Get More Frames On ASUS ROG Ally With Lossless Scaling!!

Wei Min Chan
31 Mar 202426:59

TLDRIn this video, the user discusses the performance of the ASUS ROG Li, a portable gaming PC, when running modern AAA games. They explore the use of upscaling technologies like FSR and DLSS to improve frame rates and gameplay experience. The video also introduces Lossless Scaling, a program that can enhance games that don't support built-in upscaling, using techniques like frame generation to interpolate and boost frame rates, resulting in smoother gameplay on low-end systems.

Takeaways

  • 🎮 The ASUS ROG Li is a portable handheld gaming PC with impressive power in a compact form factor.
  • 🚀 Performance on modern AAA games might not be optimal, with Helldivers 2 running at 18 frames per second on the device.
  • 🔧 Upscaling technologies like FSR and DLSS can improve gameplay experience by rendering the game at a lower resolution and then upscaling it.
  • 📈 By adjusting the render scale to Performance in Helldivers 2, the frame rate can be increased to around 30 FPS, making it more enjoyable.
  • 🎨 Lowering the render scale further to Ultra Performance can yield even more frames, albeit with a noticeable drop in image quality.
  • 👓 Running games at a lower resolution can help achieve better frame rates, but without proper upscaling, the image may appear soft or distorted.
  • 💡 Lossless Scaling is a program that can upscale lower resolution games to fit the screen better, offering sharpness filtering for improved image quality.
  • 🎮 When using Lossless Scaling, games must run in windowed or borderless window mode to take full advantage of the upscaling capabilities.
  • 🛠️ Lossless Scaling also offers frame generation, which can interpolate additional frames to make games appear smoother, even if the native frame rate is lower.
  • 🔋 Using frame generation can increase GPU usage and may introduce a small amount of input lag, making it more suitable for single-player or PVE games.
  • 🔍 Other programs like MagniTool offer similar upscaling functionality for free, but may not include advanced features like frame generation.

Q & A

  • What is the main topic of the video?

    -The main topic of the video is about improving the gaming performance on a portable handheld PC, specifically the ASUS ROG Li, by using various upscaling and frame rate enhancement techniques.

  • What is the issue with playing modern AAA games on the ASUS ROG Li?

    -The issue with playing modern AAA games on the ASUS ROG Li is that the performance is not the greatest, with games like Helldivers 2 running at a low frame rate of 18 frames per second, making it not very enjoyable to play.

  • What is upscaling in the context of gaming?

    -Upscaling in gaming refers to the process of rendering the game at a lower resolution and then using a special algorithm to scale it up to match the display resolution, without significant loss in visual quality.

  • What are FSR and DLSS mentioned in the script?

    -FSR (FidelityFX Super Resolution) and DLSS (Deep Learning Super Sampling) are upscaling technologies used in games to improve performance by rendering the game at a lower resolution and then upscaling it to the desired resolution with minimal loss in quality.

  • How does changing the render scale in Helldivers 2 affect the frame rate?

    -Changing the render scale in Helldivers 2 to 'Performance' mode results in the game rendering at a lower resolution and then upscaling it, which significantly increases the frame rate from 18 frames per second to around 30 frames per second.

  • What is the purpose of using a lower resolution in gaming?

    -Using a lower resolution in gaming can help increase the frame rate, making the game more playable on devices with less powerful hardware, without sacrificing too much detail.

  • What is the Lerscaling program and how does it work?

    -Lerscaling is a window resizing program that uses special algorithms to resize windows, including upscaling game displays from a lower resolution to full screen with sharpness filtering, resulting in a better visual quality compared to a simple resize.

  • What are the advantages of using Lerscaling over a simple resize?

    -Lerscaling provides a more refined upscaling process that includes sharpness filtering, resulting in a clearer and less muddled image compared to a simple resize, which may result in a soft or blurry effect.

  • What is frame generation and how does it affect the gaming experience?

    -Frame generation is a technology that interpolates frames to make the game appear to have a higher frame rate than it actually does, creating a smoother gaming experience even when the native frame rate is lower.

  • What are the potential drawbacks of using frame generation?

    -While frame generation can improve the smoothness of the game, it may introduce some visual artifacts and input lag due to the additional processing required to generate the extra frames.

  • What other program is mentioned as an alternative to Lerscaling?

    -Macpie is mentioned as an alternative to Lerscaling, which can also perform upscaling, but unlike Lerscaling, it does not offer frame generation capabilities.

