Quantum Dot OLED gaming monitors aren't just sci-fi nonsense, they're the future

Samsung QD-OLED panel front on
(Image credit: Samsung)
Audio player loading…

QD-OLED, or Quantum Dot organic light emitting diodes if you're feeling fancy, sounds to me like something Spielberg invented for his latest sci-fi installment. But after some delving, it's actually looking to be one of the most interesting innovations we've seen in the gaming monitor space of recent, bendable screens (opens in new tab) aside of course.

Samsung just rolled up at CES 2022 with the Odyssey G8QNB gaming monitor, with its 175Hz refresh, vivid colours, and ultrawide 1440P, curved design. But what I'm most excited about is the fact it works on QD-OLED display technology.

Alienware QD-OLED panel

(Image credit: Dell Alienware)

It's touting same panel tech behind the new Alienware AW3423DW, also unveiled during the chaos of CES. For that reason, both technically hold the title of world's first Quantum Dot OLED gaming monitor. But, I guess it depends which one comes to market first.

Either way, we've been exploring what makes the science behind this innovative panel so exciting.

Now, the Quantum Dot concept has been around for a while, being used in QLED TVs and the like, but it's the combination of Quantum Dot and OLED tech that makes this design interesting.

OLED tech is impressive by itself, offering better contrast with darker blacks, thanks to its ability to switch LEDs off completely in the dark spaces of your image without any blooming. QD-OLED, however, takes things to another level, combining the contrast levels of OLED with bright and vibrant Quantum Dot tech.

For Quantum Dot panels, engineers make use of something affectionately dubbed 'the sandwich.'

Infographic about OLED tech

(Image credit: Samsung)

Samsung explains (opens in new tab) that its manufacturers add nanoparticles to layers of film, glass and filters within the panel. It's like sprinkling sesame seeds in between all the layers of your sandwich, except they're only visible under a microscope, and they emit different colours when you shine certain light frequencies through them.

Also, they're not seeds at all, they're particles with "semiconductor properties," which vary in size depending on the colour they're meant to emit. "Larger dots emit light that is skewed toward red, and progressively smaller dots emit light that is skewed more toward green," the insights post elaborates.

Stream machine

(Image credit: Rode, Samson, Blue)

Best microphone for gaming (opens in new tab): make sure you're heard
Best webcams (opens in new tab): be seen while you get your stream on
Best capture cards (opens in new tab): lessen the load with a dedicated card

In combining the supreme colour gamuts of the QD tech, with organic, self emitting, blue lighting beneath it, you get something truly exciting. And apparently it's better for your eyes (opens in new tab) thanks to its optimised blue light exposure. Samsung has even boiled down the once convoluted structure of the LCD Quantum Dot tech to include fewer layers too, meaning the panels can be much thinner than before.

For gaming, this tech even promises faster response times, at true 0.1ms G-t-G, and better HDR. But I suppose we'll discover all this first hand when we get a chance to test one. 

Well, now I'm feeling both excited for the future of gaming monitors, and a little bit hungry for sammiches. Cheers Samsung.

Katie Wickens
Hardware Writer

Screw sports, Katie would rather watch Intel, AMD and Nvidia go at it. Having been obsessed with computers and graphics for three long decades, she took Game Art and Design up to Masters level at uni, and has been demystifying tech and science—rather sarcastically—for two years since. She can be found admiring AI advancements, scrambling for scintillating Raspberry Pi projects, preaching cybersecurity awareness, sighing over semiconductors, and gawping at the latest GPU upgrades. She's been heading the PCG Steam Deck content hike, while waiting patiently for her chance to upload her consciousness into the cloud.