rmation Regarding Monitors and Refresh Rates! Finding the most affordable 1440p monitors with high refresh rates for?
rmation Regarding Monitors and Refresh Rates! Finding the most affordable 1440p monitors with high refresh rates for?
Hello, I’d like to inquire about a few things.
Firstly, would it be feasible to acquire a display capable of rendering 1440p resolution with a high refresh rate (such as 120Hz or 144Hz), and concurrently supporting 4K resolution at 60Hz?
Secondly, could you suggest the most advantageous purchase regarding a 1440p high refresh rate monitor offering the best value for money? Thank you.
Finally, considering that I currently own a 1440p monitor with a refresh rate of 60Hz, would upgrading be beneficial? Your input would be appreciated.
Initially, I began discussing high-refresh rate 4K monitors due to that being your initial inquiry. My aim was to inform you of their scarcity and considerable cost.
I am addressing your second paragraph from the original post, preceding any of my comments – could you explain the rationale behind that statement?
I'll elaborate: it appeared you believed a 4K monitor was necessary to accommodate your desired resolution settings for gaming. However, I was primarily concerned with playing at high refresh rates on 1440p resolution, but honestly, as I've demonstrated with TPU’s performance analysis, numerous games struggle to achieve even 45 frames per second on a 4K display. Consequently, maintaining consistently smooth gameplay is challenging across most games on any 4K screen, regardless of whether it's high refresh or not.
DSR…
The selection is somewhat limited. A few 4K monitors currently available boast a refresh rate of 120Hz or 144Hz, and while many support 1440p resolution, reducing the screen’s resolution results in a noticeable decline in picture quality. Even on a display with advanced scaling, like the Sony X900E, I experienced a degradation in image fidelity.
Consider these options: The WASABI 43” 120Hz, with a response time of 5ms and a brightness of 300cd/m2 utilizing an IPS panel manufactured in Korea, costs $1270. Alternatively, the Acer Predator 27” offers a native 120Hz refresh rate and overclocking capabilities to reach 144Hz, with a response time of 4ms and a brightness of 600cd/m2 using an IPS panel and G-Sync technology, priced at $1850. The ASUS ROG Swift 27” achieves a native 144Hz refresh rate (with overclocking), a response time of 4ms, and a brightness of 400cd/m2 utilizing an IPS panel and G-Sync, available for $2000.
However, these are generally quite expensive. Those seeking the “best value” or “lowest price” often prioritize affordability over longevity, overlooking that a high refresh rate 1440p display requires significant processing power from your graphics card. Running games at 1440p with a refresh rate of 144Hz demands considerably more GPU performance than running them at 60Hz.
Ideally, you should play your most demanding games on maximum settings at 1440p resolution, focusing on titles that can consistently deliver frame rates near or at 144 FPS. Only a small percentage of games will achieve this, rendering a high refresh rate display unnecessary until you upgrade your graphics card. Furthermore, it’s beneficial to have a CPU that is adequately matched with your GPU’s power; otherwise, the GPU might be forced to wait for data from the CPU, leading to stuttering and lag.
High refresh rate 1440p monitors range in price from approximately $300 for smaller, lesser-known brands to up to $900 for larger, more popular models. It seems unlikely you are currently prepared to invest in such a display either financially or technically.
[https://www.newegg.com/Product/ProductLi...ageSize=96]
Regarding monitors:
There aren’t many 4K displays that offer a refresh rate of 120Hz or 144Hz, and scaling down to lower resolutions will inevitably diminish picture quality. Even a high-quality display like the Sony X900E has some image degradation when reducing resolution.
Here are a few models:
* WASABI Mango (43” 120Hz, 5ms, 300cd/m², Korean-made) – $1270
* Acer Predator (27” 120Hz native, 144Hz overclock, 4ms, 600cd/m², IPS, G-Sync) – $1850
* ASUS ROG Swift (27” 144Hz (overclocked, native refresh rate not specified) , 4ms, 400cd/m², IPS, G-Sync) – $2000
Honestly, these are quite expensive. Those suggesting "best deals" or "lowest prices” usually prioritize affordability over longevity and performance. However, it raises the question: how powerful is your graphics card? Running 1440p at 144Hz demands significantly more GPU power than simply running it at 60Hz.
