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There are no 21:9 144 Hz panels, yet. G-Sync uses some of the bandwidth of DisplayPort, and up until now the bandwidth used in DisplayPort 1.2 has been pretty much saturated at 3440x1440 100 Hz. Probably the reason the Z35 is only 2560x1080.I'm looking to upgrade my 3007WFP-HC 60Hz to a 144Hz G-Sync monitor.
But I also want it to be 21:9 because I want a wider, shorter screen.
Does that exist?
Well, I definitely want 144hz with 3440x1440 (preferably at 35" or more).
Am I supposed to wait until DisplayPort 1.3?
Yes.
Three off the top of my head:
Acer Predator z35 - 2560 x 1080, supposedly overclockable to 200hz, VA, curved - Due to VA being very slow at some transitions, smears like a mofo, but GREAT contrast
Acer Predator x34 - 3440x1440, overclockable to 100hz, IPS, curved - ips glow, possible backlight bleed...
Asus pg348q - see above, same panel as the x34 with different plastic and UI
Personally, I'd flip a coin between the x34 and pg348q. The z35's low resolution kills it IMO
Here is yet another update to the TftCentral articles, only concerning AUO:
LCD and TFT Monitor News
In short:
- 25'' & 27'' 1080p 240hz TN panels end of 2016
- 35'' 3440x1440 now 200hz VA end of 2016
- 31.5'' 1440p 144hz VA Q4 production (same as planned Samsung panel)
- 27'' 1440p 144hz VA in planning phase
- 27'' 4k 144hz AHVA (IPS) mass production in 2017
- 240hz 1440p planned in 2017
The thing you have to remember with VA panels are their pixel response time. A best-case scenario would be 8ms, making anything above 120 Hz useless as the smearing of color from previous frames would make any benefit in motion clarity that you would gain from a higher refresh rate null. In more realistic terms one should expect a response time of 10-11ms to avoid overshoot, making the highest effective refresh rates you would want to use with a VA panel around 90-100 Hz.In my experience, like skypine hinted at .. 100fps-hz average is required to appreciably realize the benefits of a high hz monitor which would typically ride a fps-hz graph "vibrating" dynamically in a range from around 70fps to 140fps with variable hz (g-sync). The arbitrary ulta ceiling cutoff set by devs any generation isn't going to be standing pat it's only going to go higher with the newer gpus.
For me personally, as long as I can get 100fps-hz average at very high settings, or better yet "very high+" (custom) settings, I am very happy with the balance between still graphics fidelity and fx vs motion clarity (blur reduction), smoothness and motion definition, pathing (and even increased animation cycle definition).
Having more than 100hz as a ceiling is still a benefit because at 100fps-hz average, your frame rate is varying all over the place like a noisy sound wave graph and going from 70 to 138 and in some games spiking into the 160's unless you artificially cap it. Some people cap their frame rate because g-sync can apparently add some input lag if you go over the maximum refresh of your monitor. There are also simpler to render games like TF2 and TF2 clones as well as a lot of isometric games that would get very high frame rates, and perhaps a few well optimized games on high end gpus.
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For my next desk gaming monitor, I am looking forward to reviews of the 27" 16:9 2560x1440 and 35" 21:9 3440 x 1440 200hz VA panels due out end 2016/Q1 2017. I will likely get one of those.
These should carry me for what I guess will be 3 - 5 yrs (probably the longer end for me) until I feel oled and HDR has matured enough and is available in more tv and monitor models (as well as having more avail content), and becomes merely expensive rather than what I consider cost prohibitive.
VA screens have much greater black depth and detail in blacks than IPS and TN. A calibrated IPS or TN screen usually has a contrast ratio of 750:1 to 900:1 (some list 1000:1). This is also compromised by your room lighting and any ambient lighting level/location shifts to your eyes post calibration however. A non-zone lit, non-dynamic VA monitor is usually around 4800:1 contrast ratio (list 5000:1). The 2560 x 1080 VA samsungs were 3000:1 and the eizo fg2421 was around 4860:1 . The 1080high samsungs also were only tight on motion clarity to 120fps-hz and started to lose it at higher, but I am fine with that sweet spot personally if I can get 5x or more contrast ratio. We will have to see what the first batch of 1440 high VA modern gaming monitors will be able to do in those facets.
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post by igluk
A non-zone lit, non-dynamic VA monitor is usually around 4800:1 contrast ratio (list 5000:1). The 2560 x 1080 VA samsungs were 3000:1 and the eizo fg2421 was around 4860:1 . The 1080high samsungs also were only tight on motion clarity to 120fps-hz and started to lose it at higher, but I am fine with that sweet spot personally if I can get 5x or more contrast ratio. We will have to see what the first batch of 1440 high VA modern gaming monitors will be able to do in those facets.
