A 60Hz screen has a maximum frame rate of 60 frames per second – is this accurate?
A 60Hz screen has a maximum frame rate of 60 frames per second – is this accurate?
I recall enjoying Doom extensively last year, running it flawlessly and quickly at approximately 90 frames per second – a performance level similar to Shadow of Mordor, which I recorded at roughly 80 fps using Fraps with my R9 390. Currently, I’m experiencing performance bottlenecks in many games, typically limited to 45-50 fps even when utilizing maximum settings. This is my current maximum frame rate.
Consequently, I’ve been considering purchasing either an RTX 2060 – a more affordable model – or a GTX 1660 Ti. I play at a resolution of 2560x1080. Therefore, my inquiries are as follows:
1. How was it possible for me to experience Doom so fluidly when I had a 60 Hz display, and I'm confident that the game exceeded 60 fps?
2. If I were to acquire one of these newer graphics cards, would my games be restricted to a maximum frame rate of 60 fps?
I understand that I can disable vertical synchronization within games, but what would be the outcome of doing so?
If that's the scenario, then investing in a new card wouldn’t be beneficial without also acquiring a 144 Hz monitor.
A display with a refresh rate of 60Hz won’t automatically run at 60 frames per second unless vertical synchronization is turned on. You can activate or deactivate this feature at any time within a game’s settings or through Nvidia/AMD graphics control panels.
You’re confusing two separate concepts. Your graphics card can generate any frame rate it's able to, determined by its power and your chosen settings. However, your display can only render 60 frames per second for you. Consequently, any frame rate exceeding your monitor’s refresh rate is discarded because the system disregards it as it can't display it. If you wish to observe more frames, you must use a monitor with the capacity to present them.
V-sync and G-Sync are methods for instructing the graphics card to limit its output to 60 frames per second, aligning with your monitor’s capabilities. By restricting frame production beyond that limit, the generated frames are of superior quality, minimizing screen tearing and other problems associated with a GPU attempting to produce an excessive number of frames – like 1,000. Reduced workload for the GPU translates to enhanced image quality, in essence.
That’s why we often laugh when people proclaim they're getting 500 frames in CSGO and demand 1,000 – those extra frames are never displayed and represent superfluous exertion, yet many insist they perceive a difference.
If I already have a 60Hz monitor, purchasing any of those graphics cards would likely be pointless. Would spending €400 to gain just a 10-15% improvement in frame rate be worthwhile, considering you’d still play at 60fps regardless of the graphics card? I seem to recall a significantly larger difference when playing older games like Doom, and it’s not simply about a minor 10-15 fps boost. Is there a way to increase my monitor’s refresh rate to at least 75Hz? It's an LG 25UM58-P. If I disable V-sync, would you still see a fixed 60fps even if programs like Fraps or MSI Afterburner indicate higher frame rates?
Doom boasts exceptional performance, particularly when utilizing the Vulkan graphics interface. This represents a significant advantage over many other games and if you’re experiencing the newest, high-budget titles, an equipment update is likely necessary.
Certainly, it’s not beneficial to improve your graphics card unless you also intend to update your display to a refresh rate of 144Hz – or higher. A frame rate of 300 won’t make a difference if your monitor is limited to 60Hz/FPS, as you'll only perceive a maximum of 60 frames. I recommend investing in something like the RTX 2060 and then conserving funds by upgrading to a 27-inch QHD monitor with a resolution of 2560x1440 and a refresh rate of 144/155Hz. The distinction will be clear then. 😉
Currently, developing more recent games demands significantly greater processing capabilities to achieve a smooth 60 frames per second compared to older titles like Doom. Consequently, your advanced graphics card might generate more frames than you’re presently observing, yet it will also provide long-term protection against future demands as next-generation games increasingly require substantial graphics processing power. For the time being, g/v-sync will assist in optimizing those 60 fps to their fullest potential by ensuring that resources aren’t needlessly expended on generating excessive frames. With a superior GPU exceeding current needs, you can enhance visual effects, and over the coming years, you’ll gradually reduce graphical settings as games utilize more power. This is frequently why we advocate investing in the most powerful graphics card possible, despite your monitor and games perhaps not necessitating it at this moment.
It’s highly likely that display refresh rates lower than your monitor's can contribute to elevated input lag. You’ll notice this as increased responsiveness, a key reason why gamers persistently seek faster frame rates in competitive shooters like Counter-Strike: Global Offensive.
In essence, this feels like a poor investment, considering it would necessitate purchasing a 144Hz display. A newer graphics card paired with a 144Hz monitor is the only way to make it worthwhile, wouldn’t you say? I typically achieve frame rates of 45-50 fps in recent games – is that sufficient for a game to be considered enjoyable? I haven't yet examined Metro Exodus, Shadow of the Tomb Raider, and Shadow of War – these appear to be among the most demanding titles for this card, exhibiting significant frame rate drops. However, other games ran at approximately 40-50 fps based on what I observed online. Perhaps, down the line, I’ll require a more powerful card to handle these increasingly demanding games, perhaps? What is generally considered an acceptable frame rate for gaming?
My Asus Strix 2060 paired with a FreeSync monitor running at 72Hz allows me to achieve frame rates exceeding 100 frames per second in games. However, the monitor’s refresh rate is capped at 72fps, so it won't display all 100 frames. This isn’t detrimental to performance, as the updates will be smooth and consistent without stuttering. Conversely, when gaming at frame rates below 60fps, the visuals can appear somewhat choppy. I’m hoping to locate a helpful video that clearly illustrates this concept and will share it if found.