Windd.pro

[Windd.pro @WINDD_pro]

⏩ #LS #DLSS #FSR
⚡️How to use Lossless Scaling

Lossless Scaling is positioned as an alternative to proprietary upscaling and frame generation technologies. The main purpose of the program is to improve image quality and increase performance.

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https://t.co/Jpp4EzUGvf

[Windd.pro @WINDD_pro]

⏩ #NVIDIA #VSync #NVPI
⚡️NVIDIA Vertical Sync. What should you set?

This article explains which NVIDIA vertical synchronization settings are best to use. With V-Sync enabled, screen tearing is eliminated, but input latency may increase.

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https://t.co/PeRNeGjQrq

[Windd.pro @WINDD_pro]

⏩ #NVIDIA #FurMark #Windows11
⚡️How to use FurMark 2

This article explains how to use FurMark 2 and interpret its results. Compared to FurMark 1, one of the most notable improvements is the addition of Vulkan support alongside OpenGL.

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https://t.co/HSpndQXkbE

[Windd.pro @WINDD_pro]

⏩ #NVIDIA #FPS #Windows11
⚡️How to use NVIDIA FrameView

This article explains how to use NVIDIA FrameView. The application measures frame rate, performance per watt, and logs benchmark results.

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https://t.co/8hVSRy9KRX

[Windd.pro @WINDD_pro]

⏩ #NVIDIA #NVPI #Windows11
⚡️NVIDIA Low Latency Mode: what should you set?

This article explains how NVIDIA Low Latency Mode works. The goal of this technology is to reduce input latency by shortening the frame queue.

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https://t.co/aXINsu9j5n

[Windd.pro @WINDD_pro]

⏩ #NVIDIA #Windows11
⚡️How to enable Smooth Motion in NVIDIA App

The NVIDIA App replaces both GeForce Experience and the traditional Control Panel. It provides tools for configuring game settings, managing RTX technologies...

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https://t.co/MquOEZWt7A

[Windd.pro @WINDD_pro]

⏩ #AMD #NVIDIA #Intel
⚡️How to enable AMD Smart Access Memory

This article explains how to enable AMD Smart Access Memory. In some cases gaming performance gains can reach up to 15%, although it ultimately depends on the specific scenario.

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https://t.co/cSXLYIvrQA

[Windd.pro @WINDD_pro]

⏩ #Temps #VRM #Motherboards
⚡️How to check motherboard VRM temperature

You should understand what a motherboard VRM is and why it’s important to monitor its temperature. If MOSFETs overheat under high load, this can cause system instability.

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https://t.co/GxHP9Xv6eb

[Windd.pro @WINDD_pro]

⏩️ #AMD #Ryzen #VRM #Motherboards

⚡️AM5 motherboard VRM comparison: table and ranking

Choosing the right motherboard always comes down to one key question: which model offers the best power delivery and long-term potential? 😎

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https://t.co/QZpAZEOE4J

[Windd.pro @WINDD_pro]

⏩️️ #x360ce #Windows11 #Dualsense
⚡️How to set up x360ce for a gamepad on PC

In simple terms, the x360ce application lets you connect any gamepad to a computer and configure it.

👉️ Read now
https://t.co/NDom3fN2Ns

[Windd.pro @WINDD_pro]

⏩#VRM #Ryzen #Motherboard #CPU
⚡VRM phases for Ryzen CPUs: how many are enough

Did you know VRM MOSFETs lose performance as temperature rises? 🔥

https://t.co/fuC6YtDEE3

[Windd.pro @WINDD_pro]

⏩ #AM5 #VRM #Ryzen #ITX
⚡Best Mini-ITX motherboards for AM5

After analyzing 🔍 the component quality, VRM design, and test results, I compiled my own top 10 🏆 list of motherboards.

https://t.co/y1glrlCQK6

[Windd.pro @WINDD_pro]

⏩ #AM5 #VRM #Ryzen
⚡ Best motherboards for Ryzen 9600X, 9700X, and 9950X

Deep dive into motherboard VRMs — what actually matters for performance, stability, and overclocking.

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https://t.co/1VOVWWiTs8