Outlines

00:00

🎮 Introduction to Asus Rog Li and Gaming Performance

The speaker introduces the Asus Rog Li, a portable handheld gaming PC, highlighting its compact form factor and powerful hardware. However, they note that while it can run modern games, the performance is not optimal for high-end titles, as seen with Helldivers 2 running at 18 frames per second. The discussion then moves to upscaling technologies like FSR and DLSS, which can improve the gaming experience on portable devices by rendering the game at a lower resolution and then upscaling it using a special algorithm. The speaker demonstrates how adjusting the render scale in Helldivers 2 to 'Performance' results in a smoother 30 frames per second, showcasing the effectiveness of these technologies in portable gaming scenarios.

05:03

🔧 Resolving Lower Resolution and Input Lag Issues

The speaker addresses the issue of having to quit a game to resize its resolution, which can be irritating. They demonstrate changing the game's graphics settings to 720p and maintaining high quality, while running the game in a borderless window. The focus then shifts to using a program like 'less scaling' to enhance the gaming experience further. Less scaling is introduced as a window resizing program that can upscale the game from 720p to 1080p with sharpness filtering, resulting in a better visual experience. The speaker also mentions the importance of running the game in windowed mode for such programs to work effectively and the need to set the game pad controller mode to 'Gamepad' for proper control. Lastly, they caution that using such programs may introduce a small amount of input lag.

10:05

🚀 Enhancing Gaming Experience with Frame Generation

The speaker delves into the concept of frame generation, a technology that can interpolate frames to make games appear smoother even when running at a lower frame rate. They explain that this feature is available in the latest Nvidia and AMD cards and can be utilized through the 'ler scaling' program. The speaker sets up the game to run at 120Hz and disables vsync to allow the game to render as many frames as possible. They then enable frame generation in 'ler scaling' and demonstrate a significant improvement in the perceived frame rate, although they note that this can introduce some visual artifacts and increased GPU usage. The speaker emphasizes the value of frame generation for single-player or PVE games, where the slight visual imperfections may not be as noticeable.

15:08

🌐 Applying Frame Generation to Challenging Games

The speaker illustrates the impact of frame generation on a demanding game like Dragon's Dogma 2, which is known for its high system requirements. They show that running the game on a low-end system like the GPD Wind Mini results in a low frame rate, particularly in the town area. By applying 'lossless scaling,' the speaker manages to improve the performance significantly, going from 18 frames per second to a smoother 30 FPS. They also discuss the visual artifacts that may appear due to frame generation and how it might not be suitable for all types of games, but for single-player games, the smoother experience can be a worthwhile trade-off.

20:08

💡 The Benefits of Lossless Scaling for Portable Gaming

The speaker summarizes the benefits of using 'lossless scaling' for portable gaming PCs like the Asus Rog Li, GPD Wi Mini, and Lenovo Legion Go. They emphasize that 'lossless scaling' allows these devices to run games at lower resolutions without sacrificing much detail and quality when upscaling back to full screen. The speaker also reflects on their initial skepticism about frame generation for low-end systems but admits to being pleasantly surprised by the results, especially with games like Dragon's Dogma 2. They recommend 'lossless scaling' for anyone using low-end systems for gaming and note that it is available on Steam, allowing users to try it out and potentially refund it if it does not meet their needs. The speaker also mentions another program, 'macpie,' which offers similar upscaling functionality but lacks frame generation capabilities and is not primarily focused on game performance.

25:08

🏷️ Conclusion and Final Thoughts

In the concluding paragraph, the speaker, Marauders, expresses hope that the viewers have learned something valuable from the video. They emphasize the importance of 'lossless scaling' as an indispensable tool for portable gaming PCs and low-end systems, providing a way to enhance gaming performance and visual quality. The speaker also reiterates their recommendation for 'lossless scaling' over 'macpie,' despite the latter being a free alternative. Marauders signs off, promising to return with more content in the next video.

Mindmap

Keywords

💡ASUS ROG Li

ASUS ROG Li is a portable handheld gaming PC mentioned in the video. It is a compact device with significant computing power packed into a small form factor, designed specifically for gaming on the go. However, as the video explains, its performance on modern AAA games may not be optimal due to hardware limitations of a handheld device.

