LED backlight.  

We’ve made some bold moves when it comes to monitor size, too. Gaming monitors usually require a bit of elbow room, but the ROG Strix XG17 went where other displays couldn’t thanks to its ultra-slim design. Our first portable monitor, the XG17 offered 17.3 inches of screen real estate, a maximum refresh rate of 240Hz, and the convenience of USB Type-C connections.  

For console gamers who prefer to go big, we debuted the 32-inch ROG Strix XG43UQ in 2021. This 4K 120Hz monster boasted HDMI 2.1 certification, making it an overnight favorite for gamers seeking to tap the full potential of the PlayStation 5 or Xbox Series X. Later that year, we launched an Xbox edition co-developed with Microsoft. Offering a built-in Xbox mode that enables the very best color, contrast, and hue when paired with an Xbox Series X or S, this monitor delivers truly exceptional gaming visuals, exactly as the developers intended. 

43 inches is plenty big for most gaming setups, but the XG43UQ is far from the biggest monitor that we’ve ever offered. Back in 2018, we set up gamers to go even larger with the mammoth ROG Swift PG65 Big Format Gaming Display. At 65 inches, this screen stretched across more than 12 square feet of surface area.  

Many gamers prefer a monitor that stretches its wings horizontally for an extra-immersive view of their gaming worlds — or convenient single-screen multitasking. The ROG Strix XG49VQ, which launched in 2019, gave gamers a 49-inch expanse of pixels in a 32:9 aspect ratio and a 3840x1080 resolution. Later models, empowered by new generations of graphics cards, kicked up the resolution to 5120x1440 for a more detailed image.  

For some gamers, the most important quality of their monitor is its versatility. They want to be able to switch gears from fast-paced competitive games to immersive story-driven titles without a hint of compromise. In the past, they had to pick a lane when selecting a monitor. Today, they have dual mode technology. In 2024, we launched our first dual-mode monitor, the ROG Swift OLED PG32UCDP. With the press of one button, the monitor toggles between 4K 240Hz and 1080p 480Hz modes, letting you pick between fine detail or supremely fast visuals to best fit the game you’re playing.  

With any technology, there’s a process of innovation that makes the tech even possible for gamers to enjoy. But there’s also the process of innovating ways of making that technology accessible for a wide range of gamers. In 2024, we refreshed our mainstream ROG XG Series lineup with LCD and OLED options that put high-quality gaming experiences within reach of gamers everywhere. 

In 2026, we’re pushing boundaries in an all-new direction with the ROG XREAL R1 gaming glasses. These glasses use a wide 57° field of view to immerse you with a private virtual screen. Using these glasses is comparable to sitting four meters away from a massive 171-inch television. A 240Hz refresh rate keeps the image crisp, especially while you’re gaming. And unlike virtual reality headsets, these glasses won’t block you from interacting with the real world. Built-in Anchor Mode lets you “pin” the display to a fixed virtual point so that you can look away from the screen naturally to interact with the world around you. 

A long and growing list of world firsts  

It’s hard to believe that it’s only been about twelve years since the launch of the first ROG display. In those short years, display technology has moved at breakneck speed. The characteristics that made the ROG Swift PG278Q a complete game-changer are now available for incredibly mainstream prices. Gamers have gone from debating the best LCD panel type to arguing passionately between the OLED panel options. The old set of compromises that you had to navigate when picking a monitor to play Grand Theft Auto V on PC in 2015 aren’t even relevant as you pick a monitor for playing Grand Theft Auto V in 2026. (It is time for a sequel, isn’t it?)  

In those twelve years, we’re racked up a pile of “world’s first” records. But back in the lab, we’re a lot less worried about what came first and a lot more worried about what’s coming next. Our breakneck pace of innovation hasn’t slowed down a bit. To check out our latest display innovations, check out our CES 2026 lineup. And since 2026 is the 20th anniversary celebration for ROG, there’s a lot more coming your way, too.