Samsung's 2026 Gaming Monitors Promise 6K, 3D, and Up To 1,040Hz (theverge.com) 44
An anonymous reader shares a report: Samsung is breaking new ground with its 2026 lineup of gaming monitors, with the Odyssey 3D G90XH becoming the first to feature a 6K display with "glasses-free 3D." The new monitor comes with a 32-inch IPS panel, offering real-time eye-tracking that "adjusts depth and perspective" based on your position, along with a speedy 165Hz refresh rate that you can boost to 330Hz with a Dual Mode feature that switches to 3K.
[...] A 6K 3D display isn't the only notable upgrade coming to Samsung's lineup; the company is launching the Odyssey G6 G60H, which it says is the "world's first" 1,040Hz gaming monitor. The 27-inch monitor only supports this ultra-fast refresh rate in HD, while its native 1440p resolution still offers speeds up to a very fast 600Hz. It's also compatible with AMD FreeSync Premium and NVIDIA G-Sync.
[...] A 6K 3D display isn't the only notable upgrade coming to Samsung's lineup; the company is launching the Odyssey G6 G60H, which it says is the "world's first" 1,040Hz gaming monitor. The 27-inch monitor only supports this ultra-fast refresh rate in HD, while its native 1440p resolution still offers speeds up to a very fast 600Hz. It's also compatible with AMD FreeSync Premium and NVIDIA G-Sync.
And...? (Score:2)
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OMG NO!
You've hit on un-mined gold which...I hope will cause a revolt.
Imagine of monitor mfgs. build in a motion sensor to briefly activate and show ads? So you could still be 'green' but also abruptly blink-on with some stupid paid-for-reason-to-punch-a-screen?
It's bad enough...please no
Before someone points out... (Score:1)
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Probably don't control the drones with your monitor refresh rate, though.
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Re:Before someone points out... (Score:4, Informative)
Time between frames at 240 Hz is 4.1 ms, at 1000 Hz it's around 1 ms. Latency on the wireless comms would be several times that. Close to an order of magnitude more, if I had to guess.
Latency in the system as a whole would be even worse. Motors don't move instantaneously.
I wouldn't expect any issues controlling the craft with a 60 Hz or even 40 Hz display.
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The math ain't mathin on "frame delay" LOL
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No. Not on this level. The bio-hardware is wayyyyyyy to bad for that to make any sense.
There may be technical applications, but people looking at it? Just wasted effort.
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"Their" is the possessive.
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Also a resolution the human eye can't make out and something that flopped when it was tried ten years ago.
And despite all that I'm sure they'll just fly off the shelves, because big number good.
Ok... Why? (Score:4, Interesting)
According to another article on slashdot today, even thr most powerful GPUs struggle with 5k resolution and at much lower refresh rate (180Hz). There's only so much data you can create and render in a given unit of time, and going above what's possible sounds like nothing more than a cheap marketing trick - "Hey, look! Our numbers are bigger than yours. Must be better!"
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This was my first thought.
What's going to drive these "super monitors"? They'll need to split the screen and drive each section with separate GPUs.
GPUs that are already scarce and expensive as fuck.
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IBM did something similar all the way back in 2001 with their 4k resolution T221 display. https://en.wikipedia.org/wiki/... [wikipedia.org] It was treated as 4x 1080p panels.
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I was going to facetiously claim to wait for 10K monitors. But 6K is already here. I'll still wait... until never, actually.
You literally could not be able to tell the difference as others have pointed out.
a 6K monitor is as pointless as me posting this comment.
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I hope that enough suckers buy this crap so that the prices on useful (4K@60Hz etc.) monitors go lower.
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It would seem that no actual performance upgrade will ever be useless, as software engineers continue to push the envelope on writing shitty, bloated, non-performant code out of sheer laziness and apathy.
See: Windows
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but if we don't go to 5K and 6K, how is Nvidia going to unload their RTX 60-series that are coming next year?
Given that AAA games can't hold 4K resolutions at 60fps on a 5090 with the graphics on max and without the use of artifact inducing upscaling, I think they should be able to sell a 60 series regardless of what happens in the monitor world.
