NVIDIA's DLSS technology is becoming more deeply embedded in the gaming ecosystem, with recent updates bringing native DLSS 4.5 Super Resolution to a growing list of titles. The latest additions include Mortal Shell II, The Sinking City 2, and Subnautica 2, each offering improved performance and visual fidelity for RTX GPUs.
Mortal Shell II, an action-RPG with unrestricted combat and deep weapon customization, is now available in Open Beta with DLSS Super Resolution and Multi Frame Generation. This allows players to experience the game's intricate open world with enhanced frame rates and sharper image quality. The beta also includes ray-traced reflections and global illumination lighting, adding depth to the game's visuals.
The Sinking City 2, developed by Frogwares, is set in a Lovecraftian-inspired flooded city of Arkham. Its one-hour demo, released ahead of its August launch, now supports DLSS for smoother gameplay and better image quality. Players can explore the derelict streets of Arkham while facing eldritch horrors, all with the performance boost that DLSS provides.
Empulse, a fast-paced 6v6 shooter from 1047 Games, launches into Early Access on June 24th with native DLSS 4.5 support. The game features wall-running, grapple hooks, and mech combat, all of which benefit from DLSS's performance enhancements. NVIDIA Reflex is also integrated to reduce latency, giving players a competitive edge in fast-paced matches.
Subnautica 2, an underwater survival adventure, has upgraded to native DLSS 4.5 Super Resolution. This ensures that all RTX gamers receive the best possible image quality and accelerated frame rates without needing manual overrides. The game's vibrant biomes and deep-sea exploration are now more accessible with these performance improvements.
These updates reflect NVIDIA's ongoing commitment to expanding DLSS support across a wide range of games, from action-RPGs to shooters and survival adventures. As more titles adopt native DLSS 4.5, gamers can expect smoother gameplay and higher visual fidelity, even on demanding RTX GPUs.
