Card AMD bị lỗi Driver, fix thành công và có thêm x2 FPS!!!

Tài Xài Tech

18 Sept 202408:50

Summary

TLDRIn this video, the creator shares their experience resolving FPS issues in the game League of Legends after an automatic update to the latest AMD graphics driver. They explain how switching to a beta driver with AMD's new 'FidelityFX Super Resolution 2.0' (FSR 2.0) dramatically improved game performance, doubling FPS and enhancing smoothness. They also discuss testing the feature in other games like Overwatch 2, explaining its benefits, limitations, and tips for optimal settings. Overall, the feature greatly improves gameplay for both competitive and high-resolution gaming.

Takeaways

😀 The user discovered two weeks ago that their graphics card updated its driver automatically, leading to performance issues in League of Legends, especially with FPS drops.
🎮 FPS in the game drops significantly from 240 FPS to as low as a few dozen or 100, affecting the gameplay experience in competitive scenarios.
💡 After updating to the latest beta driver version, the user solved the FPS drop issue and even doubled their FPS in games.
📈 The user explains that AMD's new beta driver includes a feature called AMD Fluid Motion 2.0, similar to NVIDIA Frame Generation, which uses AI to generate additional frames for smoother gameplay.
🔄 AMD Fluid Motion 1.0 was previously ineffective, even causing lower FPS, but version 2.0 significantly improves performance, especially in games like Overwatch 2.
💻 The user tested AMD Fluid Motion 2.0 on both desktop and laptop (Asus Vivobook S14 OLED), experiencing smoother gameplay despite not seeing FPS on the laptop's display.
⚔️ In fast-paced games like Overwatch 2, the user noticed that AMD Fluid Motion 2.0 helps maintain smooth visuals, though the feature may introduce input lag in high-precision, competitive games.
🔍 The user demonstrates that in some games, AMD Fluid Motion 2.0 creates slight visual artifacts, particularly around fast-moving objects, though this was less noticeable in games like Overwatch 2.
⚙️ AMD recommends enabling certain settings like fullscreen mode and disabling vertical sync (V-sync) to optimize the performance of AMD Fluid Motion 2.0.
👍 The user finds AMD Fluid Motion 2.0 most beneficial for AAA titles and immersive role-playing games, while cautioning that competitive players may prefer hardware upgrades for consistent FPS over software-based frame generation.

Q & A

What issue did the speaker face after the automatic update of their graphics card driver?
-After the automatic update to the latest graphics card driver, the speaker experienced severe FPS drops while playing 'League of Legends,' with the FPS occasionally falling from 240 to as low as a few dozen or 100, affecting the game’s performance.
What temporary solution did the speaker find to resolve the FPS issue in their games?
-The speaker resolved the FPS issue by updating their graphics driver to the latest beta version, which significantly stabilized the FPS in their games and improved performance.
How did the new AMD feature 'AMD Fluid Motion 2.0' affect the speaker's gaming experience?
-AMD Fluid Motion 2.0 used AI to generate additional frames, resulting in a smoother gaming experience. In some cases, it doubled the FPS, improving the gameplay, especially in fast-paced games like 'Overwatch 2.'
How did the speaker's experience with 'AMD Fluid Motion 1.0' differ from 2.0?
-The speaker found 'AMD Fluid Motion 1.0' to be largely ineffective, with some games even experiencing worse FPS than before. In contrast, version 2.0 offered significant improvements in FPS and smoothness.
In what type of games did the speaker notice the greatest benefit from using AMD Fluid Motion 2.0?
-The speaker noticed the greatest benefit in role-playing games like 'Black Myth Wukong,' where FPS nearly doubled, making combat with bosses feel much smoother and allowing for better control during fast movements.
What potential downside does the speaker mention about using AMD Fluid Motion 2.0 in competitive games?
-The speaker mentions that using AMD Fluid Motion 2.0 in competitive games like 'Overwatch 2' might introduce input lag, where the audio may be heard before the corresponding visual action appears, affecting timing in fast-paced games.
What display settings does AMD recommend when using AMD Fluid Motion 2.0?
-AMD recommends using full-screen or borderless windowed modes for gaming. Additionally, users should disable V-Sync (vertical synchronization) and enable Radeon Anti-Lag for optimal performance.
Why is it important to use AMD’s overlay to monitor FPS when using AMD Fluid Motion 2.0?
-AMD’s overlay is essential for accurate FPS readings, as third-party software may not detect the interpolated frames generated by AMD Fluid Motion 2.0, leading to incorrect FPS measurements.
What differences can users expect when switching between 'Standard' and 'High' modes in AMD Fluid Motion?
-The 'Standard' mode is suited for screen resolutions between Full HD and 2K, while the 'High' mode is intended for resolutions above 2K, such as 4K or 5K displays, optimizing performance based on resolution.
What is the difference between 'Quality' and 'Performance' modes in AMD Fluid Motion settings?
-'Quality' mode is recommended for systems with a dedicated graphics card (dGPU), while 'Performance' mode is intended for systems using integrated graphics (iGPU), balancing the visual quality and performance.

Outlines

00:00

🖥️ Graphics Driver Update Causes Gaming Issues

About two weeks ago, the speaker's graphics card automatically updated to the latest driver, causing severe FPS drops while playing *League of Legends*. The FPS fluctuated drastically, making competitive gameplay challenging. Fortunately, the speaker found a fix by updating to a beta driver for their AMD graphics card. This not only resolved the FPS drops but also doubled the FPS compared to the previous version. The speaker also encourages viewers interested in tech content to subscribe to their YouTube channel.