💡Frame Rate

Frame rate refers to the number of frames or images displayed per second in a video or game. A higher frame rate generally results in smoother motion and a more enjoyable viewing or gaming experience. In gaming, a frame rate of at least 30 FPS is considered satisfactory for most players, while 60 FPS is often seen as ideal.

💡Upscaling

Upscaling is a technique used in video and gaming to increase the resolution of an image or game. This is often done to improve the visual quality on displays with higher resolutions. In gaming, upscaling can help run games at a higher resolution than the game's native output, potentially improving the visual quality without a significant performance hit.

💡Render Scale

Render scale in gaming refers to the proportion at which a game renders its graphics. By lowering the render scale, the game renders at a lower resolution, which can improve performance by reducing the workload on the GPU. The game's image is then upscaled to fit the display, allowing for higher frame rates without sacrificing too much visual quality.

💡FSR (FidelityFX Super Resolution)

FSR, or FidelityFX Super Resolution, is an upscaling technology developed by AMD. It allows games to render at a lower resolution and then upscale the image to fit the display's resolution. This technique can significantly improve performance in games, especially on hardware that may struggle with high-resolution gaming.

💡DLSS (Deep Learning Super Sampling)

DLSS, or Deep Learning Super Sampling, is a technology developed by NVIDIA that uses artificial intelligence and machine learning to upscale lower resolution images in real-time. It is designed to improve performance in games while maintaining, or even enhancing, visual quality.

💡Performance Mode

In the context of the video, 'Performance Mode' refers to a setting in games that prioritizes frame rate and performance over graphical quality. This often involves lowering the render scale or resolution to achieve higher frame rates, which can make the game more playable despite reduced visual fidelity.

💡Lossless Scaling

Lossless Scaling is a software-based technique that resizes game windows using special algorithms to maintain or enhance the quality of the image. Unlike simple stretching, which can result in a blurry or pixelated appearance, lossless scaling applies filtering to preserve sharpness and detail, even when scaling from a lower resolution to a higher one.

💡Frame Generation

Frame generation is a feature of some upscaling technologies, including those offered by Lossless Scaling, that interpolates additional frames between existing ones to create the illusion of a higher frame rate. This can make motion in games appear smoother and more fluid, even if the underlying frame rate remains the same or is relatively low.

💡Input Lag

Input lag refers to the delay between a player's input, such as pressing a button on a controller, and the corresponding action occurring on the screen. A small amount of input lag can go unnoticed, but significant lag can severely impact the gaming experience, making the game feel unresponsive.

Highlights

The ASUS ROG Li is a portable handheld gaming PC with impressive power packed into a small form factor.

Modern AAA games may not perform optimally on the ASUS ROG Li, as demonstrated by Helldivers 2 running at 18 frames per second.

Upscaling technologies like FSR and DLSS can improve gaming performance on portable devices without sacrificing too much detail.

By adjusting the render scale in Helldivers 2 to Performance, the frame rate increased to approximately 30 FPS, making the game more enjoyable.

Lowering the render scale to Ultra Performance resulted in a further increase in frame rate, albeit with a slight decrease in image quality.

For games that do not support FSR, downscaling the resolution and then using lossless scaling can improve performance and maintain visual quality.

Lossless scaling can resize windows using special algorithms, providing a sharper and more visually pleasing image than simple resizing.

Using lossless scaling with the LS1 algorithm and medium sharpness filtering can upscale 720p to 1080p with maintained detail.

Frame generation, a feature of lossless scaling, can interpolate frames to create the illusion of a higher frame rate.

To utilize frame generation, the game should limit the frame rate and run in borderless window mode for optimal results.

Frame generation can introduce some input lag due to the additional CPU cycles required for frame interpolation.

Lossless scaling is particularly useful for single-player or PVE games where the slight input lag from frame generation may not be as detrimental.

Dragon's Dogma 2, a demanding game, can benefit from lossless scaling to improve performance on lower-spec machines.

Using lossless scaling with frame generation can increase the perceived frame rate, even on games that normally struggle on portable gaming PCs.

Lossless scaling is a valuable tool for portable gaming PCs, enhancing the gaming experience by upscaling games that lack built-in upscaling technology.

The program is available on Steam and can be tried out within two hours to see if it improves gaming performance.

Lossless scaling supports not only Steam games but also Xbox Game Pass and EA Games, making it a versatile tool for various gaming platforms.

While there is a free alternative called MeePi, lossless scaling is recommended for its superior performance and frame generation capabilities.