First 144Hz 1440p IPS g-sync display annouced by Acer

My qnix 1440p monitor I ordered for $300 from China overclocked to 120hz easily. What would be the benefit of this monitor over the one I currently own?

144hz, better framepacing due to G-Sync. This goes for both high and low FPS, although I think(?) G-sync is maxed out at 120-ish hertz, although I may be wrong.

There's ofcourse also the ULMB mode that I believe the G-Sync chip has built-in. (Could be wrong on that one, although I seem to recall the ROG's ULMB being due to the G-Sync chip)
 
Is it rare of these monitors to have a centered dot-by-dot mode for subnative signals? Black bars are hardly a problem compared to upscaling.
I'd rather chuck the thing out the window than play games with black bars all around. Size is more important than sheer image quality to me, quite honestly. I never want to use anything less than 27" again.
 
144hz, better framepacing due to G-Sync. This goes for both high and low FPS, although I think(?) G-sync is maxed out at 120-ish hertz, although I may be wrong.

There's ofcourse also the ULMB mode that I believe the G-Sync chip has built-in. (Could be wrong on that one, although I seem to recall the ROG's ULMB being due to the G-Sync chip)

G-Sync works up to 144hz, and possibly above, but I don't think we have any LCD monitors available with above 144hz refresh rate do we?

G-Sync has ULMB which works at 85, 100 or 120Hz.
 
Now if only they used the "Edge-to-Edge Frameless Display" from the XG270HU on the "144Hz IPS G-Sync" XB270HU they've a perfect monitorl
.

Look at that edge less monitor. I understand they need at least one edge but they made it shiny red? Dumb.


Would console games with unlocked framerates benefit from gsync or is it exclusively a PC gaming thing?

No, the consoles currently aren't capable of sending a variable refresh rate signal.

Yes they are. It is only the displays that need to be changed to accept a variable refresh rate.

As for the original question those frame drops that occurs on console games would feel less severe than they do know. Also if you get screen tearing that would be eliminated and input lag would be reduced compared to a TV of the same spec but without gsyinc.

TFTcentral speculated that this might be an error.


I wouldn't be surprised. 120 FPS IPS monitors are possible but they are very expensive and should only be sold to people that would make money off of using them.
 
If these are even somewhat competitvely priced I'll be in for 2.

Make it a good price Acer and decent build quality and this'll sell great. Pls Acer.
 
Yes they are. It is only the displays that need to be changed to accept a variable refresh rate.
Citation please.

I wouldn't be surprised. 120 FPS IPS monitors are possible but they are very expensive and should only be sold to people that would make money off of using them.
What the fuck? First of all, which "professional" use could requirea 120 Hz IPS panel? Secondly, why shouldn't a high-end gaming product be sold? Seriously, wtf.
 
Hopefully they have demo units at CES next week, be one of the first things I am going to check out. While prices might be insane at launch, I bet within a few months they will drop fast.
 
I'm expecting it would be priced around $1000-1500, if not more

Good thing then that red bezel is second model and not g-sync one right ? ;)

The G-sync model's stand has a red (or orange?) circle looks quite distracting tbh, wish they would go for more simple design without those stupid color
 
I'm expecting it would be priced around $1000-1500, if not more



The G-sync model's stand has a red (or orange?) circle looks quite distracting tbh, wish they would go for more simple design without those stupid color
I would be shocked if it was close or above a grand.
 
G-Sync works up to 144hz, and possibly above, but I don't think we have any LCD monitors available with above 144hz refresh rate do we?

G-Sync has ULMB which works at 85, 100 or 120Hz.

Ah, cheers man. Thanks for correcting me, I was having a bit of a hard time remembering. And I have to say, ULMB is one of the reasons that I just... Don't care about 'freesync', because I gosh darn want ULMB.
 
Wasn't Freesync way cheaper (and better because it worked even under 30 fps)?
Why Nvidia can't just accept that it will be the future?
(I'm not a AMD fanboy, I even purchased recently a 970 but I really like AMD's effort in that direction).
I can't wait for tv's and monitor's to finally adapt 144hz, 1440p and Freesync (or his ugly brother Gsync).
This will make pc's a must buy.
 