I recommend playing your most demanding games on maximum settings at 1440p, focusing on titles that consistently achieve or nearly reach 144 frames per second. Only a small fraction of games can reliably maintain that speed, so you shouldn’t consider a 144Hz 1440p monitor unless your graphics card is sufficiently powerful. Also, ensure your CPU isn't a bottleneck; otherwise, the GPU might wait for processing instructions, leading to stuttering and lag.
High refresh rate 1440p monitors typically range from approximately $300 for smaller, lesser-known brands to around $900 for larger, popular models. Considering your current budget and needs, it’s unlikely you're prepared for such an investment.
[https://www.newegg.com/Product/ProductLi...ageSize=96](https://www.newegg.com/Product/ProductLi...ageSize=96)
I apologize if my earlier explanation was unclear. I'm not seeking a monitor that can handle 4K at high refresh rates; instead, I want to know if such a device exists: one that can display 1440p at a high refresh rate (like 120Hz or 144Hz) and *also* display 4K at a slower rate (60Hz). Could such a hybrid monitor be produced, and if so, why or why not?
My current hardware includes a GTX 1070 and an i5-8400 processor. I primarily play older games (Battlefield 3, Battlefield 4, Sims 3, Cities Skylines, Black Ops 1, Modern Warfare 2/3, Transport Fever, Skyrim (modded), GTA V (modded), Jurassic World Evolution, and Crysis 1/2/3). The most demanding games are Crysis and Jurassic World Evolution. I don’t typically play new releases, but the 1070 is generally considered a strong performer for 1440p gaming. I’m also willing to adjust settings to achieve 120fps and don't necessarily need a consistently locked frame rate above 60fps, as smoothness is sufficient.
I comprehended your initial request, but subsequently you inquired about the most favorable price and deal for a 1440p 144Hz monitor, without mentioning 4K resolution at all.
That’s not a concern; I've already addressed everything you outlined in your original post.
If you consider anything below 60Hz to be smooth, I’m unsure why you would pursue a 4K display – it will undoubtedly exacerbate the challenges of achieving high refresh rates. When I speak of high refresh, I mean anything 120Hz or above.
Considering your input, I’d recommend aiming for a display with a refresh rate between 75Hz and 120Hz (native, not overclocked) at 1440p resolution and bypassing the need for 4K. For older titles that frequently produce frame rates exceeding 100 FPS, I utilize DSR at 3840x2160.
DSR is remarkably effective and can closely mimic the visual quality and performance of genuine 4K on a lower-resolution panel. I routinely utilize 4K DSR with my 1080p IPS display when playing older games.
If you’re unfamiliar with enabling DSR, simply right-click on your desktop, select Nvidia Control Panel, then Manage 3D Settings in the upper left. Within the Global Settings box, navigate to DSR - Factors and check all applicable boxes before applying your changes. This will reveal resolutions exceeding 1440p as options within your games. The primary advantages of DSR over a dedicated 4K display are twofold: firstly, displays perform optimally at their native resolution; and secondly, 4K displays can only deliver results up to their limitations at 4K. With DSR, games will appear visually appealing at 1440p or through simulated 4K. Finally, 4K displays are considerably more expensive.
Your assessment of which games on your list demand significant processing power may be inaccurate, possibly because you haven’t experienced them at 4K or even with 4K DSR. Refer to the performance summary page of the 1070 review by TPU – it details how much FPS drops occur at 4K, which would be similarly noticeable with 4K DSR (approximately 42 FPS for BF4). Before investing in a higher-refresh 1440p monitor, test the games you’ve listed using DSR at 4K to determine if it’s a worthwhile investment.
https://www.techpowerup.com/reviews/NVID...070/9.html
Hey @Frag Maniac
I’m trying to decide whether a 4K display that can handle 60Hz and also 1440p at 120Hz, or just a standard 1440p display is better. You seem to be responding to my inquiry, and I appreciate that.
I brought this up because you initially discussed 4K monitors capable of 120Hz and beyond, leading me to believe you were considering that as my preference. I quickly checked one of those monitors and confirmed it indeed offered 4K at 120Hz, but perhaps I was mistaken – maybe they also support 4K at 60Hz and 1440p at 120Hz. I only did this briefly, as these were outside my budget, as you correctly observed.
I'm unsure about what you mean exactly. I’m not aiming to play 4K at high refresh rates. Instead, are you suggesting that simply using a 4K monitor even when playing in 1440p could hinder the ability to reach a consistent 120Hz, even without actually using 4K resolution? That could be true – let me know your thoughts on this. If that’s not what you're saying, please clarify.
