60 fps doesn’t look smooth Tom’s Hardware Forum

“Fast sync” is a newer form of synchronization technology that Nvidia introduced with its Pascal line of graphics cards. It works by allowing your graphics card to render frames faster than your monitor’s refresh rate, but only displaying the most recent complete frame at any given moment. This can result in lower input lag than regular VSYNC while still preventing screen tearing. So I tried out all of the affinity and thread changing stuff first and then did a few races. It only made things worse, with even more frequent stuttering and lower frame rates. Set things back to normal and got back to 60FPS lock with a stutter or hitch every 4-5 seconds.

How to turn VSync on or off?

NVIDIA’s Adaptive Sync is a smart alternative to VSync that allows you to render frames using the NVIDIA Control Panel software. These driver installers include tools that automatically check for updates to help keep your drivers updated in the future. You’ll also find options for viewing any game’s FPS in other tools like NVIDIA GeForce Experience and FRAPS. Loaded up with impressive specs, powerful processors, and VSync compatibility, HP OMEN desktops and laptops bring your gaming world to imaginative life every single time.

Short for vertical sync, VSync is the graphics technology responsible for synchronizing the frame rate of a game to the refresh rate of a monitor. This synchronization delivers smooth, uninterrupted gameplay for graphics-heavy 3D games. What V-Sync does is synchronize your monitor’s refresh rate with your framerate producing an incredibly smooth/fluid image. There are games out there that list triple buffering as an option when the technique used is actually a short render queue.

Whenever you play online games, the servers weep like a baby, volta squads sucks, ultimate team online games sucks. Hours it took me to fine tune it to result in minimum input lag which is playable for most of the day. @alexsandershkIs the attached repro video on X11 or Wayland protocol?

Both techniques allow the graphics card to continue doing work while waiting for a vertical refresh when one frame is already completed. For games, this option is enabled or disabled via the game settings or configuration menu under graphics settings. I have a 144hz freesync monitor and I’d like to get more than 60fps. If used improperly, however, it can throw your frame rates off and cause you an unnecessary headache. Vertical retraces occur at the vertical refresh rate, typically in the 60–100 Hz range.

If you’re playing games or watching videos on your computer, VSYNC can make them look smoother and more visually appealing. It also reduces input lag, which is the delay between when you move your mouse or press a key and when the action appears onscreen. Yes, you can use VSYNC with a TV as long as it has a compatible input and supports the resolution and refresh rate of your computer. However, keep in mind that TVs may have different performance characteristics than computer monitors due to their larger size and built-in image processing technology. Just guessing, I would assume that you turned stuff down from being all maxed out and maybe that helps the stutters and skips? I’ve already had CRU setup and helping for years now, as well as MSIAB and RTSS capping all games at 60FPS.

How do I enable VSYNC on my computer?

You need to go into your Nvidia GPU Control Panel, add EAFC24 to your list of games in the “Manage 3D Settings” and then set VSync to “Adaptive”. @kodataruleI played game 30XX on X11 session but did not observe tear issue.I would request you to share video highlighting the same and fresh nvidia bug report as well. 30 FPS – Good enough for single-player and for a more cinematic experience. 60 FPS – The ideal framerate for most people, as the extra fluidity makes games more responsive and can provide an edge in multiplayer. And that’s why more advanced technologies that rely on better monitors also exist, namely G-Sync (for Nvidia GPUs) and FreeSync, though this require actual hardware support.

The difference between them is that in G-SYNC, the proprietary module in the monitor handles the work of communication between the devices. View bobbing is how it shows the up and down and side to side head motion of the character when you’re walking, turn it off and the player glides smoothly like they’re flying in creative. Even Directx running at multiple threads looks like cant do nothing if developers dont multithread game engine. If you can hook up to some sort of ropey and slow connection, you will get better gameplay. Software app will complain that there’s a lot of updates available; I suppose there’s a way to disable this.

TERA should be running smoother?

I tried FIFA 17 it was great but then from FIFA 2018 to fc 24 same issue every year. I presume you are offering full refunds for those that want them given that what you have sold us (a lot of us for somewhere in the region of £100 I might add!) is NOT what was advertised. I would like a full refund of everything I have spent on this game.

1. Even Directx running at multiple threads looks like cant do nothing if developers dont multithread game engine.
2. However, keep in mind that enabling VSYNC may affect the performance of all connected displays depending on how many frames per second they’re capable of displaying.
3. I sure hope they can iron this stuff out before FM6A and FH3 officially release for PC, or T10 are in for the wrath of the PCMR.
4. Also as for what else didn’t work, I could not get OBS to work properly on Nvidia and Xorg as well.
5. That gives benefit to having frame rates that are above your refresh rate in terms of responsiveness.
6. Loaded up with impressive specs, powerful processors, and VSync compatibility, HP OMEN desktops and laptops bring your gaming world to imaginative life every single time.

The price of the game itself and all the money I stupidly spent on FC points believing you would fix the issues in the first patch. IDK what you’re talking about because literally every issue I had was fixed by switching to another GPU. HDR isn’t on Linux overall, sure, but Nvidia isn’t quite there yet with having, well, anything proper working. However, this doesn’t require a proprietary chip in the monitor. Instead, FreeSync relies on the DisplayPort’s Adaptive-Sync specification, which is a royalty-free industry standard.

What is the best V-Sync option in the NVIDIA Control Panel for a ?

1. 240 FPS – Manageable only by the fastest 240 Hz monitors, 240 FPS is as high as modern-day displays can go.
2. If you need more FPS in a game, the easiest way to get it is by decreasing your graphical fidelity.
3. Does setting the detection level for FM6A to “high” in RTSS actually do anything since it is DX12?
4. You can also try nvidias fast sync,this will give you the maximum FPS possible for lowest ms possible but will only send complete frames to the display to prevent tearing.

While it is waiting to flip, it can start rendering in the other back buffer. The result is that the frame rate is typically higher than double buffering (and Vsync enabled) without any tearing. You’re getting more updates per second tera vertical sync but they’re only happening to fractions of the screen. That gives benefit to having frame rates that are above your refresh rate in terms of responsiveness. While both VSYNC and framerate limiting can help prevent screen tearing, they work in slightly different ways.

Check your monitor’s specifications to see if it supports either G-Sync (for Nvidia GPUs) or FreeSync (for AMD GPUs). You can also check the manufacturer’s website for more information about supported features. I’ve got a GTX750Ti, and limiting the FPS to 30(V-sync) provides decent performance, no more lags every 2/3 seconds.

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