05:01

🚀 Exploring AMD Beta Driver & Flash Motion 2.0

The speaker shares insights on the benefits of using AMD’s beta driver, which introduced the *AMD Flash Motion 2.0* feature. Similar to NVIDIA’s frame generation technology, it uses AI to create additional frames, making gameplay smoother. In testing, the speaker found that this feature significantly boosted FPS in games like *Overwatch 2* and *Black Myth: Wukong*, doubling FPS and enhancing combat experience by making gameplay smoother. Version 1.0 of Flash Motion was less effective and even worsened FPS in some games, but version 2.0 greatly improved performance.

Mindmap

Keywords

💡Driver Update

A driver update refers to the process of installing a new version of software that controls hardware components, such as the graphics card. In the video, the speaker mentions how an automatic update to the graphics card driver caused significant performance issues while playing games, such as FPS drops in *League of Legends*.

💡FPS Drop

FPS (frames per second) drop occurs when the performance of a game decreases, causing the visuals to stutter or become less smooth. The speaker highlights how the FPS in their game dropped dramatically, especially during competitive moments, which negatively affected gameplay in *League of Legends*.

💡AMD Flash Motion

AMD Flash Motion is a feature in AMD's graphics cards aimed at improving gaming performance by generating additional frames. In the video, the speaker discusses how version 2.0 of AMD Flash Motion provided smoother gameplay and significantly increased FPS, even compared to version 1.0, which had underperformed in previous tests.

💡Beta Driver

A beta driver is a test version of a driver that may contain new features or improvements but has not yet been fully validated. The speaker explains that they updated to the latest beta driver for their AMD graphics card, which solved many performance issues and introduced new features like AMD Flash Motion 2.0.

💡Competitive Gaming

Competitive gaming refers to playing video games at a high level of competition, often requiring fast reaction times and consistent performance. The speaker emphasizes that FPS drops can severely impact competitive gaming, where even a brief lag can affect gameplay outcomes, particularly in games like *League of Legends* and *Overwatch 2*.

💡Overwatch 2

*Overwatch 2* is a fast-paced first-person shooter game. The speaker references this game when discussing how AMD Flash Motion 2.0 improved their gaming experience, making the FPS smoother and more consistent, especially during intense combat situations.

💡Anti-lag

Anti-lag is a feature designed to reduce input delay, allowing players to experience more responsive controls in games. In the video, the speaker suggests enabling AMD’s Anti-lag feature to complement the performance improvements from the AMD Flash Motion 2.0, particularly in competitive gaming.

💡Resolution Scaling

Resolution scaling adjusts the rendering resolution of a game to balance performance and visual quality. The speaker explains that AMD Flash Motion 2.0 works better when combined with high or low resolution settings depending on the user's display, and they provide examples of how performance improved when tweaking these settings.

💡Triple-A Games

Triple-A (AAA) games refer to high-budget, high-profile games produced by major game development companies. The speaker mentions that AMD Flash Motion 2.0 is particularly effective for AAA games that require a lot of graphical power, like *Black Myth: Wukong*, enhancing both the visual experience and gameplay performance.

💡Radiant Anti-lag

Radiant Anti-lag is a specific AMD feature that reduces latency to enhance gaming responsiveness. In the video, the speaker advises enabling Radiant Anti-lag alongside AMD Flash Motion for the best gaming experience, as it helps maintain smoothness and responsiveness, especially in fast-paced games.

Highlights

The user discovered their graphics card automatically updated to the latest driver version, leading to FPS drops in the game League of Legends.

The FPS drop was significant, falling from a stable 240 FPS to as low as a few dozen or around 100 FPS, which severely impacted gameplay.

The user found a solution by updating to the latest beta version of the AMD driver, which resolved the FPS drops and significantly boosted performance.

The beta driver included a new feature called AMD Fluid Motion 2.0, which uses AI to generate additional frames for smoother gameplay.

The user's FPS doubled after enabling AMD Fluid Motion 2.0, resulting in a dramatic improvement in gameplay smoothness.

The first version of AMD Fluid Motion was not as effective, and in some games, it even reduced FPS, making the experience worse.

The user tested the AMD Fluid Motion 2.0 feature in games like Overwatch 2 and Black Myth: Wukong, with a noticeable increase in FPS and smoothness.

In Black Myth: Wukong, enabling Fluid Motion 2.0 doubled the FPS from below 100 to a much higher and stable rate, greatly improving combat experience.

In fast-paced games like Overwatch 2, the user found it harder to notice visual artifacts when AMD Fluid Motion 2.0 was enabled.

AMD Fluid Motion 2.0 works not only on desktops but also on laptops with the latest AMD processors, as tested on an ASUS Vivobook S14 OLED.

The user highlighted that AMD Fluid Motion 2.0 may introduce a delay between audio and visuals in competitive games like Overwatch 2, which could affect performance.

For competitive games that require low latency, the user recommended upgrading hardware instead of relying on features like AMD Fluid Motion for performance boosts.

To optimize the use of AMD Fluid Motion 2.0, the user advises playing games in fullscreen mode and disabling vertical sync (V-Sync).

The user also suggested using AMD’s native tools to monitor FPS, as third-party software might not accurately detect frames generated by Fluid Motion.

When using AMD Fluid Motion 2.0, users can choose between Standard and High settings based on their screen resolution, and between Quality and Performance modes for different GPUs.