Acer Launches First 4K Panel With NVIDIA G-Sync Technology On Board 64
MojoKid writes: Save for a smattering of relatively small, 3K and 4K laptop displays, we haven't quite gotten to the same type of pixel density on the PC platform, that is available on today's high-end ultra-mobile devices. That said, the desktop display space has really heated up as of late and 4K panels have generated a large part of the buzz. Acer just launched the first 4K display with NVIDIA G-Sync technology on board. To put it simply, G-SYNC keeps a display and the output from an NVIDIA GPU in sync, regardless of frame rates or whether or not V-Sync is enabled. Instead of the monitor controlling the timing and refreshing at say 60Hz, the timing control is transferred to the GPU. The GPU scans a frame out to the monitor and the monitor doesn't update until a frame is done drawing, in lock-step with the GPU. This method completely eliminates tearing or frame stuttering associated with synchronization anomalies of standard panels. There are still some quirks with Windows and many applications that don't always scale properly on high-DPI displays, but the situation is getting better every day. If you're a gamer in the market for a 4K display, that's primed for gaming, the Acer XB280HK is a decent new option with this technology on board, though it does come at a bit of a premium at $799 versus standard 28-inch panels.
All I want (Score:1)
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All I want is a window shade OLED monitor of 60-70" diagonal...with touch capabilities for 500-600 dollars...that connects wirelessly to my compute cube.
Re:All I want (Score:4, Insightful)
All I want is a 35"+ 4k display with a 60hz refresh rate for under $300. Is that so much to ask?
Yes, it is, at least with current manufacturing capabilities. Small high-density screens are exactly that -- small. If you have one defect every 30 cm (linear) on average, this may affect one screen out of five -- and even then, there's still some non-critical use where that screen will be just fine. (The front panel of a radio, for example.)
If you're trying to produce large panels with that same defect rate, your rate of defect-free panels is going to be astonishingly low, and there won't be much of a market for the defective ones. Even if Yamakasi is willing to buy and package them, it hurts the image of 4k in general that they hit the streets at all.
This high failure rate means the panels are going to be expensive, because you're not just paying for the one you get. You're also paying for the ones that didn't make the cut.
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The 39" Seiki TV is a good shot across the bow of your argument. 60 Hz refresh in a proper monitor format is coming next year, but for now you can pick up the current TV version for $340 shipped from Amazon. I think the next 12 months will bring a big shift to 4k the way we went from CRT's to LCD's in an amazingly short window.
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What are the dead/stuck pixel rates acceptable on a TV? GGP asked about displays, not TVs. Although you can press a TV into service as a monitor, and it might even do the job well, the level of blemishes deemed acceptable in a TV is considerably higher than that of a computer monitor.
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The 39" Seiki is two panels side by side, not one panel. There are defects easily exposed when using this TV as a monitor. It is truly horrible in that application.
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Those cheap 4k TVs aren't really worth it though. They use panels that fail on things like colour quality and uniformity. You would be better off getting a 2k TV with good panel and processor.
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"This high failure rate means the panels are going to be expensive, because you're not just paying for the one you get. You're also paying for the ones that didn't make the cut."
You could almost say the same for Apple products back in the G3/G4 iBook/PowerBook series.
When roughly two out of three came off the line defective and were immediately caught in testing and sent back for refurbishing.
Then repair depots getting shipments of logic boards with sand in them.
Glad I don't work that nonsense any longer. I
Re:SLASHDOT AUTO PLAYS FRONT PAGE VIDEO ADS (Score:5, Insightful)
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Technically, we are not allowed to be streaming audio or video, so slashdot is causing me to violate company policy if they autoplay the ads.
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Click to play on all media plugins. No more auto play ads, without blocking the static ones.
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Proprietary (Score:5, Informative)
The problem is that G-sync is a proprietary solution by Nvidia.
Whereas, Adaptive Sync is a VESA standard officially part of the DisplayPort 1.2a specs.
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All that matters to me is that Minesweeper is now in sync. Have you played it without sync technology? It's uncivilized!!
What is this minesweeper you talk about? I looked on Steam, but cant find anything.
Please dont tell me this is some ancient analog card game or something...
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Minesweeper? I can tell you're not a REAL gamer. The REAL gamers install the entertainment pack and play skifree.
You haven't seen anything until you've got eaten by a yeti in 4k with perfect synchronisation.
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I'd say price point matter more at this point.
I would prefer to have an Nvidia card and I would prefer to have monitor synced to the GPU.
As is Adaptive-Sync may be a standard of DisplayPort 1.2a but even the new Nvidia cards only have DisplayPort 1.2 and who knows what Nvidia will do. It suck to get an Nvidia card if they are retarded and decide not to support Adaptive-Sync but I don't want anything else either because Nvidia make the best products. :/
Some time some idiot lectured me using this:
http://www.g [geforce.com]
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My 8600m GT may have been broken too I guess.
