AMD recently introduced a new feature called Variable Graphics Memory on the AMD Ryzen AI 300 Series processors, which promises significant improvements for gaming experiences. This feature allows gamers to utilize a portion of the RAM as dedicated graphics memory (VRAM), enhancing frame rates for games. The entire conversion process can be easily executed with just a click in AMD's Adrenalin application.
According to AMD, Variable Graphics Memory can convert up to "75%" of the system RAM into VRAM. However, this feature is currently only available on AMD AI 300 "Strix Point" laptop processors. The amount of RAM that can be converted depends on the total system RAM capacity. For example, with the "medium" setting, a laptop with 32GB of RAM and an initial 512MB VRAM will have 8GB dedicated VRAM and 24GB system RAM.
However, the effectiveness of adding VRAM depends on each game. Some games like Alan Wake II require up to 6GB of VRAM and will throw an error if it's insufficient. Meanwhile, initial tests on the Asus Zenbook S 16 showed that enabling the feature doesn't always provide clear benefits. Some titles can significantly increase frame rates, while others show minimal improvement, no change, or even a slight decrease.
Currently, the new Variable Graphics Memory feature is only available on AMD Ryzen AI 300 "Strix Point" laptops. Nonetheless, it's not ruled out that this feature may be implemented for desktop PC configurations in the future.
AMD also introduced a new graphics technology called AMD Fluid Motion Frames 2. This technology is designed to enhance frame rate creation by using optimizations driven by artificial intelligence (AI), delivering "outstanding quality, low latency, and remarkable performance." Currently, this feature is in the technical testing phase and may undergo adjustments before an official release.
AMD also encourages users to provide feedback to further improve this technology. In internal tests, AMD stated that AFMF2 and VGM have brought considerable improvements. For example, in Far Cry 6, with both features enabled, the game achieved up to 105 frames per second compared to only 65 frames per second when both were turned off. This represents an almost 40% increase and clearly provides outstanding efficiency.
It's worth noting that these test results were achieved with high graphics settings and a 1080p resolution. Other games, such as Cyberpunk 2077, also showed a significant performance improvement. With low graphics settings, a 1080p resolution, and balanced FSR mode, the frames per second (FPS) increased to 100. In summary, AMD's new innovations promise to deliver smoother gaming experiences for laptop users, especially those without dedicated graphics cards.
AMD is showing significant commitment to mobile gaming, which is an exciting development for gamers. The potential success of AMD Fluid Motion Frames 2 on integrated graphics suggests that users can anticipate high performance with desktop discrete GPUs. These capabilities are currently accessible through AMD's preview drivers, with plans for them to be out of the preview phase by the end of this year. Until then, while anticipating the next big development for your gaming system, you can also check out our comparator to secure the best deal on your next favorite game.
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