Nice video! Couple suggestions, On + boost (same as prefer maximum performance in nvidia control panel), is better if u r gpu bottlenecked. Since users r more likely to be cpu bottlenecked, on might be better If you are using an x3D chip with multiple CCDs (7950, 9950), keeping Xbox game bar on helps windows locate the CCD with the 3D v cache, so can leave it on
Thank you for sharing these insights! I checked your suggestions and they are indeed valid and helpful. I'm going to pin this comment, so most people can see these helpful tips.
Interesting point, I tested it aswell... Fullscreen (1920x1080): - Game Latency (CPU) 1.2 - 2 - Render Latency (GPU) 0.1 - 0.2 Windowed Fullscreen(1920x1080): - Game Latency (CPU) 1.2 - 2.1 - Render Latency (GPU) 0.1 - 0.2 The wf was less consistent and spiked more. The following is probably the explanation: *In fullscreen mode, the game has direct control over the display output, which can lead to slightly higher GPU utilization and potentially increased input lag*
You're correct. The "Adjust desktop size and position" setting in the Nvidia Control Panel is typically not applicable when running games at your monitor's native resolution. Here's why: 1. Native resolution: When using your monitor's native resolution, no scaling is necessary as the game output matches your display's pixels exactly. 2. Fullscreen GPU scaling: This option is primarily useful for non-native resolutions or aspect ratios that don't match your monitor. 3. Purpose: The setting is designed to handle scenarios where the game's resolution differs from your monitor's native resolution, such as playing older 4:3 games on a widescreen display Did this answer your question?
@@KenshinCPVP brother for eSports game 165 is not enough atleast 240 Because 60hz to 144hz feels a lot But 144 ,120hz to 165 hz is minimal But 240 hz is not need but play competitive or eSports title 240 hz is insane
Yes, SSD = faster loading = less delay when frames rendered = more FPS. Biggest switch is from HDD to an SSD, there are less improvmenets from SATA SSD to NVME SSD for strictly FPS and Gaming
Thanks for your question @MobaMinds! As @LUNARFPSHD and @IStoleYourLowEffortName pointed out, the relationship between SSDs and FPS in Valorant is a bit nuanced. To clarify: 1. SSDs don't directly increase FPS in most scenarios. 2. They significantly improve loading times, which can indirectly affect gameplay smoothness. 3. For Valorant specifically, as @IStoleYourLowEffortName mentioned, the game loads most assets into RAM, so the SSD's impact during gameplay is minimal. However, SSDs can still benefit Valorant players by: - Reducing initial map load times (really important for Instant-Locking ^^) - Potentially decreasing texture pop-in - Improving overall system responsiveness
With Windows 10 reaching its End of Life in October 2025, I won’t be making a video about it. Additionally, I currently don’t have a system running Windows 10, so it would be inconvenient to do so... But most of these tips are still usable, the design and where it is saved can differ tho
200 subs = Marvel Rivals content unlocked! 🔥 Hit that SUB Button and let’s make it happen!
Nice video! Couple suggestions, On + boost (same as prefer maximum performance in nvidia control panel), is better if u r gpu bottlenecked. Since users r more likely to be cpu bottlenecked, on might be better
If you are using an x3D chip with multiple CCDs (7950, 9950), keeping Xbox game bar on helps windows locate the CCD with the 3D v cache, so can leave it on
Thank you for sharing these insights! I checked your suggestions and they are indeed valid and helpful. I'm going to pin this comment, so most people can see these helpful tips.
in fullscream latency 0.2 in wf 0.1 latency why
Interesting point, I tested it aswell...
Fullscreen (1920x1080):
- Game Latency (CPU) 1.2 - 2
- Render Latency (GPU) 0.1 - 0.2
Windowed Fullscreen(1920x1080):
- Game Latency (CPU) 1.2 - 2.1
- Render Latency (GPU) 0.1 - 0.2
The wf was less consistent and spiked more. The following is probably the explanation:
*In fullscreen mode, the game has direct control over the display output, which can lead to slightly higher GPU utilization and potentially increased input lag*
That "adjust desktop and position" part, I can't use fullscreen GPU check on native resolution right?
You're correct. The "Adjust desktop size and position" setting in the Nvidia Control Panel is typically not applicable when running games at your monitor's native resolution.
Here's why:
1. Native resolution: When using your monitor's native resolution, no scaling is necessary as the game output matches your display's pixels exactly.
2. Fullscreen GPU scaling: This option is primarily useful for non-native resolutions or aspect ratios that don't match your monitor.
3. Purpose: The setting is designed to handle scenarios where the game's resolution differs from your monitor's native resolution, such as playing older 4:3 games on a widescreen display
Did this answer your question?
Thanks for the Tipps, but how do I turn on Nvidia ReBar?
You can turn it on in your BIOS. look it up for your BIOS manufacturer because every brand has the option in a different place.
Yes as @LUNARFPSHD said. Also check the Bio there I linked a great tutorial :D (no Ad)
@ Thanks :)
@@Snannny 👍
thank you very much it helped and subbed!
Glad it helped, u play Marvel aswell?
Is 120hz good? Cuz i bought a 165hz monitor but my laptop hdmi port can only push 120hz.
120 is good. But tbh, you can buy a usbc to displayport cable and use displayport for the 165hz
Don't upgrade to 165 hz go to 240hz if you play competitive game
If you not play competitive game so stick with 120hz
@@Deepakmishra-k99900 165hz is more than enough
@@KenshinCPVP brother for eSports game 165 is not enough atleast 240
Because 60hz to 144hz feels a lot
But 144 ,120hz to 165 hz is minimal
But 240 hz is not need but play competitive or eSports title 240 hz is insane
does ssd gains fps
Yes, SSD = faster loading = less delay when frames rendered = more FPS. Biggest switch is from HDD to an SSD, there are less improvmenets from SATA SSD to NVME SSD for strictly FPS and Gaming
@@LUNARFPSHD not rlly, the only difference would be loading times since valo loads almost everything needed in a game onto memory
Thanks for your question @MobaMinds! As @LUNARFPSHD and @IStoleYourLowEffortName pointed out, the relationship between SSDs and FPS in Valorant is a bit nuanced.
To clarify:
1. SSDs don't directly increase FPS in most scenarios.
2. They significantly improve loading times, which can indirectly affect gameplay smoothness.
3. For Valorant specifically, as @IStoleYourLowEffortName mentioned, the game loads most assets into RAM, so the SSD's impact during gameplay is minimal.
However, SSDs can still benefit Valorant players by:
- Reducing initial map load times (really important for Instant-Locking ^^)
- Potentially decreasing texture pop-in
- Improving overall system responsiveness
wht about windows 10 ?
With Windows 10 reaching its End of Life in October 2025, I won’t be making a video about it. Additionally, I currently don’t have a system running Windows 10, so it would be inconvenient to do so...
But most of these tips are still usable, the design and where it is saved can differ tho
Thx bro
Got u bro
F in the Chat for the Laptop Users❤😂
F
my pc is trash
How much Fps u get?
@@Snannny 75 but playing 80.000% and 4:3 looks like terraria 😔😔
@@Rruuu.1looks like terraria 😭🤣🤣
@@notanthraxx3172 😢😢
@ I love Terraria 😂
But damn you only get 75 fps with all the tweaks? You play on a TRS-80? (please google if you don't know)