![]() Of course there’s plenty more you can tune as well to get the most out of your hardware, but these are simple and proven tweaks with no downsides. If your frame rate isnt as high as youd like, it might be time for a PC upgrade. Making these simple settings changes in both the Nvidia Control Panel and Windows will ensure your PC is generally optimized for the best gaming experience. Try lowering your recording settings to improve in-game performance. If you meet the requirements for Resizable-BAR, you should also enable that for a few more fps in the games which benefit from that setting.Set the computer to “High Performance” so Windows doesn’t throttle the CPU or other hardware. Now the gaming mode will help boost FPS and improve performance any time you play a game in Windows 10. Select Game Mode from the menu on the left and confirm that the Game Mode switch is toggled On. Select: Settings > System > Power & Sleep > Additional Power Settings. 1.Open your Settings by clicking the cog icon in the Start menu.This will help to prevent stutters in some of your DirectX 12 games. In that same Graphics Settings section, manually set your games to “High Performance” (not Let Windows Decide: High Performance).Ensure Hardware-accelerated GPU scheduling is on. Select: Settings > System > Display > Graphics Settings.Now let’s run through a few more Windows settings to ensure your gaming PC is at its best. Image by PC Invasion Check these settings too There are even up to 500Hz monitors now to let you get away with using modern VSync tech for visual perfection. Even if you’re a competitive player, you should give VSync another try if your monitor is high refresh and it supports G-Sync, Free-Sync, or there’s mention of Adaptive-Sync support. Nvidia Control Panel > Manage 3D Settings > Global Settings > Program Settings If you set the 'Power Management Mode' in the Global Settings to 'Prefer Maximum Performance' you will still experience power saving on at least the desktop, you can verify this with GPU-Z, AIDA64 and maybe MSI Afterburner (Clock speeds will drop when. The result is less visual stuttering on screen. This is also sometimes referred to Variable Refresh Rate (VRR) tech. This allows the output framerate to stay in sync with the monitor even if your fps drops below what the monitor can output. G-Sync is an improved version of VSync, and G-Sync is similar to the now standard Adaptive-Sync feature. Turning VSync on just syncs your game to the same refresh rate as the monitor, so it’s technically slower. VSync latency isn’t that bad though if you have a 120Hz monitor or higher. Just keep in mind you trade off some additional display latency with VSync on for that smooth image. We have two games benchmarked with a manual run-through, and two games benchmarks using the game’s built-in in-game benchmark runs. CHANGE YOUR POWER SETTINGS AND TURN OFF ANY EXTRA POWER MONITORING SOFTWARE Select Start > Settings > System > Power & battery > Screen and. See Setting the Preferred Graphics Processor for information about a change in functionality in newer Windows 10 operating systems regarding setting the preferred graphics processor. Game Performance Finally, we will see if it all adds up to changing game performance between each power mode. Program Settings From the Program Settings tab, you can create a set of 3D settings to use when running a particular game or application. ![]() If so, you can enable that to eliminate tearing. Will the card run faster under Prefer Maximum Performance That’s the question. This represents mid-range up to high-end video card performance.You should also see if your monitor is G-Sync/Free-Sync compatible. We are using an NVIDIA GeForce RTX 2080 SUPER FE and an NVIDIA GeForce RTX 2060 SUPER FE. ![]() We chose two video cards to use to collect all this data. We have two games benchmarked with a manual run-through, and two games benchmarks using the game’s built-in in-game benchmark runs. Game Performance – Finally, we will see if it all adds up to changing game performance between each power mode. Will it give us more or less GPU frequency? Will the card run faster under “Prefer Maximum Performance”? That’s the question. The goal here is to see if any of these power modes actually changes the potential of the GPU. GPU Clock Frequency – This one is very important we are tracking the GPU clock frequency in real-time as we play a game. GPU Temperature – We are also collecting GPU temperature data to see if any option is more demanding on the GPU or not. With these two different power data points we’ll have a good grasp on the power demands with each option. In addition to total system Wattage, we will report the Power Consumption that GPUz finds for the graphics card. Therefore, we will look at the total system Wattage at Idle and Full-Load in a game and compare them. ![]() Idle and Full-Load Wattage – Naturally, we need to find out which options affect power usage and by how much. To test this practically, in a real-world environment we are taking several data samples that will be important to look at. ![]()
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