You know how you don’t really want something until you actually try it for yourself? That’s exactly what happened between me and the Samsung Odyssey G9. This beast of a monitor has been around for a few years, but I never gave it much thought until Samsung graciously let me try one.
Spoilers: I don’t know what I’ll do once they take it away.
The Odyssey G9 is billed as a gaming monitor, but I mostly used it for work. I genuinely didn’t expect a widescreen display to make a difference — but after spending a few weeks with it, I can’t imagine going back to a non-ultrawide setup. Not just for the visual real estate, but for how it quietly reshaped my workflow.
My usual PC workspace
For years, I’ve relied on the multiple desktop feature on both PC and Mac to organize how I work. One desktop is strictly for writing, research, and productivity. Another is reserved for the multiple chat apps I use on the daily: Telegram, Messenger, WhatsApp, and even Viber. And then there’s one for quick social breaks — Twitter, Instagram, or whatever flavor of distraction I need at the time.
It’s a neat, compartmentalized system that works well on smaller displays, and I was convinced this was the only way I could stay focused. Anything else, I thought, would only slow me down or break my rhythm.
Enter the Samsung Odyssey G9
To test the Odyssey G9, I had to fully rearrange my workspace just to make room for it. This thing is massive — and not in a gimmicky way. It’s a 49-inch ultrawide monitor with a 32:9 aspect ratio and an immersive 1000R curvature that wraps around your field of view. The model I tested was the LC49G95TSSNXDC, which runs on a QLED VA panel, supports HDR1000, and pushes a crisp 5120×1440 resolution at up to 240Hz refresh rate with a 1ms response time.
Specs aside, it’s one of those devices that just looks absurd… until you sit in front of it.
Having a larger and wider screen also rejuvenated my interest in video editing. Being able to see your canvas and timeline feels so refreshing. That’s especially true for someone who has mostly worked on a 13-inch display for the better part of a decade. Seeing everything clearly — layers, preview windows, audio tracks — without constantly zooming in and out felt like a game-changer.
I quickly discovered that with this much screen space, I didn’t need to isolate workspaces across desktops. Everything I needed could now exist in a single view. I still use multiple desktops, but not for segmentation — now they’re just extensions.
A productivity powerhouse

I can’t really show you what I usually work on so just think of this division as how I usually split my screen. STAYC Isa on the left for extra work things and sometimes YouTube. TWICE Momo in the middle for my main work things. And LE SSERAFIM Chaewon on the right for the multiple chat apps and socials.
Technically speaking, a 5120×1440 display is the same as having two 1440p monitors fused together — but without the physical bezels or the mess of dual-monitor cable management. That alone already makes it a more elegant solution.
Compared to a traditional two-monitor setup, the Odyssey G9 felt more cohesive and far less chaotic. I didn’t need to turn my head as much, and the 1000R curve actually helps reduce eye strain because it matches your natural field of vision.
Whether I was writing, editing timelines, cross-checking documents, or responding to messages, everything felt fluid. It’s one of those quality-of-life upgrades that doesn’t shout for attention but gradually seeps into your muscle memory — until it just feels wrong to go back.
Gaming
The Odyssey G9 was made for gaming, so of course I had to put that to the test. I primarily game on consoles, but thanks to PC ports with ultrawide support, I gave titles like Horizon Forbidden West and Stellar Blade a spin — the latter being my main obsession for a while.
At first, I didn’t know what to do with all that extra horizontal space. My attention stayed mostly in the center, and I ignored the wingspan of visuals stretching out to either side.
That changed once I loaded up RoboCop: Rogue City — a first-person shooter where I ditched the controller for a mouse-and-keyboard setup. That format, combined with the monitor’s wide field of view, took me right back to Counter-Strike LAN days. Only now, I could see so much more.
Peripheral vision matters in FPS games, and the Odyssey G9 gives you more of it. Enemies that would normally be out of sight pop into your awareness just enough to make a difference. Paired with the 240Hz refresh rate and FreeSync Premium Pro support, motion stays buttery smooth even during intense firefights.

