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

The speaker introduces the Asus Rog Li, a portable handheld gaming PC, highlighting its compact form factor and powerful hardware. Despite its capabilities, the device is not capable of delivering top-tier performance on modern AAA games. The speaker demonstrates the gaming experience using Helldivers 2, noting the initial frame rate of 18 frames per second, which is not ideal for an enjoyable gaming experience. They discuss upscaling technologies like FSR and DLSS, and show how adjusting render scale in-game settings can significantly improve performance, achieving a smoother 30 frames per second.

The speaker addresses the problem of resolution resizing in games, which often requires exiting the game to adjust. They demonstrate changing the game's resolution to 720p and maintaining high graphics quality, resulting in a faster frame rate. The speaker explains the limitations of simple resolution resizing, such as the loss of sharpness, and introduces lossless scaling as a solution. Lossless scaling uses algorithms like AMD FSR or the program's own LS1 algorithm to upscale the image 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 or borderless window mode for using such upscaling programs.

The speaker discusses the concept of frame generation, a technology that can interpolate frames to give the illusion of a higher frame rate. They explain that while the game may render at a lower frame rate, frame generation can make it appear smoother. The speaker sets up the RG Li to run at a 120Hz refresh rate and disables vsync in the game to optimize frame generation. They note that frame generation can introduce some input lag and may not be suitable for all types of games, but it can significantly enhance the experience for single-player or PVE games by providing a smoother visual experience.

The speaker presents an example of using lossless scaling to improve performance in a demanding game like Dragon's Dogma 2. Despite running at low settings and achieving only 18 frames per second, the speaker demonstrates how lossless scaling can be used to upscale the game to full screen and enable frame generation. The result is a smoother gaming experience, even though the actual frame rate remains low. The speaker acknowledges that frame generation can introduce artifacts and shimmering effects, but suggests that the overall fluidity gained may outweigh these downsides for some players.

The speaker summarizes the benefits of lossless scaling for portable gaming PCs, emphasizing its value for devices like the RG Li, GPD Wi Mini, and Lenovo Legion Go. They highlight how lossless scaling allows these systems to run modern games at lower resolutions without sacrificing too much detail, and then upscale the image back to full screen. The speaker also discusses frame generation, noting that while it's typically marketed for systems already achieving 60 FPS, it can still provide a noticeable improvement on lower-end systems. They conclude by recommending lossless scaling for anyone using a portable gaming PC or a low-end system to enhance their gaming experience.

The speaker mentions an alternative to lossless scaling called MacPie, which also offers upscaling like lossless scaling but without frame generation capabilities. While MacPie is free and can be used on any game, the speaker notes that its developers prioritize performance less. They reiterate their recommendation for lossless scaling, which is available on Steam and can be refunded within two hours if not satisfactory. The speaker concludes by encouraging viewers to try out lossless scaling for an improved gaming experience on low-end systems or portable gaming PCs.