Re: Ok... Why? (Score:3)
There's a difference between writing for 640x480 when it's the best you can realistically get on consumer machines, and buying 5k when all you'll realistically ever need is much, much less.
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This right here. The march on in gaming screens is pointless measurebating. As it currently stands 4K screens will struggle to hit 60-100fps in most graphic heavy games on top end hardware without the use of frame generation or upscaling.
There's a place to be had for 5K monitors, but a gaming rig isn't one of them. There's no place to be had for a 1040Hz monitor though. 180Hz is way more than enough for anyone. People can reliably tell between 60-120Hz, but really REALLY struggle to identify any refresh rat
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5k for work, 2.5k for gaming, integer scaling.
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No HDMI 3D? Why? (Score:2)
Note: I am fully aware that HDMI 3D is officially restricted to 7
A 6K gaming monitor? Paired with Geforce 7090! (Score:2)
1,040 Hz? (Score:2)
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Even with a current 300 hz monitor you will see the gaps between your mouse for the missing frame with a quick swipe of the mouse.
Very little of that has to do with the monitor, a lot has to do with the mouse draw rate itself. And in any case this is an irrelevant test as the difference diminishes for real on screen content. People really struggle to tell a 120Hz monitor from a 180Hz monitor in actual tests (though up to 120Hz there's a real meaningful visual benefit). No you don't need a 1040Hz monitor regardless of what your mouse test tells you.
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Forget the Gaming Part. 6K video editingis IT! (Score:4, Interesting)
You ALWAYS record video at a resolution slightly higher than your target, that way you can do Zoom in post, Image stabilization in post, slight panning in post, sharpening in post, or a combination of all 4. So, if your target resolution is 4K, a 6K recording is where is at.
A 6K monitor allows you to either see the video reduced to 4K with room for your toolbars, or the full fat 6K RAW footage, with the toolbars in a secondary monitor.
Other uses include bigger spreadsheets, bigger photoediting canvas.
Then, when you switch from work mode to play mode, you let DLSS4 (Transformer Model)/FSR4/XeSS1.3 (and up) /TSR fill in the gaps, so that your gaming card can handle the monitor in all its glory
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And yet we just had an article posted like 3 under this one [slashdot.org] that 5k gaming isn't even possible with the best GPU on the market.
I don't think you really have your pulse on what is feasible with current hardware.
What part of DLSS/FSR4/XeSS1.3/TSR was not clear for you?
Of course I know 6K gaming NATIVE is not feasible. But with Upscaling? Perfectly doable.
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Extra width is useless for spreadsheets, at least any spreadsheet I've worked with. They have many more rows than columns. Maybe you can set your software to display the spreadsheet as two separate "pages" side-by-side, but then you've already compromised by destroying the intended layout. (Not sure if Excel/OO will even do this.) Viewing multiple pages vertically is very useful for guitar tabs or sheet music though.
Also, shooting video in 6K doesn't require editing it in 6K.
Samsung Ultrawide Lineup Stagnates Again (Score:2)
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I was looking at ultrawides last month and ended up getting an LG. The Samsungs' aspect ratio gives up too much vertical space. The curve on the LG is a bit more extreme than I'd like, though. There is some bowtie-shaped distortion of the image. It's obviously geared toward people sitting really close and letting the screen fill their FOV, in that scenario you can't see the distortion because it's in your peripheral vision. But I like to keep some distance between my face and the screen.
If you don't mind si
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It is when your horizontal width is space-limited, and you compare screen sizes with diagonal measurements.
All marketing (Score:2)
Selling specs over function
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As useless as JPEGs were to Helen Keller.
Why not 8k? (Score:2)
8K is the standard. Why deviate? I'd love a 48" 8k monitor for desktop use. My 48" 4k has visible pixels from where I sit and, and I'd love cleaner text.
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My 48" 4k has visible pixels from where I sit and, and I'd love cleaner text.
Me too! Unrelated, don't you find it annoying how monitors always have nose-grease marks on them?
And some idiots will be buying (Score:2)
As usual. How pathetic.