Anyway they have Phys-X, better OpenGL drivers, more OS support, lower power usage, (alternative methods for anti-aliasing and lighting too I believe but I don't know what AMD have there) and G-sync. Better proprietary drivers. Still not at least as good open ones is a fair thing to say?
AMD have Mantle and Adaptive-Sync and .. ? Worse drivers even though their open ones may be better than NvidiaÂs open ones.
Mantle I suppose will be pretty irrelevant vs new D
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19 September 2014 - Secret press conference - Nvidia will support Adaptive-Sync: http://www.sweclockers.com/nyh... [sweclockers.com]
25 September 2014 - Nvidia won't offer support for Adaptive-Sync but will instead continue with their G-sync and hence never implemented DVI 1.2a support: http://www.nordichardware.se/G... [nordichardware.se]
Both link in Swedish.
Nvidia - Assholes. If true.
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The problem is that G-sync is a proprietary solution by Nvidia.
Whereas, Adaptive Sync is a VESA standard officially part of the DisplayPort 1.2a specs.
Good point... I'm all done with Nvidia and AMD. The only somewhat reliable graphics thing is intel. Next time I get a laptop I'll lookout and make sure I don't get something with one of nvidia's proprietary solutions... Currently stuck without external display because it runs over nvidia optimus; which is utter shit in any configuration under linux.
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Intel will be able to support playable framerates @4k sometime in 2020 or so...
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Because the average persons care about business practices rather than, say, having the best product.
I can't convince friends that there are better alternatives to Apple, I sure as hell couldn't get them away from nVidia just because of their use of a proprietary "standard".
(And, to be honest, I'm with them - I don't really care at all about 4K, and would rather use the faster, more stable card / driver available).
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Yeah but those practices don't include catching exceptions in their video drivers.
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Serious gaming graphics card makers supporting G-sync: 1
Serious gaming graphics card makers supporting Adaptive Sync: 1
As for the monitor manufacturers, I'm pretty sure they are on the passive end of this - customers choose graphics card first, then a screen that works with that card. So while it is a standard, I doubt consumers will care. nVidia is the top dog, with GTX 970/980 they gave AMD another kick to the balls and they're in a position where they can choose to be the MS Office of the market. How far
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customers choose graphics card first, then a screen that works with that card
I don't think that's true, a monitor will outlast a video card by years and years. The difference between G-sync and Adaptive Sync is that if people start buying monitors with Adaptive Sync Nvidia will start supporting them. Everybody wins. (except Nvidia's bean counters)
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AdaptiveSync is part of the VESA standard. If they want to be able to claim compliance they have to support it now.
It's been an optional extension forever, but with Displayport 1.2a and up it's now mandatory, making any money spent on the sub par and over priced G-Sync panels irrelevant.
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I used the GSYNC upgrade kit on my VG248QE in January and since experiencing GSYNC I could never go back. Everything is much smoother at all frame rates without stuttering or tearing or any of the added input latency standard VSYNC adds.
I can't wait for non-nvidia support, but it is a long ways out.
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AdaptiveSync doesn't require the specialized hardware, just a Displayport 1.2a or newer monitor and GPU. Since the Displayport 1.3 spec is also now out expect that to be where the next gen hardware to be for 60Hz+ 4K and support for resolutions up to 8K. https://en.wikipedia.org/wiki/DisplayPort#1.3
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Wrong, AMD's FreeSync was just their marketing name for when this VESA tech, that was an optional part of the VESA standard was used on various AMD powered laptops.
Nvidia's G-Sync requires specialized hardware to be put into th monitor for it to work.
With Displayport 1.2a support for AdaptiveSync is now required, as well as it is required on the already released DP1.3 spec, which the industry will be jumping straight to so as to allow for 4K at 60Hz+ and resolutions u to 8K. https://en.wikipedia.org/wiki/Di
$799 for a 4K 28" panel is a PREMIUM price??? (Score:2)
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The lag on IPS panels can be mitigated by getting a display with as few inputs as possible to reduce the input lag, theres some out there with just a single DVI or Displaport in and by "overclocking" the refresh rate of the panel, some can handle 120Hz, but most wll drop frames at that refresh rate. however most will hold well in the 80Hz range with ease. Have a look at some reviews, though I'd wait for the Displaport 1.3 kit to hit first before upgrading.
https://teksyndicate.com/videos/korean-219-montitor-
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Yes, that's a premium price for a 28" 4K display. Dell is currently selling theirs for $430. Note, though, that the relatively inexpensive 28" 4K displays are using TN rather than IPS, which is a big reason they're relatively cheap.
"...quirks with Windows" (Score:2)
Gee, what a surprise.
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Compared to "it doesn't work at all under Linux"...
Re:"...quirks with Windows" (Score:4, Interesting)
Except it does: http://www.phoronix.com/scan.p... [phoronix.com]
Slashvertisement (Score:2)