In recent years, the traditional notion that only expensive hardware is needed for maximum enjoyment of video games has quickly become a thing of the past. Now, artificial intelligence is taking center stage, poised to fundamentally change how we approach performance and image quality. DLSS, a technology developed by NVIDIA, is becoming a key tool for developers and gamers alike. It allows modern games to run with impressive smoothness, even on less powerful systems.
In 2025, DLSS continues to extend its reach in the industry, being integrated into a wide variety of gaming projects. This week, NVIDIA announced DLSS support for games such as Where Winds Meet, Forest Doesn’t Care, Hitman World of Assassination, and the latest update for Battlefield 6. Each of these titles leverages different aspects of the technology, from Multi Frame Generation to DLAA and Reflex, enabling a unique balance between speed, image quality, and input responsiveness.
New Horizons
Particularly noteworthy is Where Winds Meet—a large-scale open-world RPG set in 10th-century China. Here, DLSS 4 is used together with Frame Generation and Super Resolution, as well as DLAA for native resolution anti-aliasing. Internal tests have shown that on an RTX 5090 graphics card, the game can deliver an average of 500 frames per second at 4K resolution, nearly five times the original figure. Reflex technology further reduces latency, ensuring instant response even during the most action-packed scenes.
Forest Doesn’t Care, an atmospheric project with a unique visual style, utilizes DLSS Super Resolution to maintain stable performance without compromising artistic vision. In Hitman World of Assassination, DLSS 4 is integrated through the new NVIDIA app, with the release coinciding with the launch of a free mission set in snowy Patagonia. Battlefield 6: Winter Offensive takes the most comprehensive approach—leveraging Frame Generation, Super Resolution, DLAA, and Reflex—to reach up to 460 FPS on desktops and 310 FPS on laptops with an RTX 4090 Mobile.
The Power of Artificial Intelligence
The key difference between DLSS and traditional optimization methods lies in its use of neural networks trained on millions of gaming scenarios. Thanks to this, the technology can generate extra frames and enhance image clarity without adding load to the graphics card. This opens new possibilities for developers, who can now focus on building more complex and beautiful worlds without worrying that performance will become a bottleneck.
The shift to AI-based optimization is transforming development itself: studios are increasingly rethinking their engine architecture to fully harness the capabilities of DLSS. As a result, even those owning mid-range systems can now enjoy graphics and smoothness previously available only to flagship device owners.
A Next-Generation Standard
Today, DLSS has practically become the unofficial standard for demanding games. It doesn’t replace powerful hardware but lets you unlock its full potential—and sometimes even exceed conventional limits. Combined with DLAA and Reflex, the technology delivers not only high visual quality but also minimal latency, which is especially important for esports and fast-paced action titles.
Players are increasingly opting for flexible settings: some prefer maximum detail, while others go for ultra-smooth gameplay. DLSS makes it possible to enjoy the best of both worlds, without compromises. As a result, even on mid-range setups, you can experience gaming sensations that once seemed out of reach.
The Future of Gaming
The emergence and rapid development of DLSS show that the gaming industry is entering a new era. Now it’s not just about sheer hardware power, but also about intelligent algorithms that can adapt to different conditions and demands. For players, this brings more freedom, fewer limitations, and a whole new level of immersion.
In the coming years, we can expect these technologies to become even more accessible and versatile. DLSS is already used not just in blockbuster titles, but also in indie projects, and developers keep experimenting with new integration options. All of this is making the video game market more diverse and democratic.
In case you didn’t know, NVIDIA is one of the world’s leaders in graphics processors and artificial intelligence. The company is actively investing in the development of technologies for gaming, professional visualization, and computing. Its RTX graphics cards and innovations like DLSS have made the brand synonymous with cutting-edge graphics capabilities. In 2025, NVIDIA continues to set trends, shaping the future of the entertainment and digital technology industries.
