Nvidia Tones Down DLSS 5 Face Changes Ahead of Hogwarts Legacy Launch in November 2026
After backlash over altered character faces, Nvidia’s revised DLSS 5 makes changes far subtler, with its Hogwarts Legacy debut set for November 5, 2026. An October update cuts parameters 24% to about 118 million and 4K VRAM use 20%.
Nvidia has significantly scaled back the visual changes introduced by DLSS 5, with the revised version set to debut in Hogwarts Legacy on November 5, 2026. New comparison screenshots published by Nvidia show that alterations to character faces are now far more subtle than those demonstrated when the technology was first revealed earlier in 2026.
When Nvidia originally showed off DLSS 5, the AI-driven rendering technology drew widespread criticism from gamers. Character faces were noticeably transformed — a teenage student in Hogwarts Legacy appeared visibly older, and characters in other games underwent similarly dramatic changes. The backlash led many to characterize DLSS 5 as generative AI applied to video games in ways that distorted artistic intent.
Nvidia has maintained that developers retain “detailed artistic control” over how DLSS 5 is implemented in their games. The toned-down version already appeared in NBA 2K27, where face changes were similarly restrained. DLSS 5 is also scheduled to arrive in Where Winds Meet late in November 2026.
Alongside the visual adjustments, Nvidia is improving DLSS 5’s performance. An October 2026 update to the neural rendering system is designed to make it twice as fast on RTX 50-series GPUs and upcoming RTX Spark laptops. According to Nvidia’s Andrew Burnes, the updated model reduces its parameter count by 24 percent to roughly 118 million parameters and cuts 4K VRAM usage by 20 percent. This new model will debut in NBA 2K27 on October 16, 2026, and will ship by default with future DLSS 5 games.
Nvidia has also released a new Nvidia app beta update introducing a faster performance mode for Frame Generation on RTX 40- and 50-series GPUs. The updated AI model is described as using a “faster and lighter algorithm” for Frame Gen, Multi Frame Gen, and Dynamic Multi Frame Gen, delivering up to 35 percent faster performance, with Nvidia noting “minor trade-offs in image quality.”