When I had it one once out of curiosity it felt like the zoomcam in minecraft. it's hardware or OS related. So yes if you turn off vsync technically you will get more than 60fps even if you dont see them. Which I guess is the same thing as the laptop getting hot. One last note: we haven’t discussed adaptive sync technologies like G-Sync and FreeSync here, and that’s because we’ve been mostly talking about running games above the maximum refresh, where adaptive sync does not apply. The second problem occurs when your GPU is very fast and is easily able to render a frame within the refresh rate interval. Scientifically proven. My monitor displays 60 Hz Vsync, and 133.3 KHz Hsync. Anyone who isn't a brainwashed Vsync moron can understand this. We often hear things like “locking the GPU to my monitor's refresh using Vsync is great, because if it renders faster than the refresh rate, those frames are wasted because the monitor can’t show them, and all I get is tearing”. Most casual players have 200 FPS and below. Can agree to the insane smoothness. There is no reason to cap your fps, your monitor is just going to grab the next available frame, it's not going to stack them up in a queue. Grundsätzlich kann auch ein 60Hz Monitor FPS Zahlen über 60 darstellen - allerdings kann dies je nach dem zu Screentearing führen, weil der Monitor mit der Bildausgabe der Grafikkarte nicht mithalten kann. OS: Win7 Pro 64bits 144Hz vs 240Hz Sometimes it might take 20ms, sometimes it might take 15ms, sometimes it might take 8ms. However, if you have a monitor with 144Hz or more, you can definitely see more FPS and you should boost your FPS in CSGO as much as you can. So a 60Hz monitor wil only display 60fps however if you turn vsync off (i do) then you will get more fps even though the monitor will not show it. What game first got you hooked on gaming? I use a 60hz, but I can 100% tell the difference when my frames drop below 100. But running at 200 FPS with Vsync off rather than 144 FPS with Vsync on will still give you a difference between 5ms and upwards of 7ms of input latency. the game is far smoother for me with an uncapped FPS than with 120 or 240 constant max on a 60hz monitor. Some people might be more sensitive to this than others. One person claimed that they could notice a distinct smoothness between 200 and 120 fps on a 60hz monitor. Let’s also use the same example where we have a GPU capable of rendering at 200 FPS with a 60 Hz display. © 2021 TechSpot, Inc. All Rights Reserved. While I know the Titan will give me less fps… The truth is, you can’t see more than 60FPS if you are playing on a 60 Hz monitor. And there won’t be any additional buffers in real world implementations; it’s as fast as that, plus your monitor’s input lag. I'm just surprised I can't get at least a consistent 140 on warzone I suppose. #21 on some weird setups vsync doesn't cause much noticeable input lag at high framerates. The maximum number of refreshes a monitor can do per second is the maximum number of frames per second it can display. La eMAG, ești liber să alegi din milioane de produse și branduri de top la prețuri avantajoase ⭐. [/quote], capping jitters for some people but doesn't jitter for others, [quote=Midnitesite]no vsync. Let’s say, it can render at 200 FPS, producing a new frame every 5ms, except you’re using a 60 Hz display with a 16.7ms refresh window. He can get 200 FPS, but he won't see any difference on the screen. For the past three years with VSync, 60Hz = 60 FPS. If you are running a 60hz monitor and your FPS is at 300 then the monitor is dropping 240 FPS; as the monitor cannot possibly display the extra frames. What FPS should I play at with 60hz monitor? [/quote], [quote=Pacifist][quote=crespi][quote=Derpus]umm, as high as possible? For me, capping it results in a bit of jittering, so I uncap it. After being a console gamer my entire life, I recently made the switch over to PC. A 60hz monitor can only display 60 fps, no matter how many fps your card pushes. While a lot buy higher refresh rate monitors to go beyond 200+fps since they know games like mobas, fps, or rts aren't as demanding, and having more FPS benefit from both les input lag and the high refresh rate makes it more smooth as it draws more pixels on the screen having less noticeable screen tearing when any sync is off. Depending on the content being displayed, this split between new and old frames in the one refresh presents itself as a tear, or visible line between the old and new frames. A monitor running at 120Hz receives pixels about twice as fast as a monitor running at 60Hz. This is because the 140 more fps do not get output to the monitor by your graphics card with V-Sync on. Try it out for yourself and you’re bound to feel the difference in responsiveness. I have a 2560x1440 60hz monitor and I'm running xfire 7970s and average between 90-130+ fps. Now it’s at this point that there’s a lot of confusion. I have a 200 hz monitor Yea on Valorant I was