Not a game but here’s what the pillarbox looks like. Watching Zoey from KPop Demon Hunters on Netflix.
Not all games support ultrawide, though. Some titles pillarbox to 16:9 or stretch awkwardly, so it’s worth checking compatibility if your primary use is gaming. But when games do support it? It’s like discovering an extra layer of immersion.
A second HDMI? Yes, please

Here’s what it kind of looks like with an even split of the screen. ITZY Ryujin on the left and ARTMS Heejin on the right.
One feature I didn’t fully take advantage of — but can totally see the value of — is the second HDMI port. The Odyssey G9 supports Picture-by-Picture (PBP), which means you can connect two devices and view them side-by-side on the same screen.
For most people, that could mean a PC and a console, or a laptop and a streaming box. For content creators or streamers, it might be monitoring a live chat on one side while editing or gaming on the other. And since the monitor auto-detects active inputs, it doesn’t take much fiddling to switch or toggle between them.
My workspace didn’t let me make full use of this, but it’s the kind of utility feature that can make a real difference for multitaskers and hybrid setups.
Is the Samsung Odyssey G9 your GadgetMatch?
I went into this expecting a cool gaming monitor — something flashy and impractical that I’d enjoy briefly and then move on from. Instead, I found myself rethinking how I work and how I play.
The Samsung Odyssey G9 isn’t a monitor for everyone. It’s large, pricey, and overkill for casual use. But if your time is split between work and play — especially if your work involves content creation, video editing, research-heavy tasks, or heavy multitasking — this is the kind of upgrade that can change how you see your workflow.
After spending time with it, even the idea of returning to a flat 16:9 panel feels limiting. Once you’ve had a taste of this kind of immersion, it’s hard to unsee it.
The Odyssey G9 didn’t just make gaming better. It made everything better. And now that I’ve had it in my space, I know one thing for sure: I’m going to miss it when it’s gone.
Computers
Samsung’s SECRET That Made OLED Even Better
Say hello to the new QD-OLED Penta Tandem display tech by the Korean giant
Samsung Display just unveiled QD-OLED Penta Tandem technology. This is a next-generation display structure that stacks five emission layers to improve brightness, efficiency, and overall OLED performance.
In this video, we simplify what Penta Tandem actually is, how it works, and show you two monitors that already have the technology — specifically from MSI and Dell.
For more details, check out Samsung Display here.
Computers
AMD expands Ryzen PRO 9000 series processor lineup
AMD brings 3D V-Cache technology to commercial segment
AMD has announced an expansion of its enterprise desktop lineup with new Ryzen PRO 9000 Series processors. These are built on the Zen 5 architecture and set to debut in the second half of 2026.
This is the first time AMD is bringing its high-bandwidth 3D V-Cache technology into the commercial workstation segment.
This way, the company unlocks massive performance leaps for data-heavy professional industries.
The introduction of 3D V-Cache directly targets power users handling complex, intensive digital pipelines.
By vertically stacking additional last-level cache directly onto the processor die, the hardware drastically cuts down memory latency and accelerates data access.
Primary beneficiaries of this architecture are creative and technical professionals, including:
- video editors and animators
- 3D artists and VFX creators
- engineers and architects
- developers and data scientists
The expanded hardware lineup spans configurations from six to 16 performance cores. Power limits break past traditional limits, or up to a sustained 170 watts to maintain peak clock speeds during overnight renders.
The range also makes the lineup scalable from compact desktop systems to full-scale tower workstation systems.
The AMD Ryzen PRO 9000 series also supports up to 256GB of memory to prevent system crashes. Enterprise system rollouts are expected to begin later this year.
Computers
AMD to bring FSR Upscaling 4.1 to RDNA 3 GPUs this July
Better visuals for players on PC, consoles soon
AMD has announced through Senior Vice President and General Manager Jack Huynh that FSR 4.1 upscaling technology is coming to RDNA 3 GPUs this July.
Huynh confirmed that Radeon RX 7000 series graphics cards, among other older graphics architectures, will receive the update in July. Older RDNA 2 cards will also benefit in early 2027.
The decision directly benefits budget-conscious PC gamers and handheld console users who have opted out of expensive hardware upgrades. Instead of having to purchase new GPUs, they will simply have to download the software driver.
FSR (FidelityFX Super Resolution) 4.1 marks a major shift for AMD. It introduces a machine learning-powered algorithm that replaces traditional analytical upscaling.
By updating their software drivers, users can access cleaner image reconstruction, reduced motion ghosting, and better performance with FSR Upscaling 4.1 across more than 300 supported gaming titles on their RDNA 3 graphics.
Beyond desktop players, the rollout carries significant implications for the wider gaming ecosystem.
Devices like the ROG Ally X and Lenovo Legion Go run on RDNA 3 integrated graphics. This means handheld gamers will see immediate frame rate and visual fidelity improvements this summer.
Furthermore, current-generation consoles like the PlayStation 5 and Xbox Series X|S, as well as Valve’s Steam Deck, rely on RDNA 2 architecture. This means AMD’s early 2027 roadmap lays the groundwork for massive visual optimization across the entire console market.
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