The greatest strength of PC gaming lies in how the platform provides near total control over the gaming experience. Whether you have a low-cost PC paired with a 720p display or a powerful console connected to a 4K 165Hz gaming monitor, PC games let you adjust the graphics settings for Great experience on both of these extremes.
The good news is you don't have to deal with a bad gaming experience, even if you lack an advanced graphics card or the most powerful processor, the only downside is the depth and complexity of the map settings. This customizable graphics will be annoying for most people, except for truly passionate gamers. On the other hand, you are also more likely to make mistakes than improve the overall gaming experience, through incorrectly setting graphics settings - that doesn't deliver much visual improvement either. image.
The following article is a guide for you, if you are worried whether you have made the correct changes to these settings, or just wonder why the game is running at less than 30fps when you set the game to Ultra preset.
Guide to optimize video game graphics settings
- Preset Ultra is only good for screenshots
- DX12 is not necessarily better than DX11
- Use the Resolution Scaling feature to improve performance
- Check memory usage
- Draw distance and transfer texture
Preset Ultra is only good for screenshots
It's tempting to use the Ultra graphics preset, but don't do so unless you own top-notch hardware. Even the use of top-of-the-line hardware doesn't guarantee playable frame rates in new games, if you have a 4K monitor. The good news is that there is no reason to increase the graphics settings to Ultra unless you are only interested in displaying in-game screenshots on forums.
Let's make a parallel comparison of the Resident Evil 2 Remake in Ultra and High settings. It's hard to tell the difference even when comparing screenshots. Remember, preset Ultra for screenshots and High is for gaming.
DX12 is not necessarily better than DX11
DirectX allows game developers to program graphics and sound for Windows machines. It basically allows video game code to "communicate" with a wide range of gaming hardware without any problems. DX11 is a high-level API that makes developers' jobs easy, but it doesn't give them the flexibility to maximize PC hardware. But DX12 can do that.
However, most game developers do not choose DX12, because it is more difficult to implement. Implementing DirectX 12 in almost all, except for a few games, results in a noticeable drop in performance. For example, even modern titles like Resident Evil 2 Remake experience a significant drop in performance, from 6 to 8% of the frame rate, just because of using the DX12. Worst of all, using the DX12 doesn't deliver a noticeable improvement in image quality.
Use the Resolution Scaling feature to improve performance
Nothing increases the game's processing power more than the resolution it is rendered. That's mainly because the hardware has to act in the direction of rendering frames on a per-pixel basis. The more pixels to render, the more processing power is required. A standard Full HD (1920 × 1080) display will require your gaming PC to render more than 2 million pixels. On the other hand, a 4K display increases the render load by bringing this number up to 300%, which is to 8.3 million pixels.
You can reduce target resolution via in-game settings menu. This results in extremely low image quality, as modern monitors cannot perform well at resolutions other than native options. Setting Resolution Scaling will come in handy here. It doesn't mess with the native resolution on the screen, by maintaining the same target resolution, but it changes the game engine's internal rendering resolution, and then outputs it at the same level. monitor's native resolution.
The only catch is that the image looks a bit softer. You won't notice this during casual gaming, as long as the Resolution Scaling is not set below 70%. However, a 50% performance improvement is no joke.
Check memory usage
Graphics settings handle shadows and screen space effects, such as reflection as well as ambient occlusion (in-game lighting effects), which are pretty tricky. graphics memory. Even graphics cards with 8GB VRAM run the risk of running out of memory and this has a huge effect on frame rates. It's best to avoid this by installing the add-ons MSI AfterBurner and Guru3D RTSS. Turn on MSI AfterBurner, click the button Settings and follow steps 1, 2, and 3 to overwrite real-time memory usage data on your game.
RTSS or Rivatuner Statistics Server is a hardware performance monitoring utility that allows you to keep track of everything from CPU / GPU clock speed, temperature readings to frame rate and performance bottlenecks.
Use this utility to override the graphic memory usage values on the game. This way, you can easily tell if the game requires more VRAM than the GPU can deliver.
If that happens, try reducing the complexity and resolution of the shadows, followed by screen space effects like reflection and ambient occlusion effects. A last resort is to lower textures (textures), but that is often a sign that you need to upgrade to a better GPU instead.
Draw distance and transfer texture
Pay attention to this if you play a lot of open world games like Grand Theft Auto or Far Cry series. These games feature open worlds with complex geometries and diverse textures. Performance can drop drastically if the Draw distance is set too high. That's because increasing the Draw distance setting will put a lot of pressure on the GPU, potentially overloading the memory subsystem (subsystem in memory). Setting this option at the right level works wonders for performance in open world games.
The complexity and size of the environment in open world games also makes it impossible to load all the textures at once like many regular games. As a result, these games continuously transfer textures from the hard drive as needed. This should be fine if you use an SSD, but the incredibly slow transfer speeds and the mechanical hard drive's random access times can get the game stuck with extremely small to extremely large frame rates. For this reason, make it a priority to install open world games on SSDs. If you do not own an SSD, you should reduce the Draw distance settings and choose lower quality textures.
Following these tips will allow you to get the most out of your gaming performance. Rest assured, you'll maintain a good balance between visuals and performance. Good performance shouldn't be compromised for beautiful image quality.
Hope you are succesful!