getting 200 plus fps. It's just as relevant and current today as it was then, so we've bumped it as part of our #ThrowbackThursday initiative. But I also have this thing in the back of my mind that tells me I'll consistently get closer to 120 fps if my processor isn't trying to render an unnecessary of frames. Is that the limit? Noticeable difference between 200 and 140 fps on a 60hz monitor. V-sync always off (check vga drivers and in-game settings) because I want more than 60 fps. As people have said, no cap is fine. However, if your FPS is higher than your refresh rate, your display will not be able to display all of the frames your computer is producing, so although the refresh rate doesn't technically limit the frame rate, it does effectively set a cap. They are two independent functions, and you will see a difference in animation quality with more FPS. However unlike with Vsync off, Fast Sync delivers a completed frame to the display at the beginning of each refresh, rather than simply pushing the frame to the display immediately, and it’s this technique that eliminates tearing. When running a game, there is no guarantee that the GPU is able to render every frame in exactly 16.7 milliseconds. While helping someone resolves some problems relating to cs:go over on r/pcmasterrace, a question about "smoothness" in this game was brought up. And that's where you get the advantage. There’s a lot of different syncing methods out there, but adaptive sync is very different to Vsync and Fast Sync that we’ve been talking about, and at least for this discussion, isn’t really relevant. [/quote], KUOD Damage ships off lucrative, ed, industs off neight, Phoenix Red announces GGtoor Locked & Loaded #2, ETF2L Season 38 and Preseason Cup announced, EssentialsTF announce NA and EU events with DreamHack, RGL S5 W5A: GlobalClan Ice vs. Rebirth Esports, OZF 30 IM W4: ligma vs. Flame Text Bandit, RSL HL S8 W3: pena's trinkets vs. reckless rascals, RGL HL S8 W4: Hood Naruto vs. Man Crush Monday, RGL S5 W4A: GlobalClan Fire vs GlobalClan Ice, RGL S5 W4B: froyotech vs. Rebirth Esports. Archived. Scientifically proven. Anyone who isn't a brainwashed Vsync moron can understand this. Je mehr FPS umso besser, auch bei einem 60 Hz Monitor, das ist schon richtig. The only point at which the second buffer is updated is between the refreshes. So yes if you turn off vsync technically you will get more than 60fps even if you dont see them. In ultra settings in these games ( mostly sim games , odd fps game ) , I get approx 85 fps. To Vsync or Not to Vsync? Join thousands of tech enthusiasts and participate. To ensure that happens, the GPU waits after it completes rendering a frame, until the display is about to refresh. I use an fps cap, but I don't use the fps_max command built into the tf2 engine. This causes stuttering as some frames are displayed only once, while others are displayed twice. Ch3wy 6 years ago #4. Capping your frame rate is a good thing to do, as it's better to have consistent fps than to have a bouncing one. Is there any benefit from going over 60 fps on a 60hz monitor while gaming? So it could display up to 133,300 fps. EDIT: My laptop sucks and I only get 120-150 fps with chris's highframes config, so I can't get really high fps. I've noticed that the FPS in game never went beyond 200fps. Let's assume we have a monitor with a fixed refresh rate of 60 Hz. Even though the display is not able to show all 200 frames per second in its entirety, what the display does show every 1/60th of a second is produced from an input much closer in time to that frame. Is that the limit? I use a 60hz, but I can 100% tell the difference when my frames drop below 100. So; if you are running a game at 100 FPS then 40 of those frames will not be displayed. V sync prevents screen tearing by limiting your fps to quite low levels, often times its about 60. The result is that mid-way through a refresh, the monitor is receiving new data, and updates the remainder of the lines on the display with this new data. 60Hz = 60 fps affichés . The refresh rate (Hz) of your monitor does not affect the frame rate (FPS) your GPU will be outputting. La eMAG, ești liber să alegi din milioane de produse și branduri de top la prețuri avantajoase ⭐. Now that doesn't mean the graphics card will not be able to push 120fps to the monitor, but only 60 of these frames will be displayed, this can lead to screen tearing etc. I searched the forums, did not find anything on this specific topic yet. Fast Sync works by introducing an additional buffer into the Vsync on pipeline called the last rendered buffer. Now let’s look at the Vsync off diagram. A fast paced game like CS: GO running at 400 FPS on a 60 Hz monitor, with input latency at best around 2.5ms, will feel significantly more responsive to your mouse movements than if you were running the same game at 60 FPS with 16.7ms of latency (or more). This is because it is known to cause stuttering and other weird