G-Sync works up to 144hz, and possibly above.
Wasn't Freesync way cheaper (and better because it worked even under 30 fps)?
Gsync tops out at 144 Hz. (30-144). Freesync goes up to 240 Hz (9-240)
Freesync is cheaper because it's part of the scaling chip and doesn't need proprietary hardware. How much is anyones guess.
A day after that OLED.
You wish (Unless you include expensive professional monitors)
First of all, which "professional" use could requirea 120 Hz IPS panel?.
Hmm .. UHDTV Production (e.g BBC 4kp100 broadcasts)
 
Wasn't Freesync way cheaper (and better because it worked even under 30 fps)?
Why Nvidia can't just accept that it will be the future?
(I'm not a AMD fanboy, I even purchased recently a 970 but I really like AMD's effort in that direction).
I can't wait for tv's and monitor's to finally adapt 144hz, 1440p and Freesync (or his ugly brother Gsync).
This will make pc's a must buy.
Lets wait and see how well Freesync actually works first. So far, I think all we've seen(like actually seen, rather than just announced) is a prototype display with a limited range of 40-60hz.

I am glad to hold out til we see what they've got, though. Either way, it will still require buying a new monitor, plus buying an AMD GPU. So not exactly a 'cheap' proposition still. Already having an Nvidia card, a Gsync monitor will still be preferable right now in terms of value.
 
Well then you should try and find better words.

I hate proprietary hardware and it looks like Freesync does everthing better and way cheaper and Nvidia tries to sell their expensive and inferior version which will hold up Freesyncs dissemination.
That's just bullshit and we have to pay more.
Also it looks like Freesync is gonna work on higher and lower framerates/hertz too.
 
I hate proprietary hardware and it looks like Freesync does everthing better and way cheaper and Nvidia tries to sell their expensive and inferior version which will hold up Freesyncs dissemination.
That's just bullshit and we have to pay more.
Also it looks like Freesync is gonna work on higher and lower framerates/hertz too.
Highlighted the important part.

Wait until you can compare retail hardware to retail hardware before you go to bat for something.
 
Yes they are. It is only the displays that need to be changed to accept a variable refresh rate.

There are no variable refresh rate specifications for HDMI. Only DisplayPort has added variable refresh rate specifications and no console has DisplayPort outputs. How could they possibly support it at this point?
 
Wasn't Freesync way cheaper (and better because it worked even under 30 fps)?
Why Nvidia can't just accept that it will be the future?
(I'm not a AMD fanboy, I even purchased recently a 970 but I really like AMD's effort in that direction).
I can't wait for tv's and monitor's to finally adapt 144hz, 1440p and Freesync (or his ugly brother Gsync).
This will make pc's a must buy.

No-one knows how FreeSync will perform because AMD has yet to give samples for review. FreeSync ready displays have the potential to be less costly than G-Sync, but that is only potential. It depends on what display manufacturers want to charge and cost of scaler electronics is only one consideration. Variable-refresh is a premium feature and will be for some time.

Expect FreeSync compatible displays to vary in capability and cost. There will be top end models with panels that support higher refresh rates and there will be less-capable panels that are only rated to support 9-60Hz. From the AMD FreeSync FAQ:

Additionally, it must be established that all dynamic refresh rate technologies require robust, high-performance LCD panels capable of utilizing a wide range of refresh rates without demonstrating visual artifacts. Such LCD panels naturally cost more to manufacture and validate than less capable panels, which may render dynamic refresh rate technologies economically unviable for especially cost-conscious monitors. Economies of scale and the maturation of dynamic refresh rate technologies could help alleviate this concern and further promote adoption in the future.
 
I hate proprietary hardware

I'd love to see your PC if you hate proprietary hardware, because I presume you avoid proprietary hardware if that's the case. Which is unfortunate, AMD make this apparently "non-proprietary" hardware solution possible for display manufacturers, but don't make any non-proprietary GPU hardware for you to use with it!

What a nightmare!

CjKgogc.jpg
 
Citation please.

There are no variable refresh rate specifications for HDMI. Only DisplayPort has added variable refresh rate specifications and no console has DisplayPort outputs. How could they possibly support it at this point?