As you can see, the FG2421 performed overall similarly to most of the IPS technology models here. The average G2G response time was 8.4ms (including the particularly slow transitions we talked about already). This left it actually slightly faster on average than the Dell P2414H and P2714H (8.9ms) which had impressed us recently for IPS panels. The other VA panel tested here, the BenQ GW2760HS, was a bit slower with an average G2G figure of 10.9ms. The Eizo also showed next to no overshoot which was excellent. The only issue really with the response times of the FG2421 were those particularly slow transitions from black to dark grey shades, which inflated the average G2G figure and left us with a couple of extremely slow changes.
The CF791 is a premium curved monitor expected to arrive in the second half of 2016. It is 34" in size with a 3440 x 1440 resolution, 21:9 aspect ratio and VA panel. The panel offers a 4ms G2G response time and a 100Hz refresh rate
Samsung talk in the press video about some of the advantages of VA technology, including the 3000:1 static contrast ratio offered, delivering great black depth and details in darker content. They also talk about how the VA panel tech has less 'light leakage' (as they put it) than IPS panels, which suffer from the well-known IPS-glow on dark content. It's true a lot of the early curved ultra-wide IPS models have also had issues with backlight bleed as well as this glow, and it seems Samsung are aware of this and hopefully looking at ways to offer better quality control.
AU Optronics have some limited information available as well. There are 30” and 35” ultra-wide curved panels coming in Q3 and Q2 respectively. These will be VA panel technology with 3440 x 1440 resolution and 144Hz refresh rate which would be a first at that resolution. In fact, this would push things beyond DP 1.2 bandwidth limitations as we understand it, so this might require the forthcoming DP 1.3 interface to be practical. In other specs they panels also offer 3000:1 contrast ratio, 300 cd/m2 brightness, 172/178 viewing angles and 2000R curvature.
Going in to production in June/July is the largest size, which is a 35" 21:9 aspect ratio panel with 3440 x 1440 resolution. This will have options for a 100Hz (M350QVR01.0) and 200Hz refresh rate (M350QVR01.1) apparently. Back in January we had information about this 35" panel which was listed with a 144Hz refresh rate, but it looks like AUO have now pushed this refresh rate even higher up to 200Hz. With a 3440 x 1440 res and that high refresh rate, DP 1.2 will not be sufficient but it remains to be seen how this screen will be connected.
In the same 35" size is another curved (2000R) VA panel but this time with a 2560 x 1080 resolution and 200Hz refresh rate (M350DVR01.2). This should go in to production during June to complement the existing 144Hz version (M350DVR01.0) already used in various screens such as the Acer Predator Z35.
Then there's a new 31.5" sized 16:9 aspect ratio panel scheduled for some time in Q4, with 2560 x 1440 resolution and 144Hz refresh rate. This is the first 31.5" sized panel we've seen mentioned by AUO up until now and will also mark the first high refresh rate VA panel we've seen in this size and resolution.
The planned 30" widescreen 2560 x 1080, VA technology, 21:9 aspect ratio panel (M300DVR01.0) has also now gone in to production and the spec has been updated slightly now with a 1800R curvature (instead of 2000R expected before) and a boost in the refresh rate from 144Hz to 200Hz.
Finally there's a 27" 16:9 aspect ratio VA panel also in the planning phase (no date or part number yet) with 2560 x 1440 resolution and 144Hz refresh rate. Again the first VA panel of this size and resolution we've seen with high refresh rate.
In fact there's been very few high refresh rate VA panels ever released, only really the 23.5" 1920 x 1080 resolution 120Hz VA panel from Sharp (as featured in the Eizo Foris FG2421 back in late 2013), and more recently the 35" 2560 x 1080 resolution 144Hz native VA panel from AUO as featured in a few screens including the Acer Predator Z35 early in 2016.
Im an X34 user. Its a great screen for gaming (after all, this is what its made for) and web browsing. I dont watch movies on my PC so I cant really comment on that aspect.
I "wish" it were 144hz but keep in mind you already need serious graphics hardware to get 100 fps at 3440 x 1440 in AAA games (Im running 2 x Titan X Pascals in SLI and even that doesn't guarantee 100 fps in some titles). So getting 144 in some titles will be tough with today's current graphics cards (if 144hz 3440 x 1440 was currently available).
The future is bright though. An x34 now is a great gaming display and keep the original box in good shape and you can sell it on eBay for a decent price when 144hz 3440 x 1440's show up next year.
I've run a 120hz 1080p monitor and later a 144hz 2560x1440 swift next to my 60hz ips and other 60hz monitors for years. I had to turn scaling on the 60hz monitor's in the nvidia control panel or videos would run laggy though.
You can also set your desktop refresh rate to whatever you want and in nvidia's driver applet under 3d settings set the higher hz display's preferred refresh to "highest available". Then when you switch to full screen the monitor will run at the max hz.
Would I need to lower the refresh rate on the X34 to say 75hz or maybe even 60hz if supported?
What are your thoughts?
No. This makes no sense.
You always leave the refresh rate on the monitor set to 100hz, and your video card gives you what it gives you (g-sync helps make it seem smoother)