things. With this varying render rate, there is a choice of how each rendered frame is passed to the monitor. I would move my mouse and like 2 seconds later the camera would slowly start moving, then accelerate, then slow down and reach its destination a few seconds later. Via de regra, se o seu monitor tem a taxa máxima de 60hz não faz muito sentido rodar mais fps … That’s the answer to the question for those that don’t want to wait until the end. Using the first method, Vsync off, causes tearing. In both cases the display is only showing you a new frame 60 times a second, so it won’t feel as smooth as on a 144 Hz or 240 Hz display. If you are not playing a lot of FPS, a 60hz monitor will do fine. Therefore, to answer the question of whether a 60hz monitor is good for gaming: It depends on the types of games you are playing. Though I thought 150 fps on 60hz looked okay, but when I got my new monitor I noticed just how much better it looks. Active la V-Sync, et tu bloques les fps à 60 pour éviter les déchirements. My monitor displays 60 Hz Vsync, and 133.3 KHz Hsync. There are two problems with Vsync. I use MSI afterburners fps limiter. You’re then left with an image where the top half the screen is from the previous frame and the bottom half is from the new, freshly available frame. I have a 2560x1440 60hz monitor and I'm running xfire 7970s and average between 90-130+ fps. Yes running a 60Hz monitor you can only see 60 FPS, however if you limit your game FPS to 60, your mouse movement and accuracy will suffer. The display can then begin displaying that new frame immediately, albeit it might be only part of that frame. Now when we’re talking about millisecond differences, you’re probably wondering if you can actually notice this difference in games. vsync bad. FPS Games contains continuously flowing images or frames wherein 60Hz or 75Hz is not that enough for smooth performance. Falhas nestes sistemas geram quedas significativas de FPS. GobletPoire26 MP. A lot of people point to power savings from using Vsync; your GPU doesn’t need to work as hard, there’s no benefit to running at frame rates higher than the monitor’s refresh rate, so run at a locked FPS and save some power. 60 FPS = 1/60 sec = ~16,7ms. Noticeable difference between 200 and 140 fps on a 60hz monitor. The result is the latency between your input to the game, and when the display can begin showing the results of that input, reduces from 16.7ms to just 5ms. Muss dieses im Verhältnis stehen? So here is my question: I have a 24 inch 60hz monitor. Today we’re addressing one of the most frequently asked questions we see about PC gaming: how many frames per second do you need? In this example, running at 200 FPS with Vsync off on a 60 Hz monitor reduces input latency to 5ms, whereas with Vsync on, that latency is at least 16.7ms, if not more. [/quote], [quote=kuza]There is no reason to cap your fps, your monitor is just going to grab the next available frame, it's not going to stack them up in a queue. If I turn it on, should I enable wait for v-sync or disable it. A 60hz monitor can only display 60 fps, no matter how many fps your card pushes. 120 FPS = 1/120 sec = ~8,3ms. If your setup can run the games in 1080p with ultra-graphics and over 40 to 50 FPS, then the 60hz display is more than enough. What fps should I play at? What this means in practice is that the setup with more frames per second and with an accompanying higher monitor refresh rate can generate a higher response rate. The more stable your FPS, the more stable your mouse movement in TF2 will be. At no point during the refresh is the second buffer updated, so the display only shows data from one fully rendered frame, and as a result you don’t get tearing from an update mid-way through the refresh. A 120hz monitor can only display 120 fsp no matter how many fps your card pushes. Should you be running at the same frame rate as your monitors maximum refresh rate, say 60 FPS on a 60 Hz monitor, or is there a benefit to running games at a much higher frame rate than your monitor can display, like say, 500 FPS? Isn't it better to cap your fps if you use accell? PC runs games smoothly, then frame rate drops drastically. lol i get 200-300 fps at all times and use a 60hz monitor. Meaning the monitor refreshes its image 60 times per second if it is 60Hz. Second, in theory the output frame rate can be infinitely high, depending on your rig, but the frames you see are limited by your monitor. Fast Sync is only functional when the frame rate is higher than the display’s refresh rate, but it does succeed in providing a more responsive game experience without tearing. Um bom sistema de refrigeração e alimentação elétrica. The only reason to cap is if you're having heat issues. What exactly does 60hz affect vs say 120hz? So a 60Hz monitor wil only display 60fps however if you turn vsync off (i do) then you will get more fps even though the monitor will not show it. This is because the 140 more fps do