Ok. Thanks for clearing that up. It is a detail that I overlooked.

What the fuck? First of all, which "professional" use could requirea 120 Hz IPS panel? Secondly, why shouldn't a high-end gaming product be sold? Seriously, wtf.


First. http://vpixx.com/products/tools-for-vision-sciences/visual-stimulus-displays/viewpixx/

Secondly. Try buying from them. The price for bleeding edge tech like this is too high. It's not a matter of whether or not the monitor should be made. It's matter of how can you make it cheap enough so it can even be considered by high end consumers forget about budget minded guys looking for <$300 IPS displays.
 
Secondly. Try buying from them. The price for bleeding edge tech like this is too high. It's not a matter of whether or not the monitor should be made. It's matter of how can you make it cheap enough so it can even be considered by high end consumers forget about budget minded guys looking for <$300 IPS displays.
I still don't see why a niche professional product being ridiculously expensive means that a 120 Hz IPS gaming monitor should be. There are already dirt cheap Korean IPS monitors which can pretty reliably be run at 120 Hz.

I don't believe that going from "pretty reliably" to "completely reliably" will increase the cost of panel/controller production by more than a factor of 3 (which it would need to to make the product non-viable). I expect that they can sell this monitor for anything up to 1k USD and reach a decent-sized market with it.
 
Nice.

Expecting a $600 price point from Acer.

I hope the Aussie dollar recovers soon... Been waiting for a monitor like this for a decade. I mean this is the combination of specs of what I was actually expecting as the tech to replace the FW900's of a decade ago.

how did they manage 144hz on ips?
 
I hope the Aussie dollar recovers soon... Been waiting for a monitor like this for a decade. I mean this is the combination of specs of what I was actually expecting as the tech to replace the FW900's of a decade ago.

how did they manage 144hz on ips?

sadly it will still pale in comparison to the fw900.

b-stock Korean monitors have been doing faster ips panels for a while now but they tend to be held back by cheap parts. my guess is that acer noticed peoples interest and is sticking slightly better parts in there to get it to 144hz.
 
Blurbusters is reporting the 144Hz IPS panel won't support ULMB because IPS pixel transitions are still too slow. If true this might make this monitor a bit less attractive to competitive fps players.
 
Blurbusters is reporting the 144Hz IPS panel won't support ULMB because IPS pixel transitions are still too slow. If true this might make this monitor a bit less attractive to competitive fps players.

Doesn't ULMB lower the brightness by a lot? Why would someone who's looking for great colors buy a monitor that makes the image worse? They'll settle for TN.
 
Doesn't ULMB lower the brightness by a lot? Why would someone who's looking for great colors buy a monitor that makes the image worse? They'll settle for TN.

On my ASUS ROG Swift with my current settings there is no difference in brightness. I normally run 144 Hz at 20% brightness (which is still rather bright) and 120 Hz ULMB with 100% brightness and 90 pulse width. The brightness between the two is essentially the same, to the point that I've sometimes left 120 Hz ULMB running even on the desktop by mistake.

I doubt the Acer will be IPS either, the press release seems rather confusing as it details two monitors. It remains to be seen if the VA panel is fast enough.

As for against the QNIX, those who have tried both the ASUS and the QNIX say that the QNIX has far more motion blur. So even overclocked to 120 Hz, the QNIX just isn't as clear as the ASUS.
 
Actually I don't think that lg is 1440.

Might just hold put for oculus rift at this point. I'm not exactly dying to buy something here (yet)
 
God yes!

Glad I held off building my PC. Was going to get the 24" AOC G-Sync, but maybe I'll get this Acer one with IPS and G-Sync... would prefer 24" though, I think 27" is just too big.

Also I'm thinking a GTX970 is probably going to be just barely decent if I want to play over 60fps at 1440p... at 1080p it was more than enough...

i'm hoping they come out with a 24" 1080p IPS G-Sync...

Why every good monitor announced must be 27' and 1440p? :(

Yep I'm in the same boat... 1440p means I need to spend a lot more on the GPU and/or think about allowing some room in the PC for upgrading.
 
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