I’ve noticed this setting before, but my current hardware isn't powerful enough to test it yet.
That’s fascinating! I didn't realize this. Could you provide specific examples of how it improves picture quality? It makes sense that running games at their native resolution would look better. I’m just wondering if there are other factors involved, such as performance or anything else, or if it’s purely a visual thing. If that's all you’re saying, then I understand.
Based on your comments, it seems like playing a game in 1440p on my 4K display won't look as good as playing it on a dedicated 1440p monitor running at its native resolution. If that's the case, I understand completely. Would you confirm that?
And my question is: which would appear superior – a 4K display operating at its intended resolution, or a 1080p display utilizing upscaling to simulate 4K?
I recommend running your most demanding games at 1440p with maximum settings and a frame rate of 144 FPS or near it. Games that can consistently average at or around this level will perform well on a 144Hz 1440p display. Only a small percentage of games will likely achieve this, so you shouldn’t consider a 144Hz 1440p display until you upgrade your graphics card. Also, ensure your CPU is relatively balanced with the GPU to avoid bottlenecks that can result in stuttering and lag.
This all seems reasonable. My only questions are: First, a GTX 1070 is predicted to average 83fps in Battlefield 4. But I’m not sure how they determined these numbers – could you clarify the settings used? Regardless, I'm willing to adjust graphics settings to improve performance. Especially since overly complex visuals can often distract from gameplay. And secondly, even if I don’t consistently reach 120fps, is it truly necessary? Would there be noticeable visual distortions or screen tearing if my frame rate dips slightly, perhaps to 100fps, then 110fps, and so on, eventually returning to 120fps? Honestly, I’m just seeking information as I'm unsure.
Finally, my estimate for Battlefield 4 running at 1440p with high frame rates is based on YouTube benchmarks where the average was over 110 fps, though that data may not be entirely accurate.
Initially, I began by discussing high-refresh rate 4K monitors because that was your primary area of interest. My aim was to inform you that these are scarce and expensive.
I’m inquiring about the rationale behind your second paragraph in your original post, specifically before I offered any further explanation.
Let me clarify: you seemed to believe a 4K monitor was essential for accommodating all your desired resolutions while gaming. However, I was primarily referring to achieving high refresh rates at 1440p resolution on such a display. Actually, many games struggle to maintain even 45 frames per second on a 4K screen in general, making consistent performance challenging.
DSR (and AMD’s VSR) work by allowing the game to render at 4K, then applying a process to scale it down to your screen’s native resolution. This results in greater clarity with the same number of pixels. Honestly, you don’t truly need extra pixels unless you possess a very large screen. A YouTube video illustrates this technology and its results: https://www.youtube.com/watch?v=_0v-wcOijsg
I suspect you might be able to run some older games with your 1070 at DSR 4K, unless your CPU is particularly weak.
The reason lower resolutions appear less sharp involves scaling. You can have the graphics card perform this scaling, or the monitor itself, but both methods won’t match native resolution without it. I know this from experience; I once owned a Sony X900E 4K HDTV, known for its exceptional scaling and upconversion, yet I still noticed that playing at 1440p lacked sharpness – even in a game like Just Cause 3, famous for its blurred distant textures.
When comparing 1440p and 4K displays, I suggested that with sufficient GPU and CPU power, games playable at 4K would look equally good on a 1440p display using DSR 4K. DSR essentially makes 4K displays somewhat redundant, particularly regarding high refresh rates. Using DSR 4K on a 1080p display wouldn’t produce superior results compared to a 1440p display. Regardless, you're simulating the same 4K resolution and it demands similar GPU processing power, while a 1440p display offers more pixels. The only additional factor is screen size, which can improve sharpness on smaller screens due to the smaller pixels. However, this depends on viewing distance. I mentioned using DSR on my 1080p display to demonstrate its effectiveness, but if screen size and viewing distance were equal, a 1440p display would appear even sharper.
TPU is exceptionally detailed in its testing methodology, consistently using identical test setups and clearly outlining the settings utilized for each game. Review their test setup page to understand how every game is set to maximum settings, unless otherwise specified on its individual performance page. Be mindful of the hardware specifications they employ. If you can’t successfully run your games with DSR, either you're configuring it incorrectly or your system specs (outside of the GPU) are weak.