not get output to the monitor by your graphics card with V-Sync on. ^ this. The new monitor is going to last you "forever" even if you upgrade or switch your PC so it's a very good investment. Now that doesn't mean the graphics card will not be able to push 120fps to the monitor, but only 60 of these frames will be displayed, this can lead to screen tearing etc. Also, should I turn on v-sync or turn it off? And not only that, but 60 FPS setup has an end to end latency in the range of 55 to 75ms (in full-screen mode), while a 144 FPS setup ranges from 30 to 45ms. If your setup can run the games in 1080p with ultra-graphics and over 40 to 50 FPS, then the 60hz … Tempo de resposta do monitor (grey-to-grey) ideal para jogos entre 1ms e 5ms sendo que, quanto menor ele for, melhor. [quote=Pacifist]EDIT: My laptop sucks and I only get 120-150 fps with chris's highframes config, so I can't get really high fps. I measured Overwatch’s input lag using a 1000 FPS camera at both 60hz and 240hz refresh rate on the XL2546. for example i have a 60Hz monitor but i know that i am getting 130+ fps because i have an fps counter. Ai căutat monitor 60hz. 6. During this process, a new frame may become ready from the GPU, and as we’re not using Vsync, the frame is sent to the display immediately. So here, FPS and Refresh Rate Varies and are Interrelated. Close. If you are not playing a lot of FPS, a 60hz monitor will do fine. For a 60 hz monitor I would cap at 132, and for 120 hz I'd cap at 264. capping jitters for some people but doesn't jitter for others If I set my max frame rate in advanced (video) settings to monitor refresh rate (which is 165 Hz) it is stuck to 60 fps, unless I change it to 144 Hz or 200 Hz exit menu go back to menu set it to monitor refresh rate presto it will go to 165. The GPU continuously renders regardless of when the display is refreshing, taking 5ms to turn your input into a complete frame. a framerate higher than your monitor can display means nothing unless you have drops then its good to stay at 80 because if you drop 10 fps you are still above your monitors cap You don't know what you're talking about. This allows the GPU to continue rendering new frames into the back buffer, transitioning into the last rendered buffer when complete. It works great. This phenomenon, of course, also applies with high refresh monitors. If your pc is good, play at fps_max 241 or even 121 for a couple days, and then go back to fps_max 61. Doesn't matter for my gameplay since i use vsync on my 60hz panel :P wow you got a new pc yet you have a monitor only good for 60 fps what a waste here to troll are we i hold 144 fps … Or set it to 200 Hz and it will go up to 200 fps which is odd on a g-sync panel. Ai căutat monitor 60hz. My friend plays at 30 FPS, for example. [/quote], [quote=Pacifist][quote=Midnitesite]no vsync. That’s the varying nature of rendering a game on a GPU. ... A 60hz monitor refreshes the screen 60 times per second. Here, instead of the GPU sending the new frame immediately to the display, it shuffles each rendered frame into a buffer. In this example, running at 200 FPS with Vsync off on a 60 Hz monitor reduces input latency to 5ms, whereas with Vsync on, that latency is at least 16.7ms, if not more. Depending on the kind of game you’re playing, the difference can be anything from very noticeable, to no difference whatsoever. Now time to lower my graphics settings. ^ this. This display synchronization technique is like a combination of Vsync on and Vsync off, producing the best of both worlds. CS, Half-Life são meio que um ponto fora da curva, sempre foi bugado. If you enjoy our content, please consider subscribing... You need to be a member to leave a comment. But with a 60hz monitor, the ideal situation is that you never are below ~120 fps. A 120hz monitor can only display 120 fsp no matter how many fps your card pushes. To answer this question we have to talk a bit about how a GPU and display work together to send frames into your eyeballs, and how technologies like Vsync function. Hence the use of vsync (limiting fps to that which your monitor can display, so 60fps for a 60hz monitor) this would eliminate this screen tearing (if it occurs). The only reason to cap is if you're having heat issues. I played at fps_max 121 for the longest time and when i switched to fps_max 0 it felt a lot smoother and had less tearing. At 144 Hz, for example, you will be able to see many more frames each second so you’ll get a smoother and more responsive experience overall. If I had to choose between 150-200fps at 144hz or 300fps at 60hz, I'd go for the first option. [quote=Derpus]umm, as high as possible? The alternate way to display an image is with Vsync on. Meaning the monitor refreshes its image 60 times per second if it is 60Hz. At 120 FPS… When factoring in display input lag, CPU processing time and so forth, the latency between input and display refresh could be easily more than 50ms. So im buying a monitor after I build my gaming pc this month! The first buffer is used to store the frame being worked on currently, and the second buffer is used to store the frame the display is currently showing. so it's worth the benefit of the doubt. In other words, the monitor is updating its display every 1/60th of a second, or every 16.7ms. What this means in practice is that the setup with more frames per second and with an accompanying higher monitor refresh rate can generate a higher response rate. Hopefully this explainer will have cleared some of your questions about why running a game above your monitor’s maximum refresh rate does deliver a more responsive game experience, and why the ability to run games at higher frame rates is always an advantage even if it might appear that your monitor can’t take advantage of it. Reasons : My system can run 99% of games on ultra settings ( MSFS being the 1% it can’t , LoL ) . But the bottom line is, running games at extremely high frame rates, well above your monitor's refresh rate, will lead to a more responsive game experience with lower perceived input latency. You can tell. Anything faster than 2,160 fps is hard to see though, but I've seen a game run at 12,000 fps on my old computers. The display then takes some time to receive the frame to be rendered and physically update the display line by line with this information. It can pass the new frame to the display as soon as it is completely rendered, commonly known as running the game with “Vsync” or vertical sync off, or it can wait until the display is ready to refresh before sending the new frame, known as “Vsync on”. un informazione ma quindi se io ho un monitor 60hz ma ho un pc potente che potrebbe farne anche 240 fissi pero con questo monitor gli fps stanno su gli 80 il che non va bene perchè ne potrebbe fare molti di piu ma questo avviene perchè il mio monitor 60hz limita gli fps a 70 80? Now all of a sudden 60Hz = 30 FPS – C. Perez Aug 19 '16 at 3:18 As I said, there must be something else limiting your FPS. There's a bunch of source engine technical shit that's important, but the most obvious and plain reason is that disabling vsync (which you *should* do in a game this fast) allows for tearing, and the higher your framerate is the less visible tearing objectively is (because there's less time between any two frames that are torn together). * To what computer model is the AW2518H attached? For example, you cannot actually ask for an input lag lower than 16.67ms if you are using a 60Hz monitor. This is because a display cannot update the entire image instantaneously, instead it updates line by line, usually from the top of the display to the bottom. For example: If your monitor supports 60hz (most common) it is able to display 60 frames per second (FPS). Go here and read, "NVIDIA G-SYNC setup requirements". This reduces input latency. TECHSPOT : Tech Enthusiasts, Power Users, Gamers, TechSpot is a registered trademark. I play on a laptop, so the heat thing is indeed important. Uma GPU que possa rodar seus jogos a no mínimo 60 FPS médio e 30 FPS constantes. The AW2518H hardware supports the following Hz = 60/100/120/144/200/240 But, the video card and its driver must also support those through Nvidia G-SYNC. Se ho il vsync disattivato, un monitor 60hz e gli fps a 120, vedo 120 fps reali anche se il minotor è 60hz, giusto? For example, 200 fps content’s smoothness is exactly the same as 60 fps content on a 60Hz monitor. Great games that don't need great hardware to run, Ad-free TechSpot experience while supporting our work. For example, 200 fps content’s smoothness is exactly the same as 60 fps content on a 60Hz monitor. 200 FPS auf einem 144 Hz Monitor wären allerdings +240% Qualitätsverbesserung. If I set my max frame rate in advanced (video) settings to monitor refresh rate (which is 165 Hz) it is stuck to 60 fps, unless I change it to 144 Hz or 200 Hz exit menu go back to menu set it to monitor refresh rate presto it will go to 165. ". For example: If your monitor supports 60hz (most common) it is able to display 60 frames per second (FPS). Other than that I wouldnt see what else would cause that specific issue #4 Se ho il vsync disattivato, un monitor 60hz e gli fps a 120, vedo 120 fps reali anche se il minotor è 60hz, giusto? How do I reduce it? Anything faster than 2,160 fps is hard to see though, but I've seen a game run at 12,000 fps on my old computers. Its usually unnecessary and just gives you shitty frames. There are many ways to increase FPS but there is no way to increase the Hz if you don’t have a good monitor. To explain why this is the case, let’s look at the Vsync on diagram, but overlay the diagram with the input from your mouse and keyboard, which is typically gathered every 1ms. Jeżeli jesteś wstanie odczuć/zauważyć różnicę między takimi opóźnieniami, 120 FPS jest dla Ciebie. Even dragging your mouse cursor across the